ޠjSrSSKJr SSKrSSKJrJrJrJr SSK J r J r SSK J r J r SSKJrJrJrJr SSKJr SS KJrJrJr \(aSS KJr SS KJr SS KJrJr \R@"\!5r"S'S jr#"SS\5r$\ "SS55r%\ "SS55r&\ "SS55r'\ "SS55r(Sr)Sr*"SS5r+"SS5r,\Sr-\ "SS 55r.\ "S!S"55r/"S#S$5r0"S%S&5r1g)(z#Data models for the sandbox client.) annotationsN) AsyncIterator AwaitableCallableIterator) dataclassfield)datetimetimezone) TYPE_CHECKINGAnyLiteralOptional)httpx)SandboxConnectionErrorSandboxOperationErrorSandboxServerReloadError) AsyncSandbox)Sandbox)_AsyncWSStreamControl_WSStreamControlc`URS5nX!:Xag[RSUU5 g)aWhether a 'started' frame proves *this* command was reattached to. A command and its WebSocket are separate things: the command keeps running on the server and the socket is only this client's attachment to it. The server acknowledges every successful reattachment with 'started', which for a command that produces no output is the only evidence it landed. One naming a different command is not evidence, and must not clear the reconnect budget. command_idTzFIgnoring reconnect acknowledgement for command %r while attached to %rF)getloggerwarning)msgrackeds S/var/www/html/gaurav/venv/lib/python3.13/site-packages/langsmith/sandbox/_models.py_acknowledges_reconnectr s5 GGL !E  NNP  c\rSrSrSrSrg)_StreamEndedBeforeStarted1a@A command WebSocket closed before the guest sent its 'started' frame. Internal marker for the idempotently-retryable early close (the proxied tunnel was torn down gracefully mid-handshake), as distinct from a command-level failure. Subclasses SandboxOperationError so callers that catch the public type are unaffected. N)__name__ __module__ __qualname____firstlineno____doc____static_attributes__r%r!rr#r#1sr!r#cL\rSrSr%SrS\S'S\S'S\S'\S Sj5rS rg ) ExecutionResult;z+Result of executing a command in a sandbox.strstdoutstderrint exit_codec URS:H$)z.Return True if the command exited with code 0.r)r3selfs rsuccessExecutionResult.successCs~~""r!r%Nreturnbool) r&r'r(r)r*__annotations__propertyr7r+r%r!rr-r-;s&5 K KN ##r!r-cF\rSrSr%SrS\S'SrS\S'\S Sj5rS r g) ResourceStatusIzLightweight provisioning status for any async-created resource. Attributes: status: Resource lifecycle status. One of "provisioning", "ready", "failed". status_message: Human-readable details when status is "failed", None otherwise. r/statusN Optional[str]status_messagecNU"URSS5URS5S9$)z/Create a ResourceStatus from API response dict.rA provisioningrC)rArCrclsdatas r from_dictResourceStatus.from_dictUs,88Hn588$45  r!r%)rIdict[str, Any]r:r?) r&r'r(r)r*r<rC classmethodrJr+r%r!rr?r?Is* K$(NM(  r!r?c\rSrSr%SrS\S'S\S'S\S'S\S'S rS \S 'S rS \S 'S rS \S 'S r S \S'S r S\S'S r S \S'S r S \S'S r S \S'S rS \S'\"\S9rS\S'\SSj5rSrg )Snapshot^uRepresents a sandbox snapshot. Snapshots are built from Docker images or captured from running sandboxes. They are used to create new sandboxes. Attributes: id: Unique identifier (UUID). name: Display name. status: Build status. One of "building", "ready", "failed". fs_capacity_bytes: Filesystem capacity in bytes. docker_image: Source Docker image (for build snapshots). image_digest: Docker image digest after pull. source_sandbox_id: Source sandbox (for capture snapshots). status_message: Human-readable details when status is "failed". fs_used_bytes: Actual bytes used on the filesystem. created_by: User or service that created the snapshot. registry_id: Private registry ID, if applicable. created_at: Timestamp when the snapshot was created. updated_at: Timestamp when the snapshot was last updated. tags: Tags currently resolving to this snapshot, under its name. Empty means the snapshot is dangling — reachable only by id. r/idnamerAr2fs_capacity_bytesNrB docker_image image_digestsource_sandbox_idrC Optional[int] fs_used_bytes created_by registry_id created_at updated_at)default_factoryz list[str]tagscU"URSS5URSS5URSS5URSS5URS5URS 5URS 5URS 5URS 5URS 5URS5URS5URS5[URS5=(d /5S9$)z)Create a Snapshot from API response dict.rQrRrAbuildingrSrrTrUrVrCrXrYrZr[r\r^)rQrRrArSrTrUrVrCrXrYrZr[r\r^)rlistrGs rrJSnapshot.from_dictsxxb!&"%88Hj1"hh':A>.1.1"hh':;88$45((?3xx -/xx -xx -dhhv&,"-  r!r%)rIrLr:rO)r&r'r(r)r*r<rTrUrVrCrXrYrZr[r\r rbr^rMrJr+r%r!rrOrO^s. G I K"&L-&"&L-&'+}+$(NM(#'M=' $J $!%K% $J $ $J $D1D)1  r!rOcB\rSrSr%SrS\S'S\S'\S Sj5rSrg) SnapshotTagzOne tag published under a snapshot name, and the snapshot it resolves to. Attributes: tag: Tag name. snapshot_id: Snapshot the tag currently points at. r/tag snapshot_idcPU"URSS5URSS5S9$)z/Create a SnapshotTag from an API response dict.rgr`rh)rgrhrFrGs rrJSnapshotTag.from_dicts(txxr*PR8STTr!r%N)rIrLr:re) r&r'r(r)r*r<rMrJr+r%r!rreres( HUUr!rez!X-Langsmith-Sandbox-Service-Tokenc(\rSrSrSrSS.SSjjrSSjrSSjr\SSj5r \SS j5r \SS j5r \SS j5r SSS jjr SSS jjrSSSjjrSSSjjrSSSjjrSSSjjr\SS.SSjj5rSSjrSrg) ServiceURLaFAuthenticated URL for accessing an HTTP service running in a sandbox. Properties auto-refresh the token transparently when it nears expiry. HTTP helper methods (``.get``, ``.post``, etc.) inject the auth header automatically. When constructed by :meth:`SandboxClient.service` or :meth:`Sandbox.service`, the object holds an internal refresher that re-calls the API to obtain a fresh token before the current one expires. Example:: svc = sb.service(port=3000) resp = svc.get("/api/data") # token injected + auto-refreshed print(svc.browser_url) # always-fresh URL N _refresherc@XlX lX0lX@lXPlgN _browser_url _service_url_token _expires_atrpr6 browser_url service_urltoken expires_atrps r__init__ServiceURL.__init__ (' %$r!cRURcgURRSS5n[R"U5nUR cUR[ RS9nU[R"[ R5- R5nU[:*$NFZz+00:00)tzinfo rprwreplacer fromisoformatrr utcnow total_seconds_REFRESH_MARGIN_SECONDSr6rawexpires remainings r_should_refreshServiceURL._should_refresh ?? "&&sH5((- >> !ooX\\o:Gx||HLL99HHJ 333r!cUR5(aUUR5nURUlURUlURUlUR Ulggrrrrprtrurvrwr6freshs r_maybe_refreshServiceURL._maybe_refreshsW    ! !OO%E % 2 2D  % 2 2D ,,DK$00D  "r!c:UR5 UR$).Return the raw JWT, refreshing if near expiry.rrvr5s rr{ServiceURL.tokens {{r!c:UR5 UR$)/Return the base URL, refreshing if near expiry.rrur5s rrzServiceURL.service_url    r!c:UR5 UR$)7Return the browser auth URL, refreshing if near expiry.rrtr5s rryServiceURL.browser_urlrr!c:UR5 UR$):Return the ISO 8601 expiration, refreshing if near expiry.rrwr5s rr|ServiceURL.expires_ats r!c URRS5S-URS5-n[UR SS5=(d 05nUR U[ '[R"X4SU0UD6$)zMake an HTTP request to the service, injecting the auth header. Args: method: HTTP method (GET, POST, etc.). path: Path relative to the service URL. **kwargs: Forwarded to ``httpx.request``. Returns: httpx.Response. /headersN) rzrstriplstripdictpopr{ _AUTH_HEADERrrequest)r6methodpathkwargsurlrs rrServiceURL.requestsn%%c*S04;;s3CCvzz)T28b9 $  }}VD'DVDDr!c *UR"SU40UD6$)zHTTP GET to the service.GETrr6rrs rrServiceURL.get||E42622r!c *UR"SU40UD6$)zHTTP POST to the service.POSTrrs rpostServiceURL.posts||FD3F33r!c *UR"SU40UD6$)zHTTP PUT to the service.PUTrrs rputServiceURL.put rr!c *UR"SU40UD6$)zHTTP PATCH to the service.PATCHrrs rpatchServiceURL.patch$s||GT4V44r!c *UR"SU40UD6$)zHTTP DELETE to the service.DELETErrs rdeleteServiceURL.delete(s||Hd5f55r!c.U"USUSUSUSUS9$)z+Create a ServiceURL from API response dict.ryrzr{r|ryrzr{r|rpr%rHrIrps rrJServiceURL.from_dict.3]+]+w-L)!   r!c@SUR<SUR<S3$)NzServiceURL(service_url= , expires_at=)rurwr5s r__repr__ServiceURL.__repr__>s-%d&7&7%:;**-Q 0 r!rtrwrprurv) ryr/rzr/r{r/r|r/rp"Optional[Callable[[], ServiceURL]]r:Noner9r:rr:r/rrr/rr/rr r:httpx.Responserr/rr r:r)rIrLrprr:rm)r&r'r(r)r*r}rrr=r{rzryr|rrrrrrrMrJrr+r%r!rrmrms2:> % % % %  %7 %  %"41 !! !!   E 34356  :>    7       r!rmc`\rSrSrSrSS.SSjjrSSjrSSjrSSjrSS jr SS jr SS jr \ SS j5r \ SS j5r\ SSj5r\ SSj5rSSSjjrSSSjjrSSSjjrSSSjjrSSSjjrSSSjjr\SS.S Sjj5rSSjrSrg)!AsyncServiceURLiEa6Async variant of :class:`ServiceURL` with auto-refreshing token. Properties and HTTP helpers are async. Use with :meth:`AsyncSandboxClient.service` or :meth:`AsyncSandbox.service`. Example:: svc = await sb.service(port=3000) resp = await svc.get("/api/data") print(await svc.get_browser_url()) Nroc@XlX lX0lX@lXPlgrrrsrxs rr}AsyncServiceURL.__init__Srr!cRURcgURRSS5n[R"U5nUR cUR[ RS9nU[R"[ R5- R5nU[:*$rrrs rrAsyncServiceURL._should_refreshdrr!c# UR5(a]UR5IShvN nURUlURUlURUlUR UlggNJ7frrrrs rrAsyncServiceURL._maybe_refreshns`    ! !//++E % 2 2D  % 2 2D ,,DK$00D  "+s)A8A6A A8cV# UR5IShvN UR$N7f)rNrr5s r get_tokenAsyncServiceURL.get_tokenxs&!!###{{ $ )')cV# UR5IShvN UR$N7f)rNrr5s rget_service_urlAsyncServiceURL.get_service_url}(!!###    $rcV# UR5IShvN UR$N7f)rNrr5s rget_browser_urlAsyncServiceURL.get_browser_urlrrcV# UR5IShvN UR$N7f)rNrr5s rget_expires_atAsyncServiceURL.get_expires_ats(!!### $rcUR$)z&Return the raw JWT without refreshing.)rvr5s rr{AsyncServiceURL.tokens{{r!cUR$)z'Return the base URL without refreshing.)rur5s rrzAsyncServiceURL.service_url   r!cUR$)z/Return the browser auth URL without refreshing.)rtr5s rryAsyncServiceURL.browser_urlrr!cUR$)z3Return the expiration timestamp without refreshing.)rwr5s rr|AsyncServiceURL.expires_atr!c# UR5IShvN RS5S-URS5-n[UR SS5=(d 05nUR 5IShvN U[ '[R"5IShvN nUR"X4SU0UD6IShvN sSSS5IShvN $NNYN6NN !,IShvN (df  g=f7f)zMake an async HTTP request to the service, injecting the auth header. Args: method: HTTP method (GET, POST, etc.). path: Path relative to the service URL. **kwargs: Forwarded to ``httpx.AsyncClient.request``. Returns: httpx.Response. Nrr) rrrrrrrr AsyncClientr)r6rrrrrclients rrAsyncServiceURL.requests))++33C83>SAQQvzz)T28b9&*nn&6 6 $$&&&OWOOO'&&, 6&O'&&&s|C2CAC26C7$C2CC2C8C9C< C2C C2C2C2CC2C/C!  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(+PP!$P69P P&9:9;<  JN    G       r!r) attachmentinlinecP\rSrSr%SrS\S'S\S'SrS\S'\S S j5rS r g) DownloadURLiaA link that downloads one sandbox file with no LangSmith credential. The link is pinned to the sandbox, the file path, and the response headers, so it cannot be repointed at another file. It is pinned to the path rather than to a snapshot of the contents, so the file must not be modified while the link is in use. Attributes: download_url: The full URL to fetch. Supports GET, HEAD, and Range. token: The signed token embedded in ``download_url``. expires_at: Expiry timestamp, or None for a link that never expires. r/ download_urlr{NrBr|cpU"URSS5URSS5URS5S9$)z,Create a DownloadURL from API response dict.rr`r{r|)rr{r|rFrGs rrJDownloadURL.from_dicts9."5((7B'xx -  r!r%)rIrLr:r) r&r'r(r)r*r<r|rMrJr+r%r!rrrs0  J $J $  r!rc8\rSrSr%SrS\S'S\S'S\S'Srg ) OutputChunkiaJA single chunk of streaming output from command execution. Attributes: stream: Either "stdout" or "stderr". data: The text content of this chunk (valid UTF-8, server handles boundary splitting). offset: Byte offset within the stream. Used internally for reconnection; users typically don't need this. r/streamrIr2offsetr%N)r&r'r(r)r*r<r+r%r!rrrs K I Kr!rc\rSrSrSrSrSrSrSSSSSS .SS jjrSS jr \ SS j5r \ SS j5r \ SSj5r SSjrSSjrSSjrSSjr\ SSj5r\ SSj5rSSjrSrg) CommandHandlei uHandle to a running command with streaming output and auto-reconnect. Iterable, yielding OutputChunk objects (stdout and stderr interleaved in arrival order). Access .result after iteration to get the full ExecutionResult. Auto-reconnect behavior: - Server hot-reload (1001 Going Away): reconnect immediately - Network error / unexpected close: reconnect with exponential backoff - User called kill(): do NOT reconnect (propagate error) The auto-reconnect is transparent -- the iterator reconnects and continues yielding chunks without any user intervention. If all reconnect attempts are exhausted, SandboxConnectionError is raised. Construction modes (controlled by ``command_id``): - **New execution** (``command_id=""``, the default): the constructor eagerly reads the server's ``"started"`` message to populate ``command_id`` and ``pid`` before returning. - **Reconnection** (``command_id`` set): skips the started-message read. A reconnect stream's ``"started"`` message is the server's acknowledgement that the reattachment landed, consumed while iterating to clear the reconnect budget — the only such signal for a command that emits no output. Example: handle = sandbox.run("make build", timeout=600, wait=False) for chunk in handle: # auto-reconnects on transient errors print(chunk.data, end="") result = handle.result print(f"Exit code: {result.exit_code}") ? @r`rNr stdout_offset stderr_offset on_stdout on_stderrcXlX lX0lXplXlSUlSUlSUl/Ul/Ul SUl XPl X`l SUl U(aX@lgUR5 g)NFr)_stream_control_sandbox _on_stdout _on_stderr _command_id_pid_result _stdout_parts _stderr_parts _exhausted_last_stdout_offset_last_stderr_offset_reconnect_attempts_consume_started r6message_streamcontrolsandboxrr'r(r)r*s rr}CommandHandle.__init__Hsu&   ##*.#' 26 (*(*#0 #0 #$ )   ! ! #r!c[UR5nUR S5S:wa[ SUR S5S3SS9eUR S5UlUR S 5Ulg ![a [SSS9ef=f) a Eagerly read the 'started' message to populate command_id and pid. Blocks briefly until the server sends the started message (arrives near-instantly after connection). After this call, command_id and pid are available, and the WebSocket is bound to the control object (so kill() works). -Command stream ended before 'started' messagecommand operationtypestarted!Expected 'started' message, got ''rpidN)nextr, StopIterationr#rrr1r2r6 first_msgs rr:CommandHandle._consume_startedks T\\*I == I -'3IMM&4I3J!L# %==6MM%(  +?#  s A66B cUR$)z=The server-assigned command ID. Available after construction.r1r5s rrCommandHandle.command_idrr!cUR$)zM@US;ag[ UUSURSS5S9nUS :XaURRUS5 OURRUS5 Uv MUS :XdM[S RUR5S RUR5US S 9Ul SUl g [S5e7fzBIterate over output chunks from the current stream (no reconnect).NrErFr)r0r1rIr )rrIr r0exitr`r3)r0r1r3TrW)r6r,rr r1r9rr4appendr5r-joinr3rr6rmsg_typechunks r _iter_streamCommandHandle._iter_streams ?? <rrr/r'r2r(r2r)Optional[Callable[[str], Any]]r*rr:rrr:rBr:rWr:r-)r:zIterator[OutputChunk]rIr/r:rr:r2)r:r")r&r'r(r)r*rrrurvr}r:r=rrIr[rer}rrrrrxr+r%r!rr"r" s !FML4848!$&!$,!$ !$  !$!$!$2!$2!$ !$F).   R<:(x & +(((( r!r"c\rSrSrSrSrSrSrSSSSSS .SS jjrSS jr \ SS j5r \ SS j5r \ SSj5r SSjrSSjrSSjrSSjr\ SSj5r\ SSj5rSSjrSrg) AsyncCommandHandlei0u Async handle to a running command with streaming output and auto-reconnect. Async iterable, yielding OutputChunk objects (stdout and stderr interleaved in arrival order). Access .result after iteration to get the full ExecutionResult. Auto-reconnect behavior: - Server hot-reload (1001 Going Away): reconnect immediately - Network error / unexpected close: reconnect with exponential backoff - User called kill(): do NOT reconnect (propagate error) Construction modes (controlled by ``command_id``): - **New execution** (``command_id=""``, the default): call ``await handle._ensure_started()`` after construction to read the server's ``"started"`` message and populate ``command_id`` / ``pid``. - **Reconnection** (``command_id`` set): skips the started-message read. A reconnect stream's ``"started"`` message is the server's acknowledgement that the reattachment landed, consumed while iterating to clear the reconnect budget — the only such signal for a command that emits no output. Example: handle = await sandbox.run("make build", timeout=600, wait=False) async for chunk in handle: # auto-reconnects on transient errors print(chunk.data, end="") result = await handle.result print(f"Exit code: {result.exit_code}") r#r$r%r`rNr&cXlX lX0lXplXlSUlSUlSUl/Ul/Ul SUl XPl X`l SUl U(aX@lSUlgSUlg)NFrT)r,r-r.r/r0r1r2r3r4r5r6r7r8r9_startedr;s rr}AsyncCommandHandle.__init__Tsw&   ##*.#' 26 (*(*#0 #0 #$ )  DM!DMr!ct# UR(agURR5IShvN nUR S5S:wa[ SUR S5S3SS9eUR S 5UlUR S 5UlS UlgNj![a [ SSS9ef=f7f) z:Read the 'started' message to populate command_id and pid.NrArBrCrErFrGrHrrIT) rr, __anext__StopAsyncIterationr#rrr1r2rLs r_ensure_started"AsyncCommandHandle._ensure_startedxs ==  "ll4466I == I -'3IMM&4I3J!L# %==6MM%(  7! +?#  s,B8B BB A&B8B B55B8cUR$)z@The server-assigned command ID. Available after _ensure_started.rPr5s rrAsyncCommandHandle.command_idrr!cUR$)z?The process ID on the sandbox. Available after _ensure_started.rSr5s rrIAsyncCommandHandle.pidrUr!c# URc UShvN nM URc [SSS9eUR$N) N'7f)z&The final execution result. Awaitable.NrWrBrCrXrYs rr[AsyncCommandHandle.resultsN <<  a << ';# || 4s%AAAA&AAAc # UR5IShvN UR(agURShvN nURS5nUS:Xa%[ XR 5(a SUlMCMEUS;ah[UUSURSS5S9nUS :XaURRUS5 OURRUS5 U7v MUS :XdM[S RUR5S RUR5US S 9Ul SUl gGN,GN [S5e7fr^)rr6r,rr r1r9rr4r`r5r-rar3rrbs r _aiter_stream AsyncCommandHandle._aiter_streams3""$$$ ??  #wwvH9$*30@0@AA/0D,B11##V778Q/ x'&&--c&k:&&--c&k: V#.774#5#56774#5#56!+.  #'5 % 0%%PQQs8EE"EEEEB/E4AEE Ec# SSKnSUlUR5ShvN nSUlURS:Xa_UR[ UR RS55-UlURbURUR 5 O^UR[ UR RS55-Ul URbURUR 5 U7v MN g![Ga^nUR(aURR(aeU=RS- slURUR:a[SURS35Ue[!U["5nU(dM[%UR&SURS- --UR(5nUR+U5IShvN UR,ceUR.R1UR,URURS 9IShvN nUR2UlURUl S UlSnAOSnAff=fGMh7f) z6Async iterate with auto-reconnect on transient errors.rNr0rhrirjrkrlrmF)asyncior9rrr rorIrpr7r/r8r0rr-rqrrrsrrtrurvrwr1r.rxr,r6)r6rrdryrzr{r|s r __aiter__AsyncCommandHandle.__aiter__s'#$ . (#'#5#5#7 %/0D,||x/38<<#!JJ--g6C40 ??6 OOEJJ738<<#!JJ--g6C40 ??6 OOEJJ7K #7) (==T]]%9%9((A-(++d.F.FF0<3345$%  !+1.F G $**aD4L4Lq4P.QR))E"--...''333#'==#:#:$$"&":":"&":":$;$ *11 * 3 3 "'9 ('si I7DDDDCDDDI7 I1CI,'G*(AI,8H;9.I,'I7,I11I7cx# UR(a#URR5IShvN ggN7f)z*Send a kill signal to the running command.Nrr5s rrAsyncCommandHandle.kills* ==--))+ + +  +s /:8:cz# UR(a$URRU5IShvN ggN7f)z"Write data to the command's stdin.Nrrs rrAsyncCommandHandle.send_inputs, ==--**40 0 0  0s 0;9;cUR$rrr5s rr%AsyncCommandHandle.last_stdout_offsetrr!cUR$rrr5s rr%AsyncCommandHandle.last_stderr_offsetrr!c# URceURRURURURS9IShvN $N7f)z6Reconnect to this command from the last known offsets.Nrmrr5s rrxAsyncCommandHandle.reconnect sX+++]],,   2222-    sA AAA)r1r-r6r8r7r0r/r2r9r3r.rr5r4r,)r<zAsyncIterator[dict]r=zOptional[_AsyncWSStreamControl]r>rrr/r'r2r(r2r)rr*rr:rrrrr)r:zAsyncIterator[OutputChunk]rr)r:r)r&r'r(r)r*rrrurvr}rr=rrIr[rrrrrrrxr+r%r!rrr0s >ML4848""+""1"" ""  """"""2""2"" ""H(    R>4(l, 1 (((( r!r)rrrrBr:r;)2r* __future__rloggingcollections.abcrrrr dataclassesrr r r typingr r rr langsmith._openapi_client._httpxrlangsmith.sandbox._exceptionsrrr langsmith.sandbox._async_sandboxrlangsmith.sandbox._sandboxrlangsmith.sandbox._ws_executerr getLoggerr&rr r#r-r?rOrerrrmrDownloadContentDispositionrrr"rr%r!rrsM)"HH('882 =2   8 $( 5  # #  #     ( : :  : z UU U*3 L L ^\ \ H%%;<>     B      M M `c c r!