Struct AgentOs 

pub struct AgentOs { /* private fields */ }

The high-level client. Cheaply cloneable via Arc.

Implementations

impl AgentOs

pub async fn create(options: AgentOsConfig) -> Result<AgentOs, ClientError>

The sole public VM entry point. Processes software, spawns/authenticates the sidecar, creates the VM, waits for ready (10s), configures it, takes a lease, and constructs the cron manager (default crate::config::TimerScheduleDriver).

pub async fn link_software( &self, descriptor: PackageDescriptor, ) -> Result<(), ClientError>

Dispose the VM (= TS dispose). Teardown order:

1. cron dispose
2. kill all shells + snapshot pending exits
3. kill all ACP terminals
4. drain tracked shell-exit tasks (two-phase, bounded by crate::SHELL_DISPOSE_TIMEOUT_MS)
5. unregister the sidecar event listener
6. release the lease (or tear down the transport)

Idempotent (guarded by disposed). Dynamically link a software package into the RUNNING VM (parity with the TS client’s linkSoftware). Forwarded to the sidecar, which owns the /opt/agentos projection and appends the package to its live staging dir, so the package’s commands appear under /opt/agentos/bin (on $PATH) immediately with no reboot. Errors if a command name is already linked.

pub async fn list_software(&self) -> Result<Vec<SoftwareInfo>, ClientError>

pub async fn shutdown(&self) -> Result<(), ClientError>

pub fn sidecar(&self) -> Arc<AgentOsSidecar>

The (possibly shared) sidecar handle backing this VM. Public for parity with TS AgentOs.sidecar (e.g. describe() reports active_vm_count across VMs sharing a pool).

pub fn projected_agents(&self) -> Vec<ProjectedAgent>

impl AgentOs

pub fn schedule_cron( &self, options: CronJobOptions, ) -> Result<CronJobHandle, ClientError>

Schedule a cron job. SYNC. Validates the schedule (errors InvalidSchedule / PastSchedule). id defaults to a UUID; overlap defaults to allow.

Mirrors TS AgentOs.scheduleCron / CronManager.schedule: validation happens up front, the driver is asked to arm the timer (this.driver.schedule({ id, schedule, callback })), and the job is registered. The driver owns all timing: it parses the schedule, fires the callback, reschedules cron after each fire, and is cancelled on CronJobHandle::cancel / CronManager::dispose. The returned CronJobHandle cancels the job.

pub fn list_cron_jobs(&self) -> Vec<CronJobInfo>

Snapshot all cron jobs. Mirrors TS CronManager.list.

pub fn cancel_cron_job(&self, id: &str)

Cancel a cron job. No-op if unknown; never errors. Mirrors TS CronManager.cancel.

pub fn cron_events(&self) -> Receiver<CronEvent>

Subscribe to cron events. The TS API returns no unsubscribe; dropping the receiver is the equivalent. Each run emits Fire then Complete|Error. Mirrors TS AgentOs.onCronEvent.

impl AgentOs

pub async fn read_file(&self, path: &str) -> Result<Vec<u8>>

Read a file’s raw bytes (no decode).

pub async fn write_file( &self, path: &str, content: impl Into<FileContent>, ) -> Result<()>

Write a file. Writable-path guard; does NOT auto-create parents; Text -> UTF-8.

pub async fn write_files( &self, entries: Vec<BatchWriteEntry>, ) -> Vec<BatchWriteResult>

Batch write. Sequential; never rejects (per-entry error); auto-creates parent dirs.

pub async fn read_files(&self, paths: Vec<String>) -> Vec<BatchReadResult>

Batch read. Sequential; never rejects; content None on failure.

pub async fn mkdir(&self, path: &str, options: MkdirOptions) -> Result<()>

Make a directory. Recursive -> writable guard + mkdirp; non-recursive -> safe guard + single level. The guard asymmetry is load-bearing.

pub async fn readdir(&self, path: &str) -> Result<Vec<String>>

List basenames (may include ./..).

pub async fn read_dir_with_types( &self, path: &str, ) -> Result<Vec<VirtualDirEntry>>

Typed directory listing: each child reported with its resolved type. agentos’s native READ_DIR returns basenames only (entries: list<str>), so the type of each entry is derived with a per-child lstat (a symlink is reported as such, lstat-style, not followed). Goes through the kernel, so mounts are listed correctly. ./.. are filtered.

pub async fn readdir_recursive( &self, path: &str, options: ReaddirRecursiveOptions, ) -> Result<Vec<DirEntry>>

Recursive BFS listing; symlinks recorded but NOT descended; a stat failure aborts the call.

pub async fn readdir_entries(&self, path: &str) -> Result<Vec<VirtualDirEntry>>

Return typed immediate children using one sidecar filesystem operation.

pub async fn stat(&self, path: &str) -> Result<VirtualStat>

Stat (follows symlinks).

pub async fn exists(&self, path: &str) -> Result<bool>

Existence check. Safe-path guard still errors; missing path -> false.

pub async fn export_root_filesystem( &self, max_bytes: usize, ) -> Result<RootSnapshotExport>

Export the root filesystem snapshot. Octal-string mode + utf8/base64 content verbatim.

pub async fn mount_fs(&self, descriptor: DynamicMountDescriptor) -> Result<()>

Mount a portable sidecar-owned filesystem descriptor.

pub async fn unmount_fs(&self, path: &str) -> Result<()>

pub async fn list_mounts(&self) -> Result<Vec<MountInfo>>

pub async fn move_path(&self, from: &str, to: &str) -> Result<()>

Move a path through the sidecar primitive. The kernel attempts rename first, then falls back to recursive copy+remove on EXDEV.

pub async fn remove(&self, path: &str, options: RemoveOptions) -> Result<()>

Delete a path through the sidecar primitive. Non-recursive directory deletes preserve ENOTEMPTY semantics.

impl AgentOs

pub async fn exec( &self, command: impl Into<String>, options: LanguageExecutionOptions, ) -> ClientResult<CodeExecutionResult>

pub async fn exec_argv( &self, command: impl Into<String>, args: Vec<String>, options: LanguageExecutionOptions, ) -> ClientResult<CodeExecutionResult>

pub async fn execute_javascript( &self, source: impl Into<String>, options: JavaScriptExecutionOptions, ) -> ClientResult<CodeExecutionResult>

pub async fn evaluate_javascript( &self, expression: impl Into<String>, options: JavaScriptExecutionOptions, ) -> ClientResult<CodeEvaluationResult>

pub async fn execute_javascript_file( &self, path: impl Into<String>, options: LanguageExecutionOptions, ) -> ClientResult<CodeExecutionResult>

pub async fn spawn_javascript( &self, source: impl Into<String>, options: LanguageSpawnOptions, ) -> ClientResult<ProcessDescriptor>

pub async fn spawn_javascript_file( &self, path: impl Into<String>, options: LanguageSpawnOptions, ) -> ClientResult<ProcessDescriptor>

pub async fn execute_typescript( &self, source: impl Into<String>, options: TypeScriptExecutionOptions, ) -> ClientResult<CodeExecutionResult>

pub async fn evaluate_typescript( &self, expression: impl Into<String>, options: TypeScriptExecutionOptions, ) -> ClientResult<CodeEvaluationResult>

pub async fn execute_typescript_file( &self, path: impl Into<String>, options: TypeScriptExecutionOptions, ) -> ClientResult<CodeExecutionResult>

pub async fn spawn_typescript( &self, source: impl Into<String>, options: LanguageSpawnOptions, ) -> ClientResult<ProcessDescriptor>

pub async fn spawn_typescript_file( &self, path: impl Into<String>, options: LanguageSpawnOptions, ) -> ClientResult<ProcessDescriptor>

pub async fn check_typescript( &self, source: impl Into<String>, options: TypeScriptCheckOptions, ) -> ClientResult<TypeScriptCheckResult>

pub async fn check_typescript_project( &self, options: TypeScriptCheckOptions, ) -> ClientResult<TypeScriptCheckResult>

pub async fn install_npm_project( &self, options: NpmProjectInstallOptions, ) -> ClientResult<CodeExecutionResult>

pub async fn install_npm_packages( &self, packages: Vec<String>, options: NpmPackageInstallOptions, ) -> ClientResult<CodeExecutionResult>

pub async fn execute_npm_script( &self, script: impl Into<String>, options: LanguageExecutionOptions, ) -> ClientResult<CodeExecutionResult>

pub async fn execute_npm_package( &self, package_spec: impl Into<String>, binary: Option<String>, options: LanguageExecutionOptions, ) -> ClientResult<CodeExecutionResult>

pub async fn execute_python( &self, source: impl Into<String>, options: InlineExecutionOptions, ) -> ClientResult<CodeExecutionResult>

pub async fn evaluate_python( &self, expression: impl Into<String>, options: InlineExecutionOptions, ) -> ClientResult<CodeEvaluationResult>

pub async fn execute_python_file( &self, path: impl Into<String>, options: LanguageExecutionOptions, ) -> ClientResult<CodeExecutionResult>

pub async fn execute_python_module( &self, module: impl Into<String>, options: LanguageExecutionOptions, ) -> ClientResult<CodeExecutionResult>

pub async fn spawn_python( &self, source: impl Into<String>, options: LanguageSpawnOptions, ) -> ClientResult<ProcessDescriptor>

pub async fn spawn_python_file( &self, path: impl Into<String>, options: LanguageSpawnOptions, ) -> ClientResult<ProcessDescriptor>

pub async fn spawn_python_module( &self, module: impl Into<String>, options: LanguageSpawnOptions, ) -> ClientResult<ProcessDescriptor>

pub async fn install_python_packages( &self, packages: Vec<String>, options: PythonInstallOptions, ) -> ClientResult<CodeExecutionResult>

pub async fn create_context(&self, context_id: &str) -> ClientResult<()>

pub async fn get_context( &self, context_id: &str, ) -> ClientResult<ContextDescriptor>

pub async fn list_contexts(&self) -> ClientResult<Vec<ContextDescriptor>>

pub async fn reset_context(&self, context_id: &str) -> ClientResult<()>

pub async fn delete_context(&self, context_id: &str) -> ClientResult<()>

impl AgentOs

pub async fn http_request(&self, request: HttpRequest) -> Result<HttpResponse>

Fetch from a guest server listening on port inside the VM.

path is derived from the request URI’s pathname+search; the host is ignored. The body is only sent for methods other than GET/HEAD. The response body is base64-decoded.

impl AgentOs

pub async fn exec_process( &self, command: &str, options: ExecOptions, ) -> Result<ExecResult>

Run a command to completion. The wire Execute request starts the process and returns a process id immediately; stdout/stderr are accumulated and the call resolves once the matching ProcessExited event arrives. This mirrors the TS pass-through to kernel.exec semantically: the result is the full captured stdout/stderr plus exit code.

pub async fn exec_argv_process( &self, command: &str, args: &[String], options: ExecOptions, ) -> Result<ExecResult>

Run a command to completion from an already-structured (command, args) argv, bypassing the exec command-line parser. Each args element is sent verbatim as a distinct argv element — no whitespace re-splitting, no shell metacharacter detection, and no routing through sh -c. Callers that already hold a structured argv (for example the cron Exec action) must use this so the structured-argv contract is preserved end to end.

pub fn spawn_process( &self, command: &str, args: Vec<String>, options: SpawnOptions, ) -> Result<SpawnHandle>

Spawn a process. SYNC; returns { pid } only. Installs stdout/stderr fan-out over broadcast channels and wires exit via a background event-pump task. The user-facing pid is the SDK-allocated map key (the wire process_id is held inside the [ProcessEntry]).

pub fn write_process_stdin( &self, pid: u32, data: StdinInput, ) -> Result<(), ClientError>

Write to a spawned process’s stdin. SYNC. Errors with ProcessNotFound.

pub fn close_process_stdin(&self, pid: u32) -> Result<(), ClientError>

Close a spawned process’s stdin. SYNC. Errors with ProcessNotFound.

pub fn on_process_output( &self, pid: u32, handler: impl FnMut(ProcessOutput) + Send + 'static, ) -> Result<Subscription, ClientError>

Subscribe to the unified stdout/stderr event stream for a process.

pub fn on_process_exit( &self, pid: u32, handler: impl FnOnce(ProcessExit) + Send + 'static, ) -> Result<Subscription, ClientError>

Register a once-only exit handler. If the process has already exited, the handler fires immediately and synchronously and a no-op unsubscribe is returned (the watch already holds Some(code)). Otherwise the handler fires once when the exit code lands. The exit code is i32, never null.

pub async fn wait_process(&self, pid: u32) -> Result<i32, ClientError>

Await a spawned process’s exit code. Unknown-pid lookup errors (synchronously in TS; here the lookup error is returned before any awaiting begins).

pub fn list_processes(&self) -> Vec<SpawnedProcessInfo>

List SDK-spawned processes only. running = exit_code.is_none().

pub async fn all_processes(&self) -> Result<Vec<ProcessInfo>>

List ALL kernel processes (native sidecar process snapshot).

The kernel snapshot keys processes by their raw kernel pid. SDK-spawned root processes carry a synthetic display pid (the spawn return value); this remaps each snapshot entry’s pid/ppid/pgid/sid back to that display pid via the per-process kernel_pid watch, so a caller can correlate spawn() with all_processes()/process_tree(). Results are sorted ascending by display pid (TS snapshotProcesses .sort((l,r) => l.pid - r.pid)).

pub async fn process_tree(&self) -> Result<Vec<ProcessTreeNode>>

Build the process forest from all_processes, linked by ppid.

pub fn get_process(&self, pid: u32) -> Result<SpawnedProcessInfo, ClientError>

Get a single SDK-spawned process’s info. Errors (not None) when not found.

pub fn stop_process(&self, pid: u32) -> Result<(), ClientError>

SIGTERM a spawned process. No-op if already exited; errors if unknown.

pub fn kill_process(&self, pid: u32) -> Result<(), ClientError>

SIGKILL a spawned process. No-op if already exited; errors if unknown.

impl AgentOs

pub async fn list_agents(&self) -> Result<Vec<AgentRegistryEntry>>

List available agents. A thin forwarder: sends AcpListAgentsRequest and maps the sidecar’s response. The sidecar enumerates the projected /opt/agentos packages (client parses no manifests). Every such agent is a package materialized into the VM at boot, so installed is always true.

pub async fn open_session(&self, input: OpenSessionInput) -> Result<()>

Open or restore a durable session. The sidecar owns defaults, negotiation, and ACP restore selection; an omitted ID targets main. This is an idempotent command and returns no metadata. Call AgentOs::get_session when the stored session record is needed.

pub async fn get_session(&self, session_id: Option<&str>) -> Result<SessionInfo>

Read durable metadata without starting or restoring an ACP adapter.

pub async fn list_sessions( &self, input: ListSessionsInput, ) -> Result<SessionPage>

Traverse durable sessions by the sidecar-issued keyset cursor. This is a SQLite-only operation and never starts an adapter.

pub async fn delete_session(&self, session_id: Option<&str>) -> Result<()>

Permanently delete durable metadata and history. None targets main.

pub async fn unload_session(&self, session_id: Option<&str>) -> Result<()>

Release the live adapter while preserving the durable session.

pub async fn prompt(&self, input: PromptInput) -> Result<PromptResult>

Durably accept a complete ACP prompt before dispatch. A missing session is an error; the sidecar never creates one here or retries uncertain work.

pub async fn cancel_prompt( &self, session_id: Option<&str>, ) -> Result<CancelPromptStatus>

pub async fn respond_permission( &self, session_id: &str, request_id: &str, option_id: &str, ) -> Result<PermissionResponseStatus>

pub async fn read_history(&self, input: ReadHistoryInput) -> Result<HistoryPage>

Read the authoritative SQLite history. ACP message updates deserialize through the official protocol-v1 schema crate.

pub async fn get_session_config( &self, session_id: Option<&str>, ) -> Result<SessionConfig>

pub async fn set_session_config_option( &self, session_id: Option<&str>, config_id: &str, value: SessionConfigValue, ) -> Result<SessionConfig>

pub async fn get_session_capabilities( &self, session_id: Option<&str>, ) -> Result<Option<SessionCapabilities>>

pub async fn get_session_agent_info( &self, session_id: Option<&str>, ) -> Result<Option<Implementation>>

pub fn on_session_event( &self, session_id: Option<&str>, ) -> DurableSessionEventSubscription

Subscribe to durable and ephemeral ACP updates for one public session. Omitted session IDs target main. Durable entries are emitted only after their SQLite transaction commits; ephemeral entries are deltas and have no durable sequence of their own.

pub fn on_agent_exit(&self, session_id: Option<&str>) -> AgentExitSubscription

Subscribe to unexpected ACP adapter exits. Pass a session ID to filter to one durable session, or None to observe all adapter exits for this VM. Subscribing never starts or restores an adapter.

impl AgentOs

pub async fn create_sidecar( sidecar_id: Option<String>, ) -> Result<Arc<AgentOsSidecar>, ClientError>

Create an explicit sidecar handle. sidecar_id defaults to agentos-sidecar-<uuid>.

Parity with TypeScript createAgentOsSidecarInternal: the explicit handle carries an Explicit placement whose sidecar_id echoes the resolved id and has no shared pool.

pub async fn get_shared_sidecar( pool: Option<String>, sidecar_binary_path: Option<String>, ) -> Result<Arc<AgentOsSidecar>, ClientError>

Get (or create) a pooled shared sidecar. Pool defaults to "default". Uses the process-global cache.

Parity with TypeScript getSharedAgentOsSidecarInternal: return the cached sidecar for the pool when it exists and is not disposed; otherwise build a fresh handle (agentos-shared-sidecar:<pool>, Shared placement) and cache it. Because the cache is a process-global concurrent map rather than a synchronously-checked Map, the insert is done atomically with entry/insert so two racing callers converge on a single live handle.

impl AgentOs

pub fn open_shell(&self, options: OpenShellOptions) -> Result<ShellHandle>

Open a PTY-backed shell. SYNC. Returns a synthetic shell-N id (NOT a pid).

The shell id and its registry entry are allocated synchronously (matching the TS sync contract); the actual guest-process spawn, output fan-out, and exit-task registration happen on a background task because the wire spawn is async. The exit task is tracked in the pending-shell-exit set so dispose can drain it (two-phase teardown).

Stdout and stderr are fanned into the shell’s ordered data broadcast (on_shell_data). Stderr is also fanned into a dedicated diagnostic broadcast (on_shell_stderr and the [OpenShellOptions::on_stderr] callback); terminal renderers should consume only data.

pub async fn connect_terminal( &self, options: ConnectTerminalOptions, ) -> Result<u32>

Connect a terminal bound to host stdio. Returns a PID. NOT tracked in the shells map; cannot be addressed by other shell methods. Killed during dispose via the ACP-terminal registry.

Mirrors the TS connectTerminal, which routes its onData/onStderr callbacks through openShell. The Rust port opens a shell, wires the caller’s on_data to ordered terminal data and on_stderr to the optional diagnostic tap, then returns the shell’s pid. Host stdin binding, terminal raw-mode, and SIGWINCH/resize forwarding are host-process concerns that have no native wire op and are intentionally not bound here.

pub fn write_shell( &self, shell_id: &str, data: StdinInput, ) -> Result<(), ClientError>

Write to a shell. SYNC fire-and-forget. Errors with ClientError::ShellNotFound.

pub async fn write_shell_awaited( &self, shell_id: &str, data: StdinInput, ) -> Result<(), ClientError>

Write to a shell and AWAIT the wire write. Same routing as Self::write_shell, but the caller observes wire failures instead of a fire-and-forget warn — used by the actor plugin’s writeShell action so a failed write rejects the action.

pub fn on_shell_data( &self, shell_id: &str, handler: impl FnMut(ShellData) + Send + 'static, ) -> Result<Subscription, ClientError>

Subscribe to a shell’s ordered terminal data. SYNC register; multi-handler; dropping the returned stream is the unsubscribe. Carries stdout and stderr exactly once in wire order. Use Self::on_shell_stderr only as a channel-specific diagnostic tap, not as a second terminal-rendering stream. Errors with ClientError::ShellNotFound.

pub fn on_shell_stderr( &self, shell_id: &str, handler: impl FnMut(ShellData) + Send + 'static, ) -> Result<Subscription, ClientError>

Subscribe to a shell’s stderr. SYNC register; multi-handler; dropping the returned stream is the unsubscribe. This is the optional diagnostic channel backing the TS onStderr option; stderr is also present once in ordered on_shell_data. Errors with ClientError::ShellNotFound.

pub fn on_shell_exit( &self, shell_id: &str, handler: impl FnOnce(ShellExit) + Send + 'static, ) -> Result<Subscription, ClientError>

pub fn resize_shell( &self, shell_id: &str, cols: u16, rows: u16, ) -> Result<(), ClientError>

Resize a shell’s PTY winsize. SYNC fire-and-forget, mirroring the TS ShellHandle.resize (which dispatches resizePty in the background after the spawn lands). Errors with ClientError::ShellNotFound.

pub async fn wait_shell(&self, shell_id: &str) -> Result<i32, ClientError>

Wait for a shell to exit and return its process exit code (TS waitShell). Resolves immediately for a shell that already exited within the bounded retention window. Errors with ClientError::ShellNotFound for an unknown id.

pub fn close_shell(&self, shell_id: &str) -> Result<(), ClientError>

Close a shell. SYNC. kill() + immediate map delete; the exit task is still drained by dispose. Errors with ClientError::ShellNotFound.

Trait Implementations

impl Clone for AgentOs

fn clone(&self) -> AgentOs

Returns a duplicate of the value.

fn clone_from(&mut self, source: &Self)

Performs copy-assignment from source.