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111 Commits

Author SHA1 Message Date
Guillermo Rodriguez 053078ce8f
Fix rb non ipc case and tests in general 2025-04-22 06:25:45 -03:00
Guillermo Rodriguez 7766caf623
Detect OSError errno EBADF and re-raise as trio.BrokenResourceError on EventFD reads 2025-04-22 06:25:45 -03:00
Guillermo Rodriguez a553446619
Pubsub topics, enc & decoders
Implicit aclose on all channels on ChannelManager aclose
Implicit nursery cancel on pubsub acms
Use long running actor portal for open_{pub,sub}_channel_at fns
Add optional encoder/decoder on pubsub
Add topic system for multiple pub or sub on same actor
Add wait fn for sub and pub channel register
2025-04-22 06:25:45 -03:00
Guillermo Rodriguez 8799cf3b78
Add optional msgpack encoder & decoder to ringbuf apis 2025-04-22 06:25:45 -03:00
Guillermo Rodriguez 86e09a80f4
Log warning instead of exception on pubsub cancelled 2025-04-22 06:25:45 -03:00
Guillermo Rodriguez 59521cd4db
Add fix for cases where sockname len > 100 2025-04-22 06:25:45 -03:00
Guillermo Rodriguez 06103d1f44
Disable parent channel append on get_peer_by_name to_scan 2025-04-22 06:25:45 -03:00
Guillermo Rodriguez 4ca1aaeaeb
Only set shield flag when trio nursery mode is used 2025-04-22 06:25:44 -03:00
Guillermo Rodriguez 9b16eeed2f
Fix chan manager close remove_channel call 2025-04-22 06:25:44 -03:00
Guillermo Rodriguez d60a49a853
Check if fdshare module is enable on share_fds function 2025-04-22 06:25:44 -03:00
Guillermo Rodriguez f5513ba005
Adapt ringbuf pubsub to new RBToken owner system 2025-04-22 06:25:44 -03:00
Guillermo Rodriguez 39dccbdde7
Add owner semantics to RBToken
Stop exporting `_ringbuf` on `tractor.ipc`
Use absolute imports on `_ringbuf` module
Add more comments and acm helpers for ringbuf allocation functions
Create generic FD sharing actor module in `tractor.linux._fdshare`
Include original allocator actor name as `owner` in RBToken
Auto share FDs of allocated ringbufs
On `attach_ringbuf_*` functions request fds from owner
Adapt all ringbuf tests to new system
2025-04-22 06:25:44 -03:00
Guillermo Rodriguez 5d6fa643ba
Better APIs for ringd and pubsub
Pubsub:
Remove un-necesary ChannelManager locking mechanism
Make ChannelManager.close wait for all channel removals
Make publisher turn switch configurable with `msgs_per_turn` variable
Fix batch_size setter on publisher
Add broadcast to publisher
Add endpoints on pubsub for remote actors to dynamically add and remove channels

Ringd:
Add fifo lock and use it on methods that modify _rings state
Add comments
Break up ringd.open_ringbuf apis into attach_, open_ & maybe_open_
When attaching its no longer a long running context, only on opens
Adapt ringd test to new apis
2025-04-22 06:25:44 -03:00
Guillermo Rodriguez e4868ded54
Tweaks to make cancellation happen correctly on ringbuf receiver & fix test log msg 2025-04-22 06:25:44 -03:00
Guillermo Rodriguez b2f6c298f5
Refactor generate_sample_messages to be a generator and use numpy 2025-04-22 06:25:44 -03:00
Guillermo Rodriguez 171545e4fb
Add trio resource semantics to ring pubsub 2025-04-22 06:25:44 -03:00
Guillermo Rodriguez 853aa740aa
RingBufferReceiveChannel fixes for the non clean eof case, add comments 2025-04-22 06:25:44 -03:00
Guillermo Rodriguez 8e1f95881c
Add trio resource semantics to eventfd 2025-04-22 06:25:44 -03:00
Guillermo Rodriguez 1451feb159
Adhere to trio semantics on channels for closed and busy resource cases 2025-04-22 06:25:44 -03:00
Guillermo Rodriguez 3a1eda9d6d
Fix test docstring 2025-04-22 06:25:44 -03:00
Guillermo Rodriguez d942f073e0
Enable ordering assertion & simplify some parts of test 2025-04-22 06:25:43 -03:00
Guillermo Rodriguez d8d01e8b3c
Add header to generic chan orderers 2025-04-22 06:25:43 -03:00
Guillermo Rodriguez 1dfc639e54
Fully test and fix bugs on _ringbuf._pubsub
Add generic channel orderer
2025-04-22 06:25:43 -03:00
Guillermo Rodriguez bebd327023
Improve ringd ringbuf lifecycle
Unlink sock after use in fdshare
2025-04-22 06:25:43 -03:00
Guillermo Rodriguez 3568ba5d5d
Rename RingBuff -> RingBuffer
Combine RingBuffer stream and channel apis
Implement RingBufferReceiveChannel.receive_nowait
Make msg generator calculate hash
2025-04-22 06:25:43 -03:00
Guillermo Rodriguez 95ea4647cc
Woops fix old typing Self stuff 2025-04-22 06:25:43 -03:00
Guillermo Rodriguez 4385d38bc4
Add header and fix white lines 2025-04-22 06:25:43 -03:00
Guillermo Rodriguez b1e1187a19
Switch to using typing.Protocl instead of abc.ABC on ChannelManager, improve abstraction and add comments 2025-04-22 06:25:43 -03:00
Guillermo Rodriguez 4b9d6b9276
Improve error handling in fdshare functions, add comments 2025-04-22 06:25:43 -03:00
Guillermo Rodriguez 28b86cb880
Dont use relative import on ringd 2025-04-22 06:25:43 -03:00
Guillermo Rodriguez e34b6519c7
recv_fds doesnt need to be an acm 2025-04-22 06:25:43 -03:00
Guillermo Rodriguez 6646deb7f4
Add LICENSE headers and module docstring on new files 2025-04-22 06:25:43 -03:00
Guillermo Rodriguez 1bb9918e2d
Add ringd test, which also tests fd share 2025-04-22 06:25:42 -03:00
Guillermo Rodriguez 9238c6b245
Linux top-level submodule and ipc._ringbuf submodule
Added ringd actor to broker ring buf resources dynamically
Added ring pubsub based on ringd
Created tractor.linux submodule and moved eventfd stuff there
Implemented linux file descriptor ipc share async helpers
2025-04-22 06:25:42 -03:00
Guillermo Rodriguez f0af419ab2
Important RingBuffBytesSender fix on non batched mode! & downgrade nix-shell python to lowest supported 2025-04-22 06:25:42 -03:00
Guillermo Rodriguez 3b5ade7118
Catch trio cancellation on RingBuffReceiver bg eof listener task, add batched mode to RingBuffBytesSender 2025-04-22 06:25:42 -03:00
Guillermo Rodriguez ce09c70a74
Add direct read method on EventFD
Type hint all ctx managers in _ringbuf.py
Remove unnecesary send lock on ring chan sender
Handle EOF on ring chan receiver
Rename ringbuf tests to make it less redundant
2025-04-22 06:25:42 -03:00
Guillermo Rodriguez 9f788e07d4
Add direct ctx managers for RB channels 2025-04-22 06:25:42 -03:00
Guillermo Rodriguez 69ceee09f2
Improve test_ringbuf test, drop MsgTransport ring buf impl for now in favour of a trio.abc.Channel[bytes] impl, add docstrings 2025-04-22 06:25:42 -03:00
Guillermo Rodriguez a7df2132fa
Switch `tractor.ipc.MsgTransport.stream` type to `trio.abc.Stream`
Add EOF signaling mechanism
Support proper `receive_some` end of stream semantics
Add StapledStream non-ipc test
Create MsgpackRBStream similar to MsgpackTCPStream for buffered whole-msg reads
Add EventFD.read cancellation on EventFD.close mechanism using cancel scope
Add test for eventfd cancellation
Improve and add docstrings
2025-04-22 06:25:42 -03:00
Guillermo Rodriguez dd1c0fa51d
Better encapsulate RingBuff ctx managment methods and support non ipc usage
Add trio.StrictFIFOLock on sender.send_all
Support max_bytes argument on receive_some, keep track of write_ptr on receiver
Add max_bytes receive test test_ringbuf_max_bytes
Add docstrings to all ringbuf tests
Remove EFD_NONBLOCK support, not necesary anymore since we can use abandon_on_cancel=True on trio.to_thread.run_sync
Close eventfd's after usage on open_ringbuf
2025-04-22 06:25:42 -03:00
Guillermo Rodriguez 6ee5e3e077
Refinements, fix dec_hook builtins and same type bug 2025-04-22 06:24:01 -03:00
Guillermo Rodriguez 470acd98cc
Fix typing on mk_boxed_ext_structs 2025-04-22 05:04:14 -03:00
Guillermo Rodriguez bb37c31a70
Update CI to use uv 2025-04-22 05:00:13 -03:00
Guillermo Rodriguez 99c383d3c1
Change test structs name to not get conflicts with pytest 2025-04-22 04:37:08 -03:00
Guillermo Rodriguez 51746a71ac
Re-add boxed struct type system on _codec & create enc/dec hook auto factory 2025-04-22 04:30:30 -03:00
Tyler Goodlet 112ed27cda Move peer-tracking attrs from `Actor` -> `IPCServer`
Namely transferring the `Actor` peer-`Channel` tracking attrs,
- `._peers` which maps the uids to client channels (with duplicates
  apparently..)
- the `._peer_connected: dict[tuple[str, str], trio.Event]` child-peer
  syncing table mostly used by parent actors to wait on sub's to connect
  back during spawn.
- the `._no_more_peers = trio.Event()` level triggered state signal.

Further we move over with some minor reworks,
- `.wait_for_peer()` verbatim (adjusting all dependants).
- factor the no-more-peers shielded wait branch-block out of
  the end of `async_main()` into 2 new server meths,
  * `.has_peers()` with optional chan-connected checking flag.
  * `.wait_for_no_more_peers()` which *just* does the
    maybe-shielded `._no_more_peers.wait()`
2025-04-11 18:11:35 -04:00
Tyler Goodlet 42cf9e11a4 Mv `Actor._stream_handler()` to `.ipc._server` func
Call it `handle_stream_from_peer()` and bind in the `actor: Actor` via
a `handler=partial()` to `trio.serve_listeners()`.

With this (minus the `Actor._peers/._peer_connected/._no_more_peers`
attrs ofc) we get nearly full separation of IPC-connection-processing
(concerns) from `Actor` state. Thus it's a first look at modularizing
the low-level runtime into isolated subsystems which will hopefully
improve the entire code base's grok-ability and ease any new feature
design discussions especially pertaining to introducing and/or
composing-together any new transport protocols.
2025-04-11 14:51:52 -04:00
Tyler Goodlet 1ccb14455d Passthrough `_pause()` kwargs from `_maybe_enter_pm()` 2025-04-11 01:16:46 -04:00
Tyler Goodlet d534f1491b Fix assert on `.devx.maybe_open_crash_handler()` delivered `bxerr` 2025-04-11 01:16:12 -04:00
Tyler Goodlet 0f8b299b4f Improve bit of tooling for `test_resource_cache.py`
Namely while what I was actually trying to solve was why
`TransportClosed` was getting raised from `Portal.cancel_actor()` but
still useful edge case auditing either way. Also opts into the
`debug_mode` fixture with apprope timeout adjustment B)
2025-04-11 01:12:34 -04:00
Tyler Goodlet 9807318e3d Never hide non-[msgtype/tpt-closed] error tbs in `Channel.send()` 2025-04-11 00:00:12 -04:00
Tyler Goodlet b700d90e09 Set `_state._def_tpt_proto` in `tpt_proto` fixture
Such that the global test-session always (and only) runs against the CLI
specified `--tpt-proto=` transport protocol.
2025-04-10 23:56:47 -04:00
Tyler Goodlet 6ff3b6c757 Use `current_ipc_protos()` as the `enable_transports`-default-when-`None`
Also ensure we assertion-error whenever the list is > 1 entry for now!
2025-04-10 23:55:47 -04:00
Tyler Goodlet 8bda59c23d Add `_state.current_ipc_protos()`
For now just wrapping wtv the `._def_tpt_proto` per-actor setting is.
2025-04-10 23:53:44 -04:00
Tyler Goodlet 1628fd1d7b Another `tn` eg-loosify inside `ActorNursery.cancel()`.. 2025-04-10 23:53:35 -04:00
Tyler Goodlet 5f74ce9a95 Absorb `TransportClosed` in `Portal.cancel_actor()`
Just like we *were* for the `trio`-resource-errors it normally wraps
since we now also do the same wrapping in `MsgpackTransport.send()`
and we don't normally care to raise tpt-closure-errors on graceful actor
cancel requests.

Also, warn-report any non-tpt-closed low-level `trio` errors we haven't
yet re-wrapped (likely bc they haven't shown up).
2025-04-10 23:49:36 -04:00
Tyler Goodlet 477343af53 Add `TransportClosed.from_src_exc()`
Such that re-wrapping/raising from a low-level `trio` resource error is
simpler and includes the `.src_exc` in the `__repr__()` and
`.message/.args` rendered at higher layers (like from `Channel` and
`._rpc` machinery).

Impl deats,
- mainly leverages packing in a new cls-method `.repr_src_exc() -> str:`
  repr of the underlying error before an optional `body: str` all as
  handled by the previously augmented `.pformat()`'s delegation to
  `pformat_exc()`.
- change `.src_exc` to be a property around a renamed `._src_exc`.

But wait, why?
- use it inside `MsgpackTransport.send()` to rewrap any
  `trio.BrokenResourceError`s so we always see the underlying
  `trio`-src-exc just like in the `.recv()._iter_packets()` handlers.
2025-04-10 23:37:16 -04:00
Tyler Goodlet c208bcbb1b Factor actor-embedded IPC-tpt-server to `ipc` subsys
Primarily moving the `Actor._serve_forever()`-task-as-method and
supporting actor-instance attributes to a new `.ipo._server` sub-mod
which now encapsulates,
- the coupling various `trio.Nursery`s (and their independent lifetime mgmt)
  to different `trio.serve_listener()`s tasks and `SocketStream`
  handler scopes.
- `Address` and `SocketListener` mgmt and tracking through the idea of
  an "IPC endpoint": each "bound-and-active instance" of a served-listener
  for some (varied transport protocol's socket) address.
- start and shutdown of the entire server's lifetime via an `@acm`.
- delegation of starting/stopping tpt-protocol-specific `trio.abc.Listener`s
  to the corresponding `.ipc._<proto_key>` sub-module (newly defined
  mod-top-level instead of `Address` method) `start/close_listener()`
  funcs.

Impl details of the `.ipc._server` sub-sys,
- add new `IPCServer`, allocated with `open_ipc_server()`, and which
  encapsulates starting multiple-transport-proto-`trio.abc.Listener`s
  from an input set of `._addr.Address`s using,
  |_`IPCServer.listen_on()` which internally spawns tasks that delegate to a new
    `_serve_ipc_eps()`, a rework of what was (effectively)
    `Actor._serve_forever()` and which now,
    * allocates a new `IPCEndpoint`-struct (see below) for each
      address-listener pair alongside the specified
      listener-serving/stream-handling `trio.Nursery`s provided by the
      caller.
    * starts and stops each transport (socket's) listener by calling
      `IPCEndpoint.start/close_listener()` which in turn delegates to
      the underlying `inspect.getmodule(IPCEndpoint.addr)` backend tpt
      module's equivalent impl.
    * tracks all created endpoints in a `._endpoints: list[IPCEndpoint]`
      which is further exposed through public properties for
      introspection of served transport-protocols and their addresses.
  |_`IPCServer._[parent/stream_handler]_tn: Nursery`s which are either
     allocated (in which case, as the same instance) or provided by the
     caller of `open_ipc_server()` such that the same nursery-cancel-scope
     controls offered by `trio.serve_listeners(handler_nursery=)` are
     offered where the `._parent_tn` is used to spawn `_serve_ipc_eps()`
     tasks, and `._stream_handler_tn` is passed verbatim as `handler_nursery`.
- a new `IPCEndpoint`-struct (as mentioned) which wraps each
  transport-proto's address + listener + allocated-supervising-nursery
  to encapsulate the "lifetime of a server IPC endpoint" such that
  eventually we can track and managed per-protocol/address/`.listen_on()`-call
  scoped starts/stops/restarts for the purposes of filtering/banning
  peer traffic.
  |_ also included is an unused `.peer_tpts` table which we can
    hopefully use to replace `Actor._peers` in a `Channel`-tracking
    transport-proto-aware way!

Surrounding changes to `.ipc.*` primitives to match,
- make `[TCP|UDS]Address` types `msgspec.Struct(frozen=True)` and thus
  drop any-and-all `addr._host =` style mutation throughout.
  |_ as such also drop their `.__init__()` and `.__eq__()` meths.
  |_ UDS tweaks to field names and thus `.__repr__()`.
- move `[TCP|UDS]Address.[start/close]_listener()` meths to be mod-level
  equiv `start|close_listener()` funcs.
- just hard code the `.ipc._types._key_to_transport/._addr_to_transport`
  table entries instead of all the prior fancy dynamic class property
  reading stuff (remember, "explicit is better then implicit").

Modified in `._runtime.Actor` internals,
- drop the `._serve_forever()` and `.cancel_server()`, methods and
  `._server_down` waiting logic from `.cancel_soon()`
- add `.[_]ipc_server` which is opened just after the `._service_n` and
  delegate to it for any equivalent publicly exposed instance
  attributes/properties.
2025-04-10 23:18:32 -04:00
Tyler Goodlet c9e9a3949f Move concrete `Address`es to each tpt module
That is moving from `._addr`,
- `TCPAddress` to `.ipc._tcp`
- `UDSAddress` to `.ipc._uds`

Obviously this requires adjusting a buncha stuff in `._addr` to avoid
import cycles (the original reason the module was not also included in
the new `.ipc` subpkg) including,

- avoiding "unnecessary" imports of `[Unwrapped]Address` in various modules.
  * since `Address` is a protocol and the main point is that it **does
    not need to be inherited** per
    (https://typing.python.org/en/latest/spec/protocol.html#terminology)
    thus I removed the need for it in both transport submods.
  * and `UnwrappedAddress` is a type alias for tuples.. so we don't
    really always need to be importing it since it also kinda obfuscates
    what the underlying pairs are.
- not exporting everything in submods at the `.ipc` top level and
  importing from specific submods by default.
- only importing various types under a `if typing.TYPE_CHECKING:` guard
  as needed.
2025-04-08 10:09:52 -04:00
Tyler Goodlet 8fd7d1cec4 Add API-modernize-todo on `experimental._pubsub.fan_out_to_ctxs` 2025-04-06 22:06:42 -04:00
Tyler Goodlet 0cb011e883 Skip the ringbuf test mod for now since data-gen is a bit "heavy/laggy" atm 2025-04-06 22:06:42 -04:00
Tyler Goodlet 74df5034c0 Improve `TransportClosed.__repr__()`, add `src_exc`
By borrowing from the implementation of `RemoteActorError.pformat()`
which is now factored into a new `.devx.pformat_exc()` and re-used for
both error types while maintaining the same func-sig. Obviously delegate
`RemoteActorError.pformat()` to the new helper accordingly and keeping
the prior `body` generation from `.devx.pformat_boxed_tb()` as before.

The new helper allows for,
- passing any of a `header|message|body: str` which are all combined in
  that order in the final output.
- getting the `exc.message` as the default `message` part.
- generating an objecty-looking "type-name" header to be rendered by
  default when `header` is not overridden.
- "first-line-of `message`" processing which we split-off and then
  re-inject as a `f'<{type(exc).__name__}( {first} )>'` top line header.
- an optional `tail: str = '>'` to "close the object"-look only added
  when `with_type_header: bool = True`.

Adjustments to `TransportClosed` around this include,
- replacing the init `cause` arg for a `src_exc` which is now always
  assigned to a same named instance var.
- displaying that new `.src_exc` in the `body: str` arg to the
  `.devx.pformat.pformat_exc()` call so you can always see the
  underlying (normally `trio`) source error.
- just make it inherit from `Exception` not `trio.BrokenResourceError`
  to avoid handlers catching `TransportClosed` as the former
  particularly in testing when we want to sometimes to distinguish them.
2025-04-06 22:06:42 -04:00
Tyler Goodlet 692bd0edf6 Handle unconsidered fault-edge cases for UDS
In `tests/test_advanced_faults.py` that is.
Since instead of zero-responses like we'd expect from a network-socket
we actually can get a few differences from the OS when "everything IPC
is known"

XD

Namely it's about underlying `trio` exceptions versus how we wrap them
and how we expect to box them. A `TransportClosed` boxing improvement
is coming in follow up btw to make this all work!

B)
2025-04-06 22:06:42 -04:00
Tyler Goodlet c21b9cdf57 Woops, ensure we use `global` before setting `daemon()` fixture spawn delay.. 2025-04-06 22:06:42 -04:00
Tyler Goodlet 0e25c16572 Support multiple IPC transports in test harness!
Via a new accumulative `--tpt-proto` arg you can select which
`tpt_protos: list[str]`-fixture protocol keys will be delivered to
opting in tests!

B)

Also includes,
- CLI quote handling/stripping.
- default of 'tcp'.
- only support one selection per session at the moment (until we figure
  out how we want to support multiples, either simultaneously or
  sequentially).
- draft a (masked) dynamic-`metafunc` parametrization in the
  `pytest_generate_tests()` hook.
- first proven and working use in the `test_advanced_faults`-suite (and
  thus its underlying
  `examples/advanced_faults/ipc_failure_during_stream.py` script)!
 |_ actually needed this to prove that the suite only has 2 failures on
    'uds' seemingly due to low-level `trio` error semantics translation
    differences to do with with calling `socket.close()`..

On a very nearly related topic,
- draft an (also commented out) `set_script_runtime_args()` fixture idea
  for a std way of `partial`-ling in runtime args to `examples/`
  scripts-as-modules defining a `main()` which would proxy to
  `tractor.open_nursery()`.
2025-04-06 22:06:42 -04:00
Tyler Goodlet 1d4513eb5d Unwrap `UDSAddress` as `tuple[str, str]`, i.e. sin pid
Since in hindsight the real analog of a net-proto's "bindspace"
(normally its routing layer's addresses-port-set) is more akin to the
"location in the file-system" for a UDS socket file (aka the file's
parent directory) determines whether or not the "port" (aka it's
file-name) collides with any other.

So the `._filedir: Path` is like the allocated "address" and,
the `._filename: Path|str` is basically the "port",

at least in my mind.. Bp

Thinking about fs dirs like a "host address" means you can get
essentially the same benefits/behaviour of say an (ip)
addresses-port-space but using the (current process-namespace's)
filesys-tree. Note that for UDS sockets in particular the
network-namespace is what would normally isolate so called "abstract
sockets" (i.e. UDS sockets that do NOT use file-paths by setting `struct
sockaddr_un.sun_path = 'abstract', see `man unix`); using directories is
even easier and definitely more explicit/readable/immediately-obvious as
a human-user.

As such this reworks all the necessary `UDSAddress` meths,
- `.unwrap()` now returns a `tuple(str(._filedir, str(._filename))`,
- `wrap_address()` now matches UDS on a 2nd tuple `str()` element,
- `.get_root()` no longer passes `maybe_pid`.

AND adjusts `MsgpackUDSStream` to,
- use the new `unwrap_sockpath()` on the `socket.get[sock/peer]name()`
  output before passing directly as `UDSAddress.__init__(filedir, filename)`
  instead of via `.from_addr()`.
- also pass `maybe_pid`s to init since no longer included in the
  unwrapped-type form.
2025-04-06 22:06:42 -04:00
Tyler Goodlet 3d3a1959ed s/`._addr.preferred_transport`/`_state._def_tpt_proto`
Such that the "global-ish" setting (actor-local) is managed with the
others per actor-process and type it as a `Literal['tcp', 'uds']` of the
currently support protocol keys.

Here obvi `_tpt` is some kinda shorthand for "transport" and `_proto` is
for "protocol" Bp

Change imports and refs in all dependent modules.

Oh right, and disable UDS in `wrap_address()` for the moment while
i figure out how to avoid the unwrapped type collision..
2025-04-06 22:06:42 -04:00
Tyler Goodlet 9e812d7793 Add `Arbiter.is_registry()` in prep for proper `.discovery._registry` 2025-04-06 22:06:42 -04:00
Tyler Goodlet 789bb7145b Repair weird spawn test, start `test_root_runtime`
There was a very strange legacy test
`test_spawning.test_local_arbiter_subactor_global_state` which was
causing unforseen hangs/errors on the UDS tpt and looking deeper this
test was already doing root-actor things that should never have been
valid XD

So rework that test to properly demonstrate something of value
(i guess..) and add a new suite which start more rigorously auditing our
`open_root_actor()` permitted usage.

For the old test,
- since the main point of this test seemed to be the ability to invoke
  the same function in both the parent and child actor (using the very
  legacy `ActorNursery.run_in_actor()`.. due to be deprecated) rename it
  to `test_run_in_actor_same_func_in_child`,
- don't re-enter `.open_root_actor()` since that's invalid usage (tested
  in new suite see below),
- adjust some `spawn()` arg/var naming and ensure we only return in the
  child.

For the new suite add tests for,
- ensuring the implicit `open_root_actor()` call under `open_nursery()`.
- double open of `open_root_actor()` from within the same process tree
  both from a root and sub.

Intro some new `_exceptions` used in the new suite,
- a top level `RuntimeFailure` for generically expressing faults not of
  our own doing that prevent successful operation; this is what we now
  (changed in this commit) raise on attempts to open a 2nd root.
- mk `ActorFailure` derive from the former; it's already used from
  `._spawn` when subprocs fail to boot.
2025-04-06 22:06:42 -04:00
Tyler Goodlet b05c5b6c50 Some more log message tweaks
- aggregate the `MsgStream.aclose()` "reader tasks" stats content into a
  common `message: str` before emit.
- tweak an `_rpc.process_messages()` emit per new `Channel.__repr__()`.
2025-04-06 22:06:42 -04:00
Tyler Goodlet f6a4a0818f Change some low-hanging `.uid`s to `.aid`
Throughout `_context` and `_spawn` where it causes no big disruption.
Still lots to work out for things like how to pass `--uid
<tuple-as-str>` to spawned subactors and whether we want a diff name for
the minimum `tuple` required to distinguish a subactor pre-process-ID
allocation by the OS.
2025-04-06 22:06:42 -04:00
Tyler Goodlet a045c78e4d Mv to `Channel._do_handshake()` in `open_portal()`
As per the method migration in the last commit. Also adjust all `.uid`
usage to the new `.aid`.
2025-04-06 22:06:42 -04:00
Tyler Goodlet c85606075d Mv `Actor._do_handshake()` to `Channel`, add `.aid`
Finally.. i've been meaning todo this for ages since the
actor-id-swap-as-handshake is better layered as part of the IPC msg-ing
machinery and then let's us encapsulate the connection-time-assignment
of a remote peer's `Aid` as a new `Channel.aid: Aid`. For now we
continue to offer the `.uid: tuple[str, str]` attr (by delegating to the
`.uid` field) since there's still a few things relying on it in the
runtime and ctx layers

Nice bonuses from this,
- it's very easy to get the peer's `Aid.pid: int` from anywhere in an
  IPC ctx by just reading it from the chan.
- we aren't saving more then the wire struct-msg received.

Also add deprecation warnings around usage to get us moving on porting
the rest of consuming runtime code to the new attr!
2025-04-06 22:06:42 -04:00
Tyler Goodlet 7d200223fa UDS: translate file dne to connection-error
For the case where there's clearly no socket file created/bound
obviously the `trio.socket.connect()` call will raise
`FileNotFoundError`, so just translate this to
a builtin-`ConnectionError` at the transport layer so we can report the
guilty `UDSAddress`.
2025-04-06 22:06:42 -04:00
Tyler Goodlet 4244db2f08 More `._addr` boxing refinements
The more I think about it, it seems @guille's orig approach of
unwrapping UDS socket-file addresses to strings (or `Path`) is making
the most sense. I had originally thought that pairing it with the
listening side's pid would add clarity (and it definitely does for
introspection/debug/logging) but since we don't end up passing that pid
to the eventual `.connect()` call on the client side, it doesn't make
much sense to wrap it for the wire just to discard.. Further, the
`tuple[str, int]` makes `wrap_address()` break for TCP since it will
always match on uds first.

So, on that note this patch refines a few things in prep for going back
to that original `UnwrappedAddress` as `str` type though longer run
i think the more "builtin approach" would be to add `msgspec` codec
hooks for these types to avoid all the `.wrap()`/`.unwrap()` calls
throughout the runtime.

Down-low deats,
- add `wrap_address()` doc string, detailed (todo) comments and handle
  the `[None, None]` case that can come directly from
  `._state._runtime_vars['_root_mailbox']`.
- buncha adjustments to `UDSAddress`,
  - add a `filedir`, chng `filepath` -> `filename` and mk `maybe_pid` optional.
  - the intent `filedir` is act as the equivalent of the host part in a network proto's
    socket address and when it's null use the `.def_bindspace = get_rt_dir()`.
  - always ensure the `filedir / filename` is an absolute path and
    expose it as a new `.sockpath: Path` property.
  - mk `.is_valid` actually verify the `.sockpath` is in the valid
    `.bindspace: namely just checking it's in the expected dir.
  - add pedantic `match:`ing to `.from_addr()` such that we error on
    unexpected `type(addr)` inputs and otherwise parse any `sockpath:
    Path` inputs using a new `unwrap_sockpath()` which simply splits an
    abs file path to dir, file-name parts.
  - `.unwrap()` now just `str`-ifies the `.sockpath: Path`
  - adjust `.open/close_listener()` to use `.sockpath`.
2025-04-06 22:06:42 -04:00
Tyler Goodlet 52901a8e7d Move `DebugRequestError` to `._exceptions` 2025-04-06 22:06:42 -04:00
Tyler Goodlet eb11235ec8 Start protoyping multi-transport testing
Such that we can run (opting-in) tests on both TCP and UDS backends and
ensure the `reg_addr` fixture and various timeouts are adjusted
accordingly.

Impl deats,
- add a new `tpc_proto` CLI option and fixture to allow choosing which
  "transport protocol" will be used in the test suites (either globally
  or contextually).
- rm `_reg_addr` instead opting for a `_rando_port` which will only be
  used for `reg_addr`s which are net-tpt-protos.
- rejig `reg_addr` fixture to set a ideally session-unique `testrun_reg_addr`
  based on the `tpt_proto` setting making appropriate calls to `._addr`
  APIs as needed.
- refine `daemon` fixture a bit with typing, `tpt_proto` timings, and
  stderr capture.
- in `test_discovery` do a ton of type-annots, add `debug_mode` fixture
  opt ins, augment `spawn_and_check_registry()` with `psutil.Process`
  passing for introspection (when things go wrong..).
2025-04-06 22:06:42 -04:00
Tyler Goodlet c8d164b211 Add `psutil` to `--dev` / testing deps 2025-04-06 22:06:42 -04:00
Tyler Goodlet 00b5bb777d Factor `breakpoint()` blocking into `@acm`
Call it `maybe_block_bp()` can wrap the `open_root_actor()` body with
it. Main reason is to guarantee we can bp inside actor runtime bootup as
needed when debugging internals! Prolly should factor this to another
module tho?

ALSO, ensure we RTE on recurrent entries to `open_root_actor()` from
within an existing tree! There was actually `test_spawning` test somehow
getting away with this!? Should never be possible or allowed!
2025-04-06 22:06:42 -04:00
Tyler Goodlet 674a33e3b1 Add an `Actor.pformat()`
And map `.__repr__/__str__` to it and add various new fields to fill it
out,
- drop `self.uid` as var and instead add `Actor._aid: Aid` and proxy to
  it for the various `.name/.uid/.pid` properties as well as a new
  `.aid` field.
 |_ the `Aid.pid` addition is also included.

Other improvements,
- flip to a sync call to `Address.close_listener()`.
- track the `async_main()` parent task as `Actor._task`.
- add exception logging around failure to bind due to already-in-use
  when calling `add.open_listener()` in `._stream_forever()`; sometimes
  the error might be overridden by something else during the
  runtime-failure unwind..
2025-04-06 22:06:42 -04:00
Tyler Goodlet a49bfddf32 Add a `MsgpackTransport.pformat()`
And map `.__repr__/__str__` to it. Also adjust to new
`Address.proto_key` and add a #TODO for a `.get_peers()`.
2025-04-06 22:06:42 -04:00
Tyler Goodlet e025959d60 Even more `tractor._addr.Address` simplifying
Namely reducing the duplication of class-fields and `TypeVar`s used
for parametrizing the `Address` protocol type,
- drop all of the `TypeVar` types and just stick with all concrete addrs
  types inheriting from `Address` only.
- rename `Address.name_key` -> `.proto_key`.
- rename `Address.address_type` -> `.unwrapped_type`
- rename `.namespace` -> `.bindspace` to better reflect that this "part"
  of the address represents the possible "space for binding endpoints".
 |_ also linux already uses "namespace" to mean the `netns` and i'd
   prefer to stick with their semantics for that.
- add `TCPAddress/UDSAddress.def_bindspace` values.
- drop commented `.open_stream()` method; never used.
- simplify `UnwrappedAdress` to just a `tuple` of union types.
- add logging to `USDAddress.open_listener()` for now.
- adjust `tractor.ipc/_uds/tcp` transport to use new addr field names.
2025-04-06 22:06:42 -04:00
Tyler Goodlet d0414709f2 Handle broken-pipes from `MsgpackTransport.send()`
Much like we already do in the `._iter_packets()` async-generator which
delivers to `.recv()` and `async for`, handle the `''[Errno 32] Broken
pipe'` case that can show up with unix-domain-socket usage.

Seems like the cause is due to how fast the socket can be torn down
during a registry addr channel ping where,
- the sending side can break the connection faster then the pong side
  can prep its handshake msg,
- the pong side tries to send it's handshake pkt via
  `.SocketStream.send_all()` after the breakage and then raises
  `trio.BrokenResourceError`.
2025-04-06 22:06:41 -04:00
Tyler Goodlet b958590212 Emphasize internal error block header-comment a bit 2025-04-06 22:06:41 -04:00
Tyler Goodlet 8884ed05f0 Bit of multi-line styling for `LocalPortal` 2025-04-06 22:06:41 -04:00
Tyler Goodlet a403958c2c Adjust `._child` instantiation of `Actor` to use newly named `uuid` arg 2025-04-06 22:06:41 -04:00
Tyler Goodlet 009cadf28e Add `bidict` pkg as dep since used in `._addr` for now 2025-04-06 22:06:41 -04:00
Tyler Goodlet 3cb8f9242d Adjust lowlevel-tb hiding logic for `MsgStream`
Such that whenev the `self._ctx.chan._exc is trans_err` we suppress.
I.e. when the `Channel._exc: Exception|None` error **is the same as**
set by the `._rpc.process_messages()` loop (that is, set to the
underlying transport layer error), we suppress the lowlevel tb,
otherwise we deliver the full tb since likely something at the lowlevel
that we aren't detecting changed/signalled/is-relevant!
2025-04-06 22:06:41 -04:00
Tyler Goodlet 544b5bdd9c Slight typing and multi-line styling tweaks in `.ipc` sugpkg 2025-04-06 22:06:38 -04:00
Tyler Goodlet 47d66e6c0b Add a big boi `Channel.pformat()/__repr__()`
Much like how `Context` has been implemented, try to give tons of high
level details on all the lower level encapsulated primitives, namely the
`.msgstream/.transport` and any useful runtime state.

B)

Impl deats,
- adjust `.from_addr()` to only call `._addr.wrap_address()` when we
  detect `addr` is unwrapped.
- add another `log.runtime()` using the new `.__repr__()` in
  `Channel.from_addr()`.
- change to `UnwrappedAddress` as in prior commits.
2025-04-06 22:03:07 -04:00
Tyler Goodlet ddeab1355a Allocate bind-addrs in subactors
Previously whenever an `ActorNursery.start_actor()` call did not receive
a `bind_addrs` arg we would allocate the default `(localhost, 0)` pairs
in the parent, for UDS this obviously won't work nor is it ideal bc it's
nicer to have the actor to be a socket server (who calls
`Address.open_listener()`) define the socket-file-name containing their
unique ID info such as pid, actor-uuid etc.

As such this moves "random" generation of server addresses to the
child-side of a subactor's spawn-sequence when it's sin-`bind_addrs`;
i.e. we do the allocation of the `Address.get_random()` addrs inside
`._runtime.async_main()` instead of `Portal.start_actor()` and **only
when** `accept_addrs`/`bind_addrs` was **not provided by the spawning
parent**.

Further this patch get's way more rigorous about the `SpawnSpec`
processing in the child inside `Actor._from_parent()` such that we
handle any invalid msgs **very loudly and pedantically!**

Impl deats,
- do the "random addr generation" in an explicit `for` loop (instead of
  prior comprehension) to allow for more detailed typing of the layered
  calls to the new `._addr` mod.
- use a `match:/case:` for process any invalid `SpawnSpec` payload case
  where we can instead receive a `MsgTypeError` from the `chan.recv()`
  call in `Actor._from_parent()` to raise it immediately instead of
  triggering downstream type-errors XD
  |_ as per the big `#TODO` we prolly want to take from other callers
     of `Channel.recv()` (like in the `._rpc.process_messages()` loop).
  |_ always raise `InternalError` on non-match/fall-through case!
  |_ add a note about not being able to use `breakpoint()` in this
     section due to causality of `SpawnSpec._runtime_vars` not having
     been processed yet..
  |_ always return a third element from `._from_rent()` eventually to be
     the `preferred_transports: list[str]` from the spawning rent.
- use new `._addr.mk_uuid()` and pass to new `Actor.__init__(uuid: str)`
  for all actor creation (including in all the mods tweaked here).
- Move to new type-alias-name `UnwrappedAddress` throughout.
2025-04-06 22:03:07 -04:00
Tyler Goodlet cb6c10bbe9 Adjust imports to use new `UnwrappedAddress`
For those mods where it's just a type-alias (name) import change.
2025-04-06 22:03:07 -04:00
Tyler Goodlet bf9d7ba074 Implement peer-info tracking for UDS streams
Such that any UDS socket pair is represented (and with the recent
updates to) a `USDAddress` via a similar pair-`tuple[str, int]` as TCP
sockets, a pair of the `.filepath: Path` & the peer proc's `.pid: int`
which we read from the underlying `socket.socket` using
`.set/getsockopt()` calls

Impl deats,
- using the Linux specific APIs, we add a `get_peer_info()` which reads
  the `(pid, uid, gid)` using the `SOL_SOCKET` and `SOL_PEECRED` opts to
  `sock.getsockopt()`.
  |_ this presumes the client has been correspondingly configured to
     deliver the creds via a `sock.setsockopt(SOL_SOCKET, SO_PASSCRED,
     1)` call - this required us to override `trio.open_unix_socket()`.
- override `trio.open_unix_socket()` as per the above bullet to ensure
  connecting peers always transmit "credentials" options info to the
  listener.
- update `.get_stream_addrs()` to always call `get_peer_info()` and
  extract the peer's pid for the `raddr` and use `os.getpid()` for
  `laddr` (obvi).
  |_ as part of the new impl also `log.info()` the creds-info deats and
    socket-file path.
  |_ handle the oddity where it depends which of `.getpeername()` or
    `.getsockname()` will return the file-path; i think it's to do with
    who is client vs. server?

Related refinements,
- set `.layer_key: int = 4` for the "transport layer" ;)
- tweak some typing and multi-line unpacking in `.ipc/_tcp`.
2025-04-06 22:03:07 -04:00
Tyler Goodlet 4a8a555bdf Rework/simplify transport addressing
A few things that can fundamentally change,

- UDS addresses now always encapsulate the local and remote pid such
  that it denotes each side's process much like a TCP *port*.
  |_ `.__init__()` takes a new `maybe_pid: int`.
  |_ this required changes to the `.ipc._uds` backend which will come in
     an subsequent commit!
  |_ `UDSAddress.address_type` becomes a `tuple[str, int]` just like the
      TCP case.
  |_ adjust `wrap_address()` to match.
- use a new `_state.get_rt_dir() -> Path` as the default location for
  UDS socket file: now under `XDG_RUNTIME_DIR'/tractor/` subdir by
  default.
- re-implement `USDAddress.get_random()` to use both the local
  `Actor.uid` (if available) and at least the pid for its socket file
  name.

Removals,
- drop the loop generated `_default_addrs`, simplify to just
  `_default_lo_addrs` for per-transport default registry addresses.
  |_ change to `_address_types: dict[str, Type[Address]]` instead of
     separate types `list`.
  |_ adjust `is_wrapped_addr()` to just check `in _addr_types.values()`.
- comment out `Address.open_stream()` it's unused and i think the wrong
  place for this API.

Renames,
- from `AddressTypes` -> `UnwrappedAddress`, since it's a simple type
  union and all this type set is, is the simple python data-structures
  we encode to for the wire.
  |_ see note about possibly implementing the `.[un]wrap()` stuff as
     `msgspec` codec `enc/dec_hook()`s instead!

Additions,
- add a `mk_uuid()` to be used throughout the runtime including for
  generating the `Aid.uuid` part.
- tons of notes around follow up refinements!
2025-04-06 22:03:07 -04:00
Guillermo Rodriguez 1762b3eb64 Trying to make full suite pass with uds 2025-04-06 22:02:24 -04:00
Guillermo Rodriguez 486f4a3843 Finally switch to using address protocol in all runtime 2025-04-06 22:02:18 -04:00
Guillermo Rodriguez d5e0b08787 Add root and random addr getters on MsgTransport type 2025-04-06 21:59:29 -04:00
Guillermo Rodriguez f80a47571a Starting to make `.ipc.Channel` work with multiple MsgTransports 2025-04-06 21:58:45 -04:00
Guillermo Rodriguez 9b2161506f
Break out transport protocol and tcp specifics into their own submodules under tractor.ipc 2025-03-27 20:36:46 -03:00
Guillermo Rodriguez 6b155849b7
Add buf_size to RBToken and add sender cancel test, move disable_mantracker to its own _mp_bs module 2025-03-27 20:36:46 -03:00
Guillermo Rodriguez 59c8c7bfe3
Make ring buf api use pickle-able RBToken 2025-03-27 20:36:46 -03:00
Guillermo Rodriguez 6ac6fd56c0
Address some of fomo\'s comments 2025-03-27 20:36:46 -03:00
Guillermo Rodriguez f799e9ac51
Handle cancelation on EventFD.read 2025-03-27 20:36:46 -03:00
Guillermo Rodriguez 9980bb2bd0
Add module headers and fix spacing on tractor._ipc._linux 2025-03-27 20:36:45 -03:00
Guillermo Rodriguez 8de9ab291e
Move RingBuffSender|Receiver to its own tractor.ipc._ringbuf module 2025-03-27 20:36:45 -03:00
Guillermo Rodriguez 1a83626f26
Move linux specifics from tractor.ipc._shm into tractor.ipc._linux 2025-03-27 20:36:45 -03:00
Guillermo Rodriguez 6b4d08d030
Move tractor._shm to tractor.ipc._shm 2025-03-27 20:36:45 -03:00
Guillermo Rodriguez 7b8b9d6805
move tractor._ipc.py into tractor.ipc._chan.py 2025-03-27 20:36:45 -03:00
Guillermo Rodriguez 5afe0a0264
General improvements
EventFD class now expects the fd to already be init with open_eventfd
RingBuff Sender and Receiver fully manage SharedMemory and EventFD lifecycles, no aditional ctx mngrs needed
Separate ring buf tests into its own test bed
Add parametrization to test and cancellation
Add docstrings
Add simple testing data gen module .samples
2025-03-27 20:36:45 -03:00
Guillermo Rodriguez eeb9a7d61b
IPC ring bug impl with async read 2025-03-27 20:36:45 -03:00
94 changed files with 8888 additions and 9448 deletions

View File

@ -8,12 +8,29 @@ on:
workflow_dispatch:
jobs:
# ------ sdist ------
mypy:
name: 'MyPy'
runs-on: ubuntu-latest
steps:
- name: Checkout
uses: actions/checkout@v4
- name: Install the latest version of uv
uses: astral-sh/setup-uv@v5
- name: Setup env
run: uv venv .venv --python=3.11
- name: Install
run: uv sync --group=dev
- name: Run MyPy check
run: uv run mypy tractor/ --ignore-missing-imports --show-traceback
# test that we can generate a software distribution and install it
# thus avoid missing file issues after packaging.
#
# -[x] produce sdist with uv
# ------ - ------
sdist-linux:
name: 'sdist'
runs-on: ubuntu-latest
@ -22,56 +39,17 @@ jobs:
- name: Checkout
uses: actions/checkout@v4
- name: Install latest uv
uses: astral-sh/setup-uv@v6
- name: Install the latest version of uv
uses: astral-sh/setup-uv@v5
- name: Build sdist as tar.gz
run: uv build --sdist --python=3.13
- name: Setup env
run: uv venv .venv --python=3.11
- name: Install sdist from .tar.gz
run: python -m pip install dist/*.tar.gz
- name: Build sdist
run: uv build --sdist
# ------ type-check ------
# mypy:
# name: 'MyPy'
# runs-on: ubuntu-latest
# steps:
# - name: Checkout
# uses: actions/checkout@v4
# - name: Install latest uv
# uses: astral-sh/setup-uv@v6
# # faster due to server caching?
# # https://docs.astral.sh/uv/guides/integration/github/#setting-up-python
# - name: "Set up Python"
# uses: actions/setup-python@v6
# with:
# python-version-file: "pyproject.toml"
# # w uv
# # - name: Set up Python
# # run: uv python install
# - name: Setup uv venv
# run: uv venv .venv --python=3.13
# - name: Install
# run: uv sync --dev
# # TODO, ty cmd over repo
# # - name: type check with ty
# # run: ty ./tractor/
# # - uses: actions/cache@v3
# # name: Cache uv virtenv as default .venv
# # with:
# # path: ./.venv
# # key: venv-${{ hashFiles('uv.lock') }}
# - name: Run MyPy check
# run: mypy tractor/ --ignore-missing-imports --show-traceback
- name: Install sdist from .zips
run: uv run pip install dist/*.tar.gz
testing-linux:
@ -83,45 +61,32 @@ jobs:
fail-fast: false
matrix:
os: [ubuntu-latest]
python-version: ['3.13']
python: ['3.11']
spawn_backend: [
'trio',
# 'mp_spawn',
# 'mp_forkserver',
'mp_spawn',
'mp_forkserver',
]
steps:
- name: Checkout
uses: actions/checkout@v4
- uses: actions/checkout@v4
- name: Install the latest version of uv
uses: astral-sh/setup-uv@v5
- name: 'Install uv + py-${{ matrix.python-version }}'
uses: astral-sh/setup-uv@v6
with:
python-version: ${{ matrix.python-version }}
- name: Setup env
run: uv venv .venv --python=3.11
# GH way.. faster?
# - name: setup-python@v6
# uses: actions/setup-python@v6
# with:
# python-version: '${{ matrix.python-version }}'
- name: Install dependencies
run: uv sync --all-groups
# consider caching for speedups?
# https://docs.astral.sh/uv/guides/integration/github/#caching
- name: Install the project w uv
run: uv sync --all-extras --dev
# - name: Install dependencies
# run: pip install -U . -r requirements-test.txt -r requirements-docs.txt --upgrade-strategy eager
- name: List deps tree
run: uv tree
- name: List dependencies
run: uv pip list
- name: Run tests
run: uv run pytest tests/ --spawn-backend=${{ matrix.spawn_backend }} -rsx
run: uv run pytest tests/ --ignore=tests/devx --spawn-backend=${{ matrix.spawn_backend }} -rsx
# XXX legacy NOTE XXX
#
# We skip 3.10 on windows for now due to not having any collabs to
# debug the CI failures. Anyone wanting to hack and solve them is very
# welcome, but our primary user base is not using that OS.

View File

@ -11,9 +11,4 @@ pkgs.mkShell {
LD_LIBRARY_PATH = pkgs.lib.makeLibraryPath nativeBuildInputs;
TMPDIR = "/tmp";
shellHook = ''
set -e
uv venv .venv --python=3.12
'';
}

View File

@ -1,5 +1,8 @@
|logo| ``tractor``: distributed structurred concurrency
|gh_actions|
|docs|
``tractor`` is a `structured concurrency`_ (SC), multi-processing_ runtime built on trio_.
Fundamentally, ``tractor`` provides parallelism via
@ -63,13 +66,6 @@ Features
- (WIP) a ``TaskMngr``: one-cancels-one style nursery supervisor.
Status of `main` / infra
------------------------
- |gh_actions|
- |docs|
Install
-------
``tractor`` is still in a *alpha-near-beta-stage* for many
@ -693,11 +689,9 @@ channel`_!
.. _msgspec: https://jcristharif.com/msgspec/
.. _guest: https://trio.readthedocs.io/en/stable/reference-lowlevel.html?highlight=guest%20mode#using-guest-mode-to-run-trio-on-top-of-other-event-loops
..
NOTE, on generating badge links from the UI
https://docs.github.com/en/actions/how-tos/monitoring-and-troubleshooting-workflows/monitoring-workflows/adding-a-workflow-status-badge?ref=gitguardian-blog-automated-secrets-detection#using-the-ui
.. |gh_actions| image:: https://github.com/goodboy/tractor/actions/workflows/ci.yml/badge.svg?branch=main
:target: https://github.com/goodboy/tractor/actions/workflows/ci.yml
.. |gh_actions| image:: https://img.shields.io/endpoint.svg?url=https%3A%2F%2Factions-badge.atrox.dev%2Fgoodboy%2Ftractor%2Fbadge&style=popout-square
:target: https://actions-badge.atrox.dev/goodboy/tractor/goto
.. |docs| image:: https://readthedocs.org/projects/tractor/badge/?version=latest
:target: https://tractor.readthedocs.io/en/latest/?badge=latest

View File

@ -16,7 +16,6 @@ from tractor import (
ContextCancelled,
MsgStream,
_testing,
trionics,
)
import trio
import pytest
@ -63,8 +62,9 @@ async def recv_and_spawn_net_killers(
await ctx.started()
async with (
ctx.open_stream() as stream,
trionics.collapse_eg(),
trio.open_nursery() as tn,
trio.open_nursery(
strict_exception_groups=False,
) as tn,
):
async for i in stream:
print(f'child echoing {i}')

View File

@ -29,7 +29,7 @@ async def bp_then_error(
to_trio.send_nowait('start')
# NOTE: what happens here inside the hook needs some refinement..
# => seems like it's still `.debug._set_trace()` but
# => seems like it's still `._debug._set_trace()` but
# we set `Lock.local_task_in_debug = 'sync'`, we probably want
# some further, at least, meta-data about the task/actor in debug
# in terms of making it clear it's `asyncio` mucking about.

View File

@ -4,11 +4,6 @@ import sys
import trio
import tractor
# ensure mod-path is correct!
from tractor.devx.debug import (
_sync_pause_from_builtin as _sync_pause_from_builtin,
)
async def main() -> None:
@ -18,23 +13,19 @@ async def main() -> None:
async with tractor.open_nursery(
debug_mode=True,
loglevel='devx',
maybe_enable_greenback=True,
# ^XXX REQUIRED to enable `breakpoint()` support (from sync
# fns) and thus required here to avoid an assertion err
# on the next line
):
) as an:
assert an
assert (
(pybp_var := os.environ['PYTHONBREAKPOINT'])
==
'tractor.devx.debug._sync_pause_from_builtin'
'tractor.devx._debug._sync_pause_from_builtin'
)
# TODO: an assert that verifies the hook has indeed been, hooked
# XD
assert (
(pybp_hook := sys.breakpointhook)
is not tractor.devx.debug._set_trace
is not tractor.devx._debug._set_trace
)
print(

View File

@ -24,9 +24,10 @@ async def spawn_until(depth=0):
async def main():
'''
The process tree should look as approximately as follows when the
debugger first engages:
"""The main ``tractor`` routine.
The process tree should look as approximately as follows when the debugger
first engages:
python examples/debugging/multi_nested_subactors_bp_forever.py
python -m tractor._child --uid ('spawner1', '7eab8462 ...)
@ -36,11 +37,10 @@ async def main():
python -m tractor._child --uid ('spawner0', '1d42012b ...)
python -m tractor._child --uid ('name_error', '6c2733b8 ...)
'''
"""
async with tractor.open_nursery(
debug_mode=True,
loglevel='devx',
enable_transports=['uds'],
loglevel='warning'
) as n:
# spawn both actors

View File

@ -1,35 +0,0 @@
import trio
import tractor
async def main():
async with tractor.open_root_actor(
debug_mode=True,
loglevel='cancel',
) as _root:
# manually trigger self-cancellation and wait
# for it to fully trigger.
_root.cancel_soon()
await _root._cancel_complete.wait()
print('root cancelled')
# now ensure we can still use the REPL
try:
await tractor.pause()
except trio.Cancelled as _taskc:
assert (root_cs := _root._root_tn.cancel_scope).cancel_called
# NOTE^^ above logic but inside `open_root_actor()` and
# passed to the `shield=` expression is effectively what
# we're testing here!
await tractor.pause(shield=root_cs.cancel_called)
# XXX, if shield logic *is wrong* inside `open_root_actor()`'s
# crash-handler block this should never be interacted,
# instead `trio.Cancelled` would be bubbled up: the original
# BUG.
assert 0
if __name__ == '__main__':
trio.run(main)

View File

@ -37,7 +37,6 @@ async def main(
enable_stack_on_sig=True,
# maybe_enable_greenback=False,
loglevel='devx',
enable_transports=['uds'],
) as an,
):
ptl: tractor.Portal = await an.start_actor(

View File

@ -33,11 +33,8 @@ async def just_bp(
async def main():
async with tractor.open_nursery(
debug_mode=True,
enable_transports=['uds'],
loglevel='devx',
) as n:
p = await n.start_actor(
'bp_boi',

View File

@ -6,7 +6,7 @@ import tractor
# TODO: only import these when not running from test harness?
# can we detect `pexpect` usage maybe?
# from tractor.devx.debug import (
# from tractor.devx._debug import (
# get_lock,
# get_debug_req,
# )

View File

@ -23,8 +23,9 @@ async def main():
modules=[__name__]
) as portal_map,
tractor.trionics.collapse_eg(),
trio.open_nursery() as tn,
trio.open_nursery(
strict_exception_groups=False,
) as tn,
):
for (name, portal) in portal_map.items():

View File

@ -61,13 +61,13 @@ dev = [
# `tractor.devx` tooling
"greenback>=1.2.1,<2",
"stackscope>=0.2.2,<0.3",
# ^ requires this?
"typing-extensions>=4.14.1",
"pyperclip>=1.9.0",
"prompt-toolkit>=3.0.50",
"xonsh>=0.19.2",
"numpy>=2.2.4", # used for fast test sample gen
"mypy>=1.15.0",
"psutil>=7.0.0",
"trio-typing>=0.10.0",
]
# TODO, add these with sane versions; were originally in
# `requirements-docs.txt`..

View File

@ -6,22 +6,21 @@ from __future__ import annotations
import sys
import subprocess
import os
import random
import signal
import platform
import time
import pytest
import tractor
from tractor._testing import (
examples_dir as examples_dir,
tractor_test as tractor_test,
expect_ctxc as expect_ctxc,
)
pytest_plugins: list[str] = [
'pytester',
'tractor._testing.pytest',
]
# TODO: include wtv plugin(s) we build in `._testing.pytest`?
pytest_plugins = ['pytester']
# Sending signal.SIGINT on subprocess fails on windows. Use CTRL_* alternatives
if platform.system() == 'Windows':
@ -49,9 +48,6 @@ no_windows = pytest.mark.skipif(
def pytest_addoption(
parser: pytest.Parser,
):
# ?TODO? should this be exposed from our `._testing.pytest`
# plugin or should we make it more explicit with `--tl` for
# tractor logging like we do in other client projects?
parser.addoption(
"--ll",
action="store",
@ -59,10 +55,54 @@ def pytest_addoption(
default='ERROR', help="logging level to set when testing"
)
parser.addoption(
"--spawn-backend",
action="store",
dest='spawn_backend',
default='trio',
help="Processing spawning backend to use for test run",
)
parser.addoption(
"--tpdb",
"--debug-mode",
action="store_true",
dest='tractor_debug_mode',
# default=False,
help=(
'Enable a flag that can be used by tests to to set the '
'`debug_mode: bool` for engaging the internal '
'multi-proc debugger sys.'
),
)
# provide which IPC transport protocols opting-in test suites
# should accumulatively run against.
parser.addoption(
"--tpt-proto",
nargs='+', # accumulate-multiple-args
action="store",
dest='tpt_protos',
default=['tcp'],
help="Transport protocol to use under the `tractor.ipc.Channel`",
)
def pytest_configure(config):
backend = config.option.spawn_backend
tractor._spawn.try_set_start_method(backend)
@pytest.fixture(scope='session')
def debug_mode(request) -> bool:
debug_mode: bool = request.config.option.tractor_debug_mode
# if debug_mode:
# breakpoint()
return debug_mode
@pytest.fixture(scope='session', autouse=True)
def loglevel(request):
import tractor
orig = tractor.log._default_loglevel
level = tractor.log._default_loglevel = request.config.option.loglevel
tractor.log.get_console_log(level)
@ -70,6 +110,49 @@ def loglevel(request):
tractor.log._default_loglevel = orig
@pytest.fixture(scope='session')
def spawn_backend(request) -> str:
return request.config.option.spawn_backend
@pytest.fixture(scope='session')
def tpt_protos(request) -> list[str]:
# allow quoting on CLI
proto_keys: list[str] = [
proto_key.replace('"', '').replace("'", "")
for proto_key in request.config.option.tpt_protos
]
# ?TODO, eventually support multiple protos per test-sesh?
if len(proto_keys) > 1:
pytest.fail(
'We only support one `--tpt-proto <key>` atm!\n'
)
# XXX ensure we support the protocol by name via lookup!
for proto_key in proto_keys:
addr_type = tractor._addr._address_types[proto_key]
assert addr_type.proto_key == proto_key
yield proto_keys
@pytest.fixture(
scope='session',
autouse=True,
)
def tpt_proto(
tpt_protos: list[str],
) -> str:
proto_key: str = tpt_protos[0]
from tractor import _state
if _state._def_tpt_proto != proto_key:
_state._def_tpt_proto = proto_key
# breakpoint()
yield proto_key
_ci_env: bool = os.environ.get('CI', False)
@ -82,6 +165,80 @@ def ci_env() -> bool:
return _ci_env
# TODO: also move this to `._testing` for now?
# -[ ] possibly generalize and re-use for multi-tree spawning
# along with the new stuff for multi-addrs?
#
# choose random port at import time
_rando_port: str = random.randint(1000, 9999)
@pytest.fixture(scope='session')
def reg_addr(
tpt_proto: str,
) -> tuple[str, int|str]:
# globally override the runtime to the per-test-session-dynamic
# addr so that all tests never conflict with any other actor
# tree using the default.
from tractor import (
_addr,
)
addr_type = _addr._address_types[tpt_proto]
def_reg_addr: tuple[str, int] = _addr._default_lo_addrs[tpt_proto]
testrun_reg_addr: tuple[str, int]
match tpt_proto:
case 'tcp':
testrun_reg_addr = (
addr_type.def_bindspace,
_rando_port,
)
# NOTE, file-name uniqueness (no-collisions) will be based on
# the runtime-directory and root (pytest-proc's) pid.
case 'uds':
testrun_reg_addr = addr_type.get_random().unwrap()
assert def_reg_addr != testrun_reg_addr
return testrun_reg_addr
def pytest_generate_tests(metafunc):
spawn_backend: str = metafunc.config.option.spawn_backend
if not spawn_backend:
# XXX some weird windows bug with `pytest`?
spawn_backend = 'trio'
# TODO: maybe just use the literal `._spawn.SpawnMethodKey`?
assert spawn_backend in (
'mp_spawn',
'mp_forkserver',
'trio',
)
# NOTE: used-to-be-used-to dyanmically parametrize tests for when
# you just passed --spawn-backend=`mp` on the cli, but now we expect
# that cli input to be manually specified, BUT, maybe we'll do
# something like this again in the future?
if 'start_method' in metafunc.fixturenames:
metafunc.parametrize(
"start_method",
[spawn_backend],
scope='module',
)
# TODO, parametrize any `tpt_proto: str` declaring tests!
# proto_tpts: list[str] = metafunc.config.option.proto_tpts
# if 'tpt_proto' in metafunc.fixturenames:
# metafunc.parametrize(
# 'tpt_proto',
# proto_tpts, # TODO, double check this list usage!
# scope='module',
# )
def sig_prog(
proc: subprocess.Popen,
sig: int,
@ -103,7 +260,7 @@ def sig_prog(
def daemon(
debug_mode: bool,
loglevel: str,
testdir: pytest.Pytester,
testdir,
reg_addr: tuple[str, int],
tpt_proto: str,

View File

@ -2,11 +2,9 @@
`tractor.devx.*` tooling sub-pkg test space.
'''
from __future__ import annotations
import time
from typing import (
Callable,
TYPE_CHECKING,
)
import pytest
@ -18,7 +16,7 @@ from pexpect.spawnbase import SpawnBase
from tractor._testing import (
mk_cmd,
)
from tractor.devx.debug import (
from tractor.devx._debug import (
_pause_msg as _pause_msg,
_crash_msg as _crash_msg,
_repl_fail_msg as _repl_fail_msg,
@ -28,22 +26,14 @@ from ..conftest import (
_ci_env,
)
if TYPE_CHECKING:
from pexpect import pty_spawn
# a fn that sub-instantiates a `pexpect.spawn()`
# and returns it.
type PexpectSpawner = Callable[[str], pty_spawn.spawn]
@pytest.fixture
def spawn(
start_method: str,
start_method,
testdir: pytest.Pytester,
reg_addr: tuple[str, int],
) -> PexpectSpawner:
) -> Callable[[str], None]:
'''
Use the `pexpect` module shipped via `testdir.spawn()` to
run an `./examples/..` script by name.
@ -69,7 +59,7 @@ def spawn(
def _spawn(
cmd: str,
**mkcmd_kwargs,
) -> pty_spawn.spawn:
):
unset_colors()
return testdir.spawn(
cmd=mk_cmd(
@ -83,7 +73,7 @@ def spawn(
)
# such that test-dep can pass input script name.
return _spawn # the `PexpectSpawner`, type alias.
return _spawn
@pytest.fixture(
@ -121,7 +111,7 @@ def ctlc(
# XXX: disable pygments highlighting for auto-tests
# since some envs (like actions CI) will struggle
# the the added color-char encoding..
from tractor.devx.debug import TractorConfig
from tractor.devx._debug import TractorConfig
TractorConfig.use_pygements = False
yield use_ctlc

View File

@ -1,23 +1,19 @@
"""
That "native" debug mode better work!
All these tests can be understood (somewhat) by running the
equivalent `examples/debugging/` scripts manually.
All these tests can be understood (somewhat) by running the equivalent
`examples/debugging/` scripts manually.
TODO:
- none of these tests have been run successfully on windows yet but
there's been manual testing that verified it works.
- wonder if any of it'll work on OS X?
- none of these tests have been run successfully on windows yet but
there's been manual testing that verified it works.
- wonder if any of it'll work on OS X?
"""
from __future__ import annotations
from functools import partial
import itertools
import platform
import time
from typing import (
TYPE_CHECKING,
)
import pytest
from pexpect.exceptions import (
@ -38,9 +34,6 @@ from .conftest import (
assert_before,
)
if TYPE_CHECKING:
from ..conftest import PexpectSpawner
# TODO: The next great debugger audit could be done by you!
# - recurrent entry to breakpoint() from single actor *after* and an
# error in another task?
@ -317,6 +310,7 @@ def test_subactor_breakpoint(
assert in_prompt_msg(
child, [
'MessagingError:',
'RemoteActorError:',
"('breakpoint_forever'",
'bdb.BdbQuit',
@ -534,7 +528,7 @@ def test_multi_daemon_subactors(
# now the root actor won't clobber the bp_forever child
# during it's first access to the debug lock, but will instead
# wait for the lock to release, by the edge triggered
# ``devx.debug.Lock.no_remote_has_tty`` event before sending cancel messages
# ``devx._debug.Lock.no_remote_has_tty`` event before sending cancel messages
# (via portals) to its underlings B)
# at some point here there should have been some warning msg from
@ -925,7 +919,6 @@ def test_post_mortem_api(
"<Task 'name_error'",
"NameError",
"('child'",
'getattr(doggypants)', # exc-LoC
]
)
if ctlc:
@ -942,8 +935,8 @@ def test_post_mortem_api(
"<Task '__main__.main'",
"('root'",
"NameError",
"tractor.post_mortem()",
"src_uid=('child'",
"tractor.post_mortem()", # in `main()`-LoC
]
)
if ctlc:
@ -961,10 +954,6 @@ def test_post_mortem_api(
"('root'",
"NameError",
"src_uid=('child'",
# raising line in `main()` but from crash-handling
# in `tractor.open_nursery()`.
'async with p.open_context(name_error) as (ctx, first):',
]
)
if ctlc:
@ -1074,136 +1063,6 @@ def test_shield_pause(
child.expect(EOF)
@pytest.mark.parametrize(
'quit_early', [False, True]
)
def test_ctxep_pauses_n_maybe_ipc_breaks(
spawn: PexpectSpawner,
quit_early: bool,
):
'''
Audit generator embedded `.pause()`es from within a `@context`
endpoint with a chan close at the end, requiring that ctl-c is
mashed and zombie reaper kills sub with no hangs.
'''
child = spawn('subactor_bp_in_ctx')
child.expect(PROMPT)
# 3 iters for the `gen()` pause-points
for i in range(3):
assert_before(
child,
[
_pause_msg,
"('bp_boi'", # actor name
"<Task 'just_bp'", # task name
]
)
if (
i == 1
and
quit_early
):
child.sendline('q')
child.expect(PROMPT)
assert_before(
child,
["tractor._exceptions.RemoteActorError: remote task raised a 'BdbQuit'",
"bdb.BdbQuit",
"('bp_boi'",
]
)
child.sendline('c')
child.expect(EOF)
assert_before(
child,
["tractor._exceptions.RemoteActorError: remote task raised a 'BdbQuit'",
"bdb.BdbQuit",
"('bp_boi'",
]
)
break # end-of-test
child.sendline('c')
try:
child.expect(PROMPT)
except TIMEOUT:
# no prompt since we hang due to IPC chan purposely
# closed so verify we see error reporting as well as
# a failed crash-REPL request msg and can CTL-c our way
# out.
assert_before(
child,
['peer IPC channel closed abruptly?',
'another task closed this fd',
'Debug lock request was CANCELLED?',
"TransportClosed: 'MsgpackUDSStream' was already closed locally ?",]
# XXX races on whether these show/hit?
# 'Failed to REPl via `_pause()` You called `tractor.pause()` from an already cancelled scope!',
# 'AssertionError',
)
# OSc(ancel) the hanging tree
do_ctlc(
child=child,
expect_prompt=False,
)
child.expect(EOF)
assert_before(
child,
['KeyboardInterrupt'],
)
def test_crash_handling_within_cancelled_root_actor(
spawn: PexpectSpawner,
):
'''
Ensure that when only a root-actor is started via `open_root_actor()`
we can crash-handle in debug-mode despite self-cancellation.
More-or-less ensures we conditionally shield the pause in
`._root.open_root_actor()`'s `await debug._maybe_enter_pm()`
call.
'''
child = spawn('root_self_cancelled_w_error')
child.expect(PROMPT)
assert_before(
child,
[
"Actor.cancel_soon()` was called!",
"root cancelled",
_pause_msg,
"('root'", # actor name
]
)
child.sendline('c')
child.expect(PROMPT)
assert_before(
child,
[
_crash_msg,
"('root'", # actor name
"AssertionError",
"assert 0",
]
)
child.sendline('c')
child.expect(EOF)
assert_before(
child,
[
"AssertionError",
"assert 0",
]
)
# TODO: better error for "non-ideal" usage from the root actor.
# -[ ] if called from an async scope emit a message that suggests
# using `await tractor.pause()` instead since it's less overhead

View File

@ -13,16 +13,9 @@ TODO:
when debugging a problem inside the stack vs. in their app.
'''
from __future__ import annotations
from contextlib import (
contextmanager as cm,
)
import os
import signal
import time
from typing import (
TYPE_CHECKING,
)
from .conftest import (
expect,
@ -31,19 +24,14 @@ from .conftest import (
PROMPT,
_pause_msg,
)
import pytest
from pexpect.exceptions import (
# TIMEOUT,
EOF,
)
if TYPE_CHECKING:
from ..conftest import PexpectSpawner
def test_shield_pause(
spawn: PexpectSpawner,
spawn,
):
'''
Verify the `tractor.pause()/.post_mortem()` API works inside an
@ -121,11 +109,9 @@ def test_shield_pause(
child.pid,
signal.SIGINT,
)
from tractor._supervise import _shutdown_msg
expect(
child,
# 'Shutting down actor runtime',
_shutdown_msg,
'Shutting down actor runtime',
timeout=6,
)
assert_before(
@ -140,7 +126,7 @@ def test_shield_pause(
def test_breakpoint_hook_restored(
spawn: PexpectSpawner,
spawn,
):
'''
Ensures our actor runtime sets a custom `breakpoint()` hook
@ -154,22 +140,16 @@ def test_breakpoint_hook_restored(
child = spawn('restore_builtin_breakpoint')
child.expect(PROMPT)
try:
assert_before(
child,
[
_pause_msg,
"<Task '__main__.main'",
"('root'",
"first bp, tractor hook set",
]
)
# XXX if the above raises `AssertionError`, without sending
# the final 'continue' cmd to the REPL-active sub-process,
# we'll hang waiting for that pexpect instance to terminate..
finally:
child.sendline('c')
assert_before(
child,
[
_pause_msg,
"<Task '__main__.main'",
"('root'",
"first bp, tractor hook set",
]
)
child.sendline('c')
child.expect(PROMPT)
assert_before(
child,
@ -190,117 +170,3 @@ def test_breakpoint_hook_restored(
)
child.sendline('c')
child.expect(EOF)
_to_raise = Exception('Triggering a crash')
@pytest.mark.parametrize(
'to_raise',
[
None,
_to_raise,
RuntimeError('Never crash handle this!'),
],
)
@pytest.mark.parametrize(
'raise_on_exit',
[
True,
[type(_to_raise)],
False,
]
)
def test_crash_handler_cms(
debug_mode: bool,
to_raise: Exception,
raise_on_exit: bool|list[Exception],
):
'''
Verify the `.devx.open_crash_handler()` API(s) by also
(conveniently enough) tesing its `repl_fixture: ContextManager`
param support which for this suite allows use to avoid use of
a `pexpect`-style-test since we use the fixture to avoid actually
entering `PdbpREPL.iteract()` :smirk:
'''
import tractor
# import trio
# state flags
repl_acquired: bool = False
repl_released: bool = False
@cm
def block_repl_ux(
repl: tractor.devx.debug.PdbREPL,
maybe_bxerr: (
tractor.devx._debug.BoxedMaybeException
|None
) = None,
enter_repl: bool = True,
) -> bool:
'''
Set pre/post-REPL state vars and bypass actual conole
interaction.
'''
nonlocal repl_acquired, repl_released
# task: trio.Task = trio.lowlevel.current_task()
# print(f'pre-REPL active_task={task.name}')
print('pre-REPL')
repl_acquired = True
yield False # never actually .interact()
print('post-REPL')
repl_released = True
try:
# TODO, with runtime's `debug_mode` setting
# -[ ] need to open runtime tho obvi..
#
# with tractor.devx.maybe_open_crash_handler(
# pdb=True,
with tractor.devx.open_crash_handler(
raise_on_exit=raise_on_exit,
repl_fixture=block_repl_ux
) as bxerr:
if to_raise is not None:
raise to_raise
except Exception as _exc:
exc = _exc
if (
raise_on_exit is True
or
type(to_raise) in raise_on_exit
):
assert (
exc
is
to_raise
is
bxerr.value
)
else:
raise
else:
assert (
to_raise is None
or
not raise_on_exit
or
type(to_raise) not in raise_on_exit
)
assert bxerr.value is to_raise
assert bxerr.raise_on_exit == raise_on_exit
if to_raise is not None:
assert repl_acquired
assert repl_released

View File

@ -1,4 +0,0 @@
'''
`tractor.ipc` subsystem(s)/unit testing suites.
'''

View File

@ -1,114 +0,0 @@
'''
Unit-ish tests for specific IPC transport protocol backends.
'''
from __future__ import annotations
from pathlib import Path
import pytest
import trio
import tractor
from tractor import (
Actor,
_state,
_addr,
)
@pytest.fixture
def bindspace_dir_str() -> str:
rt_dir: Path = tractor._state.get_rt_dir()
bs_dir: Path = rt_dir / 'doggy'
bs_dir_str: str = str(bs_dir)
assert not bs_dir.is_dir()
yield bs_dir_str
# delete it on suite teardown.
# ?TODO? should we support this internally
# or is leaking it ok?
if bs_dir.is_dir():
bs_dir.rmdir()
def test_uds_bindspace_created_implicitly(
debug_mode: bool,
bindspace_dir_str: str,
):
registry_addr: tuple = (
f'{bindspace_dir_str}',
'registry@doggy.sock',
)
bs_dir_str: str = registry_addr[0]
# XXX, ensure bindspace-dir DNE beforehand!
assert not Path(bs_dir_str).is_dir()
async def main():
async with tractor.open_nursery(
enable_transports=['uds'],
registry_addrs=[registry_addr],
debug_mode=debug_mode,
) as _an:
# XXX MUST be created implicitly by
# `.ipc._uds.start_listener()`!
assert Path(bs_dir_str).is_dir()
root: Actor = tractor.current_actor()
assert root.is_registrar
assert registry_addr in root.reg_addrs
assert (
registry_addr
in
_state._runtime_vars['_registry_addrs']
)
assert (
_addr.wrap_address(registry_addr)
in
root.registry_addrs
)
trio.run(main)
def test_uds_double_listen_raises_connerr(
debug_mode: bool,
bindspace_dir_str: str,
):
registry_addr: tuple = (
f'{bindspace_dir_str}',
'registry@doggy.sock',
)
async def main():
async with tractor.open_nursery(
enable_transports=['uds'],
registry_addrs=[registry_addr],
debug_mode=debug_mode,
) as _an:
# runtime up
root: Actor = tractor.current_actor()
from tractor.ipc._uds import (
start_listener,
UDSAddress,
)
ya_bound_addr: UDSAddress = root.registry_addrs[0]
try:
await start_listener(
addr=ya_bound_addr,
)
except ConnectionError as connerr:
assert type(src_exc := connerr.__context__) is OSError
assert 'Address already in use' in src_exc.args
# complete, exit test.
else:
pytest.fail('It dint raise a connerr !?')
trio.run(main)

View File

@ -1,95 +0,0 @@
'''
Verify the `enable_transports` param drives various
per-root/sub-actor IPC endpoint/server settings.
'''
from __future__ import annotations
import pytest
import trio
import tractor
from tractor import (
Actor,
Portal,
ipc,
msg,
_state,
_addr,
)
@tractor.context
async def chk_tpts(
ctx: tractor.Context,
tpt_proto_key: str,
):
rtvars = _state._runtime_vars
assert (
tpt_proto_key
in
rtvars['_enable_tpts']
)
actor: Actor = tractor.current_actor()
spec: msg.types.SpawnSpec = actor._spawn_spec
assert spec._runtime_vars == rtvars
# ensure individual IPC ep-addr types
serv: ipc._server.Server = actor.ipc_server
addr: ipc._types.Address
for addr in serv.addrs:
assert addr.proto_key == tpt_proto_key
# Actor delegate-props enforcement
assert (
actor.accept_addrs
==
serv.accept_addrs
)
await ctx.started(serv.accept_addrs)
# TODO, parametrize over mis-matched-proto-typed `registry_addrs`
# since i seems to work in `piker` but not exactly sure if both tcp
# & uds are being deployed then?
#
@pytest.mark.parametrize(
'tpt_proto_key',
['tcp', 'uds'],
ids=lambda item: f'ipc_tpt={item!r}'
)
def test_root_passes_tpt_to_sub(
tpt_proto_key: str,
reg_addr: tuple,
debug_mode: bool,
):
async def main():
async with tractor.open_nursery(
enable_transports=[tpt_proto_key],
registry_addrs=[reg_addr],
debug_mode=debug_mode,
) as an:
assert (
tpt_proto_key
in
_state._runtime_vars['_enable_tpts']
)
ptl: Portal = await an.start_actor(
name='sub',
enable_modules=[__name__],
)
async with ptl.open_context(
chk_tpts,
tpt_proto_key=tpt_proto_key,
) as (ctx, accept_addrs):
uw_addr: tuple
for uw_addr in accept_addrs:
addr = _addr.wrap_address(uw_addr)
assert addr.is_valid
# shudown sub-actor(s)
await an.cancel()
trio.run(main)

View File

@ -1,72 +0,0 @@
'''
High-level `.ipc._server` unit tests.
'''
from __future__ import annotations
import pytest
import trio
from tractor import (
devx,
ipc,
log,
)
from tractor._testing.addr import (
get_rando_addr,
)
# TODO, use/check-roundtripping with some of these wrapper types?
#
# from .._addr import Address
# from ._chan import Channel
# from ._transport import MsgTransport
# from ._uds import UDSAddress
# from ._tcp import TCPAddress
@pytest.mark.parametrize(
'_tpt_proto',
['uds', 'tcp']
)
def test_basic_ipc_server(
_tpt_proto: str,
debug_mode: bool,
loglevel: str,
):
# so we see the socket-listener reporting on console
log.get_console_log("INFO")
rando_addr: tuple = get_rando_addr(
tpt_proto=_tpt_proto,
)
async def main():
async with ipc._server.open_ipc_server() as server:
assert (
server._parent_tn
and
server._parent_tn is server._stream_handler_tn
)
assert server._no_more_peers.is_set()
eps: list[ipc._server.Endpoint] = await server.listen_on(
accept_addrs=[rando_addr],
stream_handler_nursery=None,
)
assert (
len(eps) == 1
and
(ep := eps[0])._listener
and
not ep.peer_tpts
)
server._parent_tn.cancel_scope.cancel()
# !TODO! actually make a bg-task connection from a client
# using `ipc._chan._connect_chan()`
with devx.maybe_open_crash_handler(
pdb=debug_mode,
):
trio.run(main)

View File

@ -313,8 +313,9 @@ async def inf_streamer(
# `trio.EndOfChannel` doesn't propagate directly to the above
# .open_stream() parent, resulting in it also raising instead
# of gracefully absorbing as normal.. so how to handle?
tractor.trionics.collapse_eg(),
trio.open_nursery() as tn,
trio.open_nursery(
strict_exception_groups=False,
) as tn,
):
async def close_stream_on_sentinel():
async for msg in stream:

View File

@ -236,10 +236,7 @@ async def stream_forever():
async def test_cancel_infinite_streamer(start_method):
# stream for at most 1 seconds
with (
trio.fail_after(4),
trio.move_on_after(1) as cancel_scope
):
with trio.move_on_after(1) as cancel_scope:
async with tractor.open_nursery() as n:
portal = await n.start_actor(
'donny',
@ -287,32 +284,20 @@ async def test_cancel_infinite_streamer(start_method):
],
)
@tractor_test
async def test_some_cancels_all(
num_actors_and_errs: tuple,
start_method: str,
loglevel: str,
):
'''
Verify a subset of failed subactors causes all others in
async def test_some_cancels_all(num_actors_and_errs, start_method, loglevel):
"""Verify a subset of failed subactors causes all others in
the nursery to be cancelled just like the strategy in trio.
This is the first and only supervisory strategy at the moment.
'''
(
num_actors,
first_err,
err_type,
ria_func,
da_func,
) = num_actors_and_errs
"""
num_actors, first_err, err_type, ria_func, da_func = num_actors_and_errs
try:
async with tractor.open_nursery() as an:
async with tractor.open_nursery() as n:
# spawn the same number of deamon actors which should be cancelled
dactor_portals = []
for i in range(num_actors):
dactor_portals.append(await an.start_actor(
dactor_portals.append(await n.start_actor(
f'deamon_{i}',
enable_modules=[__name__],
))
@ -322,7 +307,7 @@ async def test_some_cancels_all(
for i in range(num_actors):
# start actor(s) that will fail immediately
riactor_portals.append(
await an.run_in_actor(
await n.run_in_actor(
func,
name=f'actor_{i}',
**kwargs
@ -352,8 +337,7 @@ async def test_some_cancels_all(
# should error here with a ``RemoteActorError`` or ``MultiError``
except first_err as _err:
err = _err
except first_err as err:
if isinstance(err, BaseExceptionGroup):
assert len(err.exceptions) == num_actors
for exc in err.exceptions:
@ -364,8 +348,8 @@ async def test_some_cancels_all(
elif isinstance(err, tractor.RemoteActorError):
assert err.boxed_type == err_type
assert an.cancelled is True
assert not an._children
assert n.cancelled is True
assert not n._children
else:
pytest.fail("Should have gotten a remote assertion error?")
@ -535,15 +519,10 @@ def test_cancel_via_SIGINT_other_task(
async def main():
# should never timeout since SIGINT should cancel the current program
with trio.fail_after(timeout):
async with (
# XXX ?TODO? why no work!?
# tractor.trionics.collapse_eg(),
trio.open_nursery(
strict_exception_groups=False,
) as tn,
):
await tn.start(spawn_and_sleep_forever)
async with trio.open_nursery(
strict_exception_groups=False,
) as n:
await n.start(spawn_and_sleep_forever)
if 'mp' in spawn_backend:
time.sleep(0.1)
os.kill(pid, signal.SIGINT)
@ -554,123 +533,38 @@ def test_cancel_via_SIGINT_other_task(
async def spin_for(period=3):
"Sync sleep."
print(f'sync sleeping in sub-sub for {period}\n')
time.sleep(period)
async def spawn_sub_with_sync_blocking_task():
async with tractor.open_nursery() as an:
print('starting sync blocking subactor..\n')
await an.run_in_actor(
async def spawn():
async with tractor.open_nursery() as tn:
await tn.run_in_actor(
spin_for,
name='sleeper',
)
print('exiting first subactor layer..\n')
@pytest.mark.parametrize(
'man_cancel_outer',
[
False, # passes if delay != 2
# always causes an unexpected eg-w-embedded-assert-err?
pytest.param(True,
marks=pytest.mark.xfail(
reason=(
'always causes an unexpected eg-w-embedded-assert-err?'
)
),
),
],
)
@no_windows
def test_cancel_while_childs_child_in_sync_sleep(
loglevel: str,
start_method: str,
spawn_backend: str,
debug_mode: bool,
reg_addr: tuple,
man_cancel_outer: bool,
loglevel,
start_method,
spawn_backend,
):
'''
Verify that a child cancelled while executing sync code is torn
"""Verify that a child cancelled while executing sync code is torn
down even when that cancellation is triggered by the parent
2 nurseries "up".
Though the grandchild should stay blocking its actor runtime, its
parent should issue a "zombie reaper" to hard kill it after
sufficient timeout.
'''
"""
if start_method == 'forkserver':
pytest.skip("Forksever sux hard at resuming from sync sleep...")
async def main():
#
# XXX BIG TODO NOTE XXX
#
# it seems there's a strange race that can happen
# where where the fail-after will trigger outer scope
# .cancel() which then causes the inner scope to raise,
#
# BaseExceptionGroup('Exceptions from Trio nursery', [
# BaseExceptionGroup('Exceptions from Trio nursery',
# [
# Cancelled(),
# Cancelled(),
# ]
# ),
# AssertionError('assert 0')
# ])
#
# WHY THIS DOESN'T MAKE SENSE:
# ---------------------------
# - it should raise too-slow-error when too slow..
# * verified that using simple-cs and manually cancelling
# you get same outcome -> indicates that the fail-after
# can have its TooSlowError overriden!
# |_ to check this it's easy, simplly decrease the timeout
# as per the var below.
#
# - when using the manual simple-cs the outcome is different
# DESPITE the `assert 0` which means regardless of the
# inner scope effectively failing in the same way, the
# bubbling up **is NOT the same**.
#
# delays trigger diff outcomes..
# ---------------------------
# as seen by uncommenting various lines below there is from
# my POV an unexpected outcome due to the delay=2 case.
#
# delay = 1 # no AssertionError in eg, TooSlowError raised.
# delay = 2 # is AssertionError in eg AND no TooSlowError !?
delay = 4 # is AssertionError in eg AND no _cs cancellation.
with trio.fail_after(delay) as _cs:
# with trio.CancelScope() as cs:
# ^XXX^ can be used instead to see same outcome.
async with (
# tractor.trionics.collapse_eg(), # doesn't help
tractor.open_nursery(
hide_tb=False,
debug_mode=debug_mode,
registry_addrs=[reg_addr],
) as an,
):
await an.run_in_actor(
spawn_sub_with_sync_blocking_task,
name='sync_blocking_sub',
with trio.fail_after(2):
async with tractor.open_nursery() as tn:
await tn.run_in_actor(
spawn,
name='spawn',
)
await trio.sleep(1)
if man_cancel_outer:
print('Cancelling manually in root')
_cs.cancel()
# trigger exc-srced taskc down
# the actor tree.
print('RAISING IN ROOT')
assert 0
with pytest.raises(AssertionError):

View File

@ -117,10 +117,9 @@ async def open_actor_local_nursery(
ctx: tractor.Context,
):
global _nursery
async with (
tractor.trionics.collapse_eg(),
trio.open_nursery() as tn
):
async with trio.open_nursery(
strict_exception_groups=False,
) as tn:
_nursery = tn
await ctx.started()
await trio.sleep(10)

View File

@ -13,24 +13,26 @@ MESSAGE = 'tractoring at full speed'
def test_empty_mngrs_input_raises() -> None:
async def main():
with trio.fail_after(3):
with trio.fail_after(1):
async with (
open_actor_cluster(
modules=[__name__],
# NOTE: ensure we can passthrough runtime opts
loglevel='cancel',
debug_mode=False,
loglevel='info',
# debug_mode=True,
) as portals,
gather_contexts(mngrs=()),
gather_contexts(
# NOTE: it's the use of inline-generator syntax
# here that causes the empty input.
mngrs=(
p.open_context(worker) for p in portals.values()
),
),
):
# should fail before this?
assert portals
# test should fail if we mk it here!
assert 0, 'Should have raised val-err !?'
assert 0
with pytest.raises(ValueError):
trio.run(main)

View File

@ -252,7 +252,7 @@ def test_simple_context(
pass
except BaseExceptionGroup as beg:
# XXX: on windows it seems we may have to expect the group error
from tractor.trionics import is_multi_cancelled
from tractor._exceptions import is_multi_cancelled
assert is_multi_cancelled(beg)
else:
trio.run(main)

View File

@ -11,7 +11,6 @@ import psutil
import pytest
import subprocess
import tractor
from tractor.trionics import collapse_eg
from tractor._testing import tractor_test
import trio
@ -194,10 +193,10 @@ async def spawn_and_check_registry(
try:
async with tractor.open_nursery() as an:
async with (
collapse_eg(),
trio.open_nursery() as trion,
):
async with trio.open_nursery(
strict_exception_groups=False,
) as trion:
portals = {}
for i in range(3):
name = f'a{i}'
@ -339,12 +338,11 @@ async def close_chans_before_nursery(
async with portal2.open_stream_from(
stream_forever
) as agen2:
async with (
collapse_eg(),
trio.open_nursery() as tn,
):
tn.start_soon(streamer, agen1)
tn.start_soon(cancel, use_signal, .5)
async with trio.open_nursery(
strict_exception_groups=False,
) as n:
n.start_soon(streamer, agen1)
n.start_soon(cancel, use_signal, .5)
try:
await streamer(agen2)
finally:

View File

@ -0,0 +1,66 @@
import trio
import pytest
from tractor.linux.eventfd import (
open_eventfd,
EFDReadCancelled,
EventFD
)
def test_read_cancellation():
'''
Ensure EventFD.read raises EFDReadCancelled if EventFD.close()
is called.
'''
fd = open_eventfd()
async def bg_read(event: EventFD):
with pytest.raises(EFDReadCancelled):
await event.read()
async def main():
async with trio.open_nursery() as n:
with (
EventFD(fd, 'w') as event,
trio.fail_after(3)
):
n.start_soon(bg_read, event)
await trio.sleep(0.2)
event.close()
trio.run(main)
def test_read_trio_semantics():
'''
Ensure EventFD.read raises trio.ClosedResourceError and
trio.BusyResourceError.
'''
fd = open_eventfd()
async def bg_read(event: EventFD):
try:
await event.read()
except EFDReadCancelled:
...
async def main():
async with trio.open_nursery() as n:
# start background read and attempt
# foreground read, should be busy
with EventFD(fd, 'w') as event:
n.start_soon(bg_read, event)
await trio.sleep(0.2)
with pytest.raises(trio.BusyResourceError):
await event.read()
# attempt read after close
with pytest.raises(trio.ClosedResourceError):
await event.read()
trio.run(main)

View File

@ -5,6 +5,7 @@ Low-level functional audits for our
B~)
'''
from __future__ import annotations
from contextlib import (
contextmanager as cm,
# nullcontext,
@ -20,7 +21,7 @@ from msgspec import (
# structs,
# msgpack,
Raw,
# Struct,
Struct,
ValidationError,
)
import pytest
@ -46,6 +47,11 @@ from tractor.msg import (
apply_codec,
current_codec,
)
from tractor.msg._codec import (
default_builtins,
mk_dec_hook,
mk_codec_from_spec,
)
from tractor.msg.types import (
log,
Started,
@ -743,6 +749,143 @@ def test_ext_types_over_ipc(
assert exc.boxed_type is TypeError
'''
Test the auto enc & dec hooks
Create a codec which will work for:
- builtins
- custom types
- lists of custom types
'''
class BytesTestClass(Struct, tag=True):
raw: bytes
def encode(self) -> bytes:
return self.raw
@classmethod
def from_bytes(self, raw: bytes) -> BytesTestClass:
return BytesTestClass(raw=raw)
class StrTestClass(Struct, tag=True):
s: str
def encode(self) -> str:
return self.s
@classmethod
def from_str(self, s: str) -> StrTestClass:
return StrTestClass(s=s)
class IntTestClass(Struct, tag=True):
num: int
def encode(self) -> int:
return self.num
@classmethod
def from_int(self, num: int) -> IntTestClass:
return IntTestClass(num=num)
builtins = tuple((
builtin
for builtin in default_builtins
if builtin is not list
))
TestClasses = (BytesTestClass, StrTestClass, IntTestClass)
TestSpec = (
*TestClasses, list[Union[*TestClasses]]
)
test_codec = mk_codec_from_spec(
spec=TestSpec
)
@tractor.context
async def child_custom_codec(
ctx: tractor.Context,
msgs: list[Union[*TestSpec]],
):
'''
Apply codec and send all msgs passed through stream
'''
with (
apply_codec(test_codec),
limit_plds(
test_codec.pld_spec,
dec_hook=mk_dec_hook(TestSpec),
ext_types=TestSpec + builtins
),
):
await ctx.started(None)
async with ctx.open_stream() as stream:
for msg in msgs:
await stream.send(msg)
def test_multi_custom_codec():
'''
Open subactor setup codec and pld_rx and wait to receive & assert from
stream
'''
msgs = [
None,
True, False,
0xdeadbeef,
.42069,
b'deadbeef',
BytesTestClass(raw=b'deadbeef'),
StrTestClass(s='deadbeef'),
IntTestClass(num=0xdeadbeef),
[
BytesTestClass(raw=b'deadbeef'),
StrTestClass(s='deadbeef'),
IntTestClass(num=0xdeadbeef),
]
]
async def main():
async with tractor.open_nursery() as an:
p: tractor.Portal = await an.start_actor(
'child',
enable_modules=[__name__],
)
async with (
p.open_context(
child_custom_codec,
msgs=msgs,
) as (ctx, _),
ctx.open_stream() as ipc
):
with (
apply_codec(test_codec),
limit_plds(
test_codec.pld_spec,
dec_hook=mk_dec_hook(TestSpec),
ext_types=TestSpec + builtins
)
):
msg_iter = iter(msgs)
async for recv_msg in ipc:
assert recv_msg == next(msg_iter)
await p.cancel_actor()
trio.run(main)
# def chk_pld_type(
# payload_spec: Type[Struct]|Any,
# pld: Any,

View File

@ -234,8 +234,10 @@ async def trio_ctx(
with trio.fail_after(1 + delay):
try:
async with (
tractor.trionics.collapse_eg(),
trio.open_nursery() as tn,
trio.open_nursery(
# TODO, for new `trio` / py3.13
# strict_exception_groups=False,
) as tn,
tractor.to_asyncio.open_channel_from(
sleep_and_err,
) as (first, chan),
@ -571,16 +573,14 @@ def test_basic_interloop_channel_stream(
fan_out: bool,
):
async def main():
# TODO, figure out min timeout here!
with trio.fail_after(6):
async with tractor.open_nursery() as an:
portal = await an.run_in_actor(
stream_from_aio,
infect_asyncio=True,
fan_out=fan_out,
)
# should raise RAE diectly
await portal.result()
async with tractor.open_nursery() as an:
portal = await an.run_in_actor(
stream_from_aio,
infect_asyncio=True,
fan_out=fan_out,
)
# should raise RAE diectly
await portal.result()
trio.run(main)
@ -889,7 +889,7 @@ async def manage_file(
# NOTE: turns out you don't even need to sched an aio task
# since the original issue, even though seemingly was due to
# the guest-run being abandoned + a `.debug.pause()` inside
# the guest-run being abandoned + a `._debug.pause()` inside
# `._runtime._async_main()` (which was originally trying to
# debug the `.lifetime_stack` not closing), IS NOT actually
# the core issue?
@ -1088,108 +1088,6 @@ def test_sigint_closes_lifetime_stack(
trio.run(main)
# ?TODO asyncio.Task fn-deco?
# -[ ] do sig checkingat import time like @context?
# -[ ] maybe name it @aio_task ??
# -[ ] chan: to_asyncio.InterloopChannel ??
async def raise_before_started(
# from_trio: asyncio.Queue,
# to_trio: trio.abc.SendChannel,
chan: to_asyncio.LinkedTaskChannel,
) -> None:
'''
`asyncio.Task` entry point which RTEs before calling
`to_trio.send_nowait()`.
'''
await asyncio.sleep(0.2)
raise RuntimeError('Some shite went wrong before `.send_nowait()`!!')
# to_trio.send_nowait('Uhh we shouldve RTE-d ^^ ??')
chan.started_nowait('Uhh we shouldve RTE-d ^^ ??')
await asyncio.sleep(float('inf'))
@tractor.context
async def caching_ep(
ctx: tractor.Context,
):
log = tractor.log.get_logger('caching_ep')
log.info('syncing via `ctx.started()`')
await ctx.started()
# XXX, allocate the `open_channel_from()` inside
# a `.trionics.maybe_open_context()`.
chan: to_asyncio.LinkedTaskChannel
async with (
tractor.trionics.maybe_open_context(
acm_func=tractor.to_asyncio.open_channel_from,
kwargs={
'target': raise_before_started,
# ^XXX, kwarg to `open_channel_from()`
},
# lock around current actor task access
key=tractor.current_actor().uid,
) as (cache_hit, (clients, chan)),
):
if cache_hit:
log.error(
'Re-using cached `.open_from_channel()` call!\n'
)
else:
log.info(
'Allocating SHOULD-FAIL `.open_from_channel()`\n'
)
await trio.sleep_forever()
def test_aio_side_raises_before_started(
reg_addr: tuple[str, int],
debug_mode: bool,
loglevel: str,
):
'''
Simulates connection-err from `piker.brokers.ib.api`..
Ensure any error raised by child-`asyncio.Task` BEFORE
`chan.started()`
'''
# delay = 999 if debug_mode else 1
async def main():
with trio.fail_after(3):
an: tractor.ActorNursery
async with tractor.open_nursery(
debug_mode=debug_mode,
loglevel=loglevel,
) as an:
p: tractor.Portal = await an.start_actor(
'lchan_cacher_that_raises_fast',
enable_modules=[__name__],
infect_asyncio=True,
)
async with p.open_context(
caching_ep,
) as (ctx, first):
assert not first
with pytest.raises(
expected_exception=(RemoteActorError),
) as excinfo:
trio.run(main)
# ensure `asyncio.Task` exception is bubbled
# allll the way erp!!
rae = excinfo.value
assert rae.boxed_type is RuntimeError
# TODO: debug_mode tests once we get support for `asyncio`!
#
# -[ ] need tests to wrap both scripts:
@ -1203,7 +1101,7 @@ def test_aio_side_raises_before_started(
# => completed using `.bestow_portal(task)` inside
# `.to_asyncio._run_asyncio_task()` right?
# -[ ] translation func to get from `asyncio` task calling to
# `.debug.wait_for_parent_stdin_hijack()` which does root
# `._debug.wait_for_parent_stdin_hijack()` which does root
# call to do TTY locking.
#
def test_sync_breakpoint():

View File

@ -410,6 +410,7 @@ def test_peer_canceller(
'''
async def main():
async with tractor.open_nursery(
# NOTE: to halt the peer tasks on ctxc, uncomment this.
debug_mode=debug_mode,
) as an:
canceller: Portal = await an.start_actor(

View File

@ -235,16 +235,10 @@ async def cancel_after(wait, reg_addr):
@pytest.fixture(scope='module')
def time_quad_ex(
reg_addr: tuple,
ci_env: bool,
spawn_backend: str,
):
def time_quad_ex(reg_addr, ci_env, spawn_backend):
if spawn_backend == 'mp':
'''
no idea but the mp *nix runs are flaking out here often...
'''
"""no idea but the mp *nix runs are flaking out here often...
"""
pytest.skip("Test is too flaky on mp in CI")
timeout = 7 if platform.system() in ('Windows', 'Darwin') else 4
@ -255,24 +249,12 @@ def time_quad_ex(
return results, diff
def test_a_quadruple_example(
time_quad_ex: tuple,
ci_env: bool,
spawn_backend: str,
):
'''
This also serves as a kind of "we'd like to be this fast test".
def test_a_quadruple_example(time_quad_ex, ci_env, spawn_backend):
"""This also serves as a kind of "we'd like to be this fast test"."""
'''
results, diff = time_quad_ex
assert results
this_fast = (
6 if platform.system() in (
'Windows',
'Darwin',
)
else 3
)
this_fast = 6 if platform.system() in ('Windows', 'Darwin') else 3
assert diff < this_fast

View File

@ -1,237 +0,0 @@
'''
Special case testing for issues not (dis)covered in the primary
`Context` related functional/scenario suites.
**NOTE: this mod is a WIP** space for handling
odd/rare/undiscovered/not-yet-revealed faults which either
loudly (ideal case) breakl our supervision protocol
or (worst case) result in distributed sys hangs.
Suites here further try to clarify (if [partially] ill-defined) and
verify our edge case semantics for inter-actor-relayed-exceptions
including,
- lowlevel: what remote obj-data is interchanged for IPC and what is
native-obj form is expected from unpacking in the the new
mem-domain.
- which kinds of `RemoteActorError` (and its derivs) are expected by which
(types of) peers (parent, child, sibling, etc) with what
particular meta-data set such as,
- `.src_uid`: the original (maybe) peer who raised.
- `.relay_uid`: the next-hop-peer who sent it.
- `.relay_path`: the sequence of peer actor hops.
- `.is_inception`: a predicate that denotes multi-hop remote errors.
- when should `ExceptionGroup`s be relayed from a particular
remote endpoint, they should never be caused by implicit `._rpc`
nursery machinery!
- various special `trio` edge cases around its cancellation semantics
and how we (currently) leverage `trio.Cancelled` as a signal for
whether a `Context` task should raise `ContextCancelled` (ctx).
'''
import pytest
import trio
import tractor
from tractor import ( # typing
ActorNursery,
Portal,
Context,
ContextCancelled,
)
@tractor.context
async def sleep_n_chkpt_in_finally(
ctx: Context,
sleep_n_raise: bool,
chld_raise_delay: float,
chld_finally_delay: float,
rent_cancels: bool,
rent_ctxc_delay: float,
expect_exc: str|None = None,
) -> None:
'''
Sync, open a tn, then wait for cancel, run a chkpt inside
the user's `finally:` teardown.
This covers a footgun case that `trio` core doesn't seem to care about
wherein an exc can be masked by a `trio.Cancelled` raised inside a tn emedded
`finally:`.
Also see `test_trioisms::test_acm_embedded_nursery_propagates_enter_err`
for the down and gritty details.
Since a `@context` endpoint fn can also contain code like this,
**and** bc we currently have no easy way other then
`trio.Cancelled` to signal cancellation on each side of an IPC `Context`,
the footgun issue can compound itself as demonstrated in this suite..
Here are some edge cases codified with our WIP "sclang" syntax
(note the parent(rent)/child(chld) naming here is just
pragmatism, generally these most of these cases can occurr
regardless of the distributed-task's supervision hiearchy),
- rent c)=> chld.raises-then-taskc-in-finally
|_ chld's body raises an `exc: BaseException`.
_ in its `finally:` block it runs a chkpoint
which raises a taskc (`trio.Cancelled`) which
masks `exc` instead raising taskc up to the first tn.
_ the embedded/chld tn captures the masking taskc and then
raises it up to the ._rpc-ep-tn instead of `exc`.
_ the rent thinks the child ctxc-ed instead of errored..
'''
await ctx.started()
if expect_exc:
expect_exc: BaseException = tractor._exceptions.get_err_type(
type_name=expect_exc,
)
berr: BaseException|None = None
try:
if not sleep_n_raise:
await trio.sleep_forever()
elif sleep_n_raise:
# XXX this sleep is less then the sleep the parent
# does before calling `ctx.cancel()`
await trio.sleep(chld_raise_delay)
# XXX this will be masked by a taskc raised in
# the `finally:` if this fn doesn't terminate
# before any ctxc-req arrives AND a checkpoint is hit
# in that `finally:`.
raise RuntimeError('my app krurshed..')
except BaseException as _berr:
berr = _berr
# TODO: it'd sure be nice to be able to inject our own
# `ContextCancelled` here instead of of `trio.Cancelled`
# so that our runtime can expect it and this "user code"
# would be able to tell the diff between a generic trio
# cancel and a tractor runtime-IPC cancel.
if expect_exc:
if not isinstance(
berr,
expect_exc,
):
raise ValueError(
f'Unexpected exc type ??\n'
f'{berr!r}\n'
f'\n'
f'Expected a {expect_exc!r}\n'
)
raise berr
# simulate what user code might try even though
# it's a known boo-boo..
finally:
# maybe wait for rent ctxc to arrive
with trio.CancelScope(shield=True):
await trio.sleep(chld_finally_delay)
# !!XXX this will raise `trio.Cancelled` which
# will mask the RTE from above!!!
#
# YES, it's the same case as our extant
# `test_trioisms::test_acm_embedded_nursery_propagates_enter_err`
try:
await trio.lowlevel.checkpoint()
except trio.Cancelled as taskc:
if (scope_err := taskc.__context__):
print(
f'XXX MASKED REMOTE ERROR XXX\n'
f'ENDPOINT exception -> {scope_err!r}\n'
f'will be masked by -> {taskc!r}\n'
)
# await tractor.pause(shield=True)
raise taskc
@pytest.mark.parametrize(
'chld_callspec',
[
dict(
sleep_n_raise=None,
chld_raise_delay=0.1,
chld_finally_delay=0.1,
expect_exc='Cancelled',
rent_cancels=True,
rent_ctxc_delay=0.1,
),
dict(
sleep_n_raise='RuntimeError',
chld_raise_delay=0.1,
chld_finally_delay=1,
expect_exc='RuntimeError',
rent_cancels=False,
rent_ctxc_delay=0.1,
),
],
ids=lambda item: f'chld_callspec={item!r}'
)
def test_unmasked_remote_exc(
debug_mode: bool,
chld_callspec: dict,
tpt_proto: str,
):
expect_exc_str: str|None = chld_callspec['sleep_n_raise']
rent_ctxc_delay: float|None = chld_callspec['rent_ctxc_delay']
async def main():
an: ActorNursery
async with tractor.open_nursery(
debug_mode=debug_mode,
enable_transports=[tpt_proto],
) as an:
ptl: Portal = await an.start_actor(
'cancellee',
enable_modules=[__name__],
)
ctx: Context
async with (
ptl.open_context(
sleep_n_chkpt_in_finally,
**chld_callspec,
) as (ctx, sent),
):
assert not sent
await trio.sleep(rent_ctxc_delay)
await ctx.cancel()
# recv error or result from chld
ctxc: ContextCancelled = await ctx.wait_for_result()
assert (
ctxc is ctx.outcome
and
isinstance(ctxc, ContextCancelled)
)
# always graceful terminate the sub in non-error cases
await an.cancel()
if expect_exc_str:
expect_exc: BaseException = tractor._exceptions.get_err_type(
type_name=expect_exc_str,
)
with pytest.raises(
expected_exception=tractor.RemoteActorError,
) as excinfo:
trio.run(main)
rae = excinfo.value
assert expect_exc == rae.boxed_type
else:
trio.run(main)

View File

@ -1,6 +1,5 @@
'''
Suites for our `.trionics.maybe_open_context()` multi-task
shared-cached `@acm` API.
Async context manager cache api testing: ``trionics.maybe_open_context():``
'''
from contextlib import asynccontextmanager as acm
@ -10,15 +9,6 @@ from typing import Awaitable
import pytest
import trio
import tractor
from tractor.trionics import (
maybe_open_context,
)
from tractor.log import (
get_console_log,
get_logger,
)
log = get_logger(__name__)
_resource: int = 0
@ -62,7 +52,7 @@ def test_resource_only_entered_once(key_on):
# different task names per task will be used
kwargs = {'task_name': name}
async with maybe_open_context(
async with tractor.trionics.maybe_open_context(
maybe_increment_counter,
kwargs=kwargs,
key=key,
@ -82,13 +72,11 @@ def test_resource_only_entered_once(key_on):
with trio.move_on_after(0.5):
async with (
tractor.open_root_actor(),
trio.open_nursery() as tn,
trio.open_nursery() as n,
):
for i in range(10):
tn.start_soon(
enter_cached_mngr,
f'task_{i}',
)
n.start_soon(enter_cached_mngr, f'task_{i}')
await trio.sleep(0.001)
trio.run(main)
@ -110,34 +98,23 @@ async def streamer(
@acm
async def open_stream() -> Awaitable[
tuple[
tractor.ActorNursery,
tractor.MsgStream,
]
]:
async def open_stream() -> Awaitable[tractor.MsgStream]:
try:
async with tractor.open_nursery() as an:
portal = await an.start_actor(
'streamer',
enable_modules=[__name__],
)
try:
async with (
portal.open_context(streamer) as (ctx, first),
ctx.open_stream() as stream,
):
print('Entered open_stream() caller')
yield an, stream
print('Exited open_stream() caller')
async with (
portal.open_context(streamer) as (ctx, first),
ctx.open_stream() as stream,
):
yield stream
finally:
print(
'Cancelling streamer with,\n'
'=> `Portal.cancel_actor()`'
)
await portal.cancel_actor()
print('Cancelled streamer')
print('Cancelling streamer')
await portal.cancel_actor()
print('Cancelled streamer')
except Exception as err:
print(
@ -150,15 +127,11 @@ async def open_stream() -> Awaitable[
@acm
async def maybe_open_stream(taskname: str):
async with maybe_open_context(
async with tractor.trionics.maybe_open_context(
# NOTE: all secondary tasks should cache hit on the same key
acm_func=open_stream,
) as (
cache_hit,
(an, stream)
):
# when the actor + portal + ctx + stream has already been
# allocated we want to just bcast to this task.
) as (cache_hit, stream):
if cache_hit:
print(f'{taskname} loaded from cache')
@ -166,43 +139,10 @@ async def maybe_open_stream(taskname: str):
# if this feed is already allocated by the first
# task that entereed
async with stream.subscribe() as bstream:
yield an, bstream
print(
f'cached task exited\n'
f')>\n'
f' |_{taskname}\n'
)
# we should always unreg the "cloned" bcrc for this
# consumer-task
assert id(bstream) not in bstream._state.subs
yield bstream
else:
# yield the actual stream
try:
yield an, stream
finally:
print(
f'NON-cached task exited\n'
f')>\n'
f' |_{taskname}\n'
)
first_bstream = stream._broadcaster
bcrx_state = first_bstream._state
subs: dict[int, int] = bcrx_state.subs
if len(subs) == 1:
assert id(first_bstream) in subs
# ^^TODO! the bcrx should always de-allocate all subs,
# including the implicit first one allocated on entry
# by the first subscribing peer task, no?
#
# -[ ] adjust `MsgStream.subscribe()` to do this mgmt!
# |_ allows reverting `MsgStream.receive()` to the
# non-bcaster method.
# |_ we can decide whether to reset `._broadcaster`?
#
# await tractor.pause(shield=True)
yield stream
def test_open_local_sub_to_stream(
@ -219,24 +159,16 @@ def test_open_local_sub_to_stream(
if debug_mode:
timeout = 999
print(f'IN debug_mode, setting large timeout={timeout!r}..')
async def main():
full = list(range(1000))
an: tractor.ActorNursery|None = None
num_tasks: int = 10
async def get_sub_and_pull(taskname: str):
nonlocal an
stream: tractor.MsgStream
async with (
maybe_open_stream(taskname) as (
an,
stream,
),
maybe_open_stream(taskname) as stream,
):
if '0' in taskname:
assert isinstance(stream, tractor.MsgStream)
@ -248,159 +180,34 @@ def test_open_local_sub_to_stream(
first = await stream.receive()
print(f'{taskname} started with value {first}')
seq: list[int] = []
seq = []
async for msg in stream:
seq.append(msg)
assert set(seq).issubset(set(full))
# end of @acm block
print(f'{taskname} finished')
root: tractor.Actor
with trio.fail_after(timeout) as cs:
# TODO: turns out this isn't multi-task entrant XD
# We probably need an indepotent entry semantic?
async with tractor.open_root_actor(
debug_mode=debug_mode,
# maybe_enable_greenback=True,
#
# ^TODO? doesn't seem to mk breakpoint() usage work
# bc each bg task needs to open a portal??
# - [ ] we should consider making this part of
# our taskman defaults?
# |_see https://github.com/goodboy/tractor/pull/363
#
) as root:
assert root.is_registrar
):
async with (
trio.open_nursery() as tn,
):
for i in range(num_tasks):
for i in range(10):
tn.start_soon(
get_sub_and_pull,
f'task_{i}',
)
await trio.sleep(0.001)
print('all consumer tasks finished!')
# ?XXX, ensure actor-nursery is shutdown or we might
# hang here due to a minor task deadlock/race-condition?
#
# - seems that all we need is a checkpoint to ensure
# the last suspended task, which is inside
# `.maybe_open_context()`, can do the
# `Portal.cancel_actor()` call?
#
# - if that bg task isn't resumed, then this blocks
# timeout might hit before that?
#
if root.ipc_server.has_peers():
await trio.lowlevel.checkpoint()
# alt approach, cancel the entire `an`
# await tractor.pause()
# await an.cancel()
# end of runtime scope
print('root actor terminated.')
print('all consumer tasks finished')
if cs.cancelled_caught:
pytest.fail(
'Should NOT time out in `open_root_actor()` ?'
)
print('exiting main.')
trio.run(main)
@acm
async def cancel_outer_cs(
cs: trio.CancelScope|None = None,
delay: float = 0,
):
# on first task delay this enough to block
# the 2nd task but then cancel it mid sleep
# so that the tn.start() inside the key-err handler block
# is cancelled and would previously corrupt the
# mutext state.
log.info(f'task entering sleep({delay})')
await trio.sleep(delay)
if cs:
log.info('task calling cs.cancel()')
cs.cancel()
trio.lowlevel.checkpoint()
yield
await trio.sleep_forever()
def test_lock_not_corrupted_on_fast_cancel(
debug_mode: bool,
loglevel: str,
):
'''
Verify that if the caching-task (the first to enter
`maybe_open_context()`) is cancelled mid-cache-miss, the embedded
mutex can never be left in a corrupted state.
That is, the lock is always eventually released ensuring a peer
(cache-hitting) task will never,
- be left to inf-block/hang on the `lock.acquire()`.
- try to release the lock when still owned by the caching-task
due to it having erronously exited without calling
`lock.release()`.
'''
delay: float = 1.
async def use_moc(
cs: trio.CancelScope|None,
delay: float,
):
log.info('task entering moc')
async with maybe_open_context(
cancel_outer_cs,
kwargs={
'cs': cs,
'delay': delay,
},
) as (cache_hit, _null):
if cache_hit:
log.info('2nd task entered')
else:
log.info('1st task entered')
await trio.sleep_forever()
async def main():
with trio.fail_after(delay + 2):
async with (
tractor.open_root_actor(
debug_mode=debug_mode,
loglevel=loglevel,
),
trio.open_nursery() as tn,
):
get_console_log('info')
log.info('yo starting')
cs = tn.cancel_scope
tn.start_soon(
use_moc,
cs,
delay,
name='child',
)
with trio.CancelScope() as rent_cs:
await use_moc(
cs=rent_cs,
delay=delay,
)
trio.run(main)

View File

@ -0,0 +1,185 @@
from typing import AsyncContextManager
from contextlib import asynccontextmanager as acm
import trio
import pytest
import tractor
from tractor.trionics import gather_contexts
from tractor.ipc._ringbuf import open_ringbufs
from tractor.ipc._ringbuf._pubsub import (
open_ringbuf_publisher,
open_ringbuf_subscriber,
get_publisher,
get_subscriber,
open_pub_channel_at,
open_sub_channel_at
)
log = tractor.log.get_console_log(level='info')
@tractor.context
async def publish_range(
ctx: tractor.Context,
size: int
):
pub = get_publisher()
await ctx.started()
for i in range(size):
await pub.send(i.to_bytes(4))
log.info(f'sent {i}')
await pub.flush()
log.info('range done')
@tractor.context
async def subscribe_range(
ctx: tractor.Context,
size: int
):
sub = get_subscriber()
await ctx.started()
for i in range(size):
recv = int.from_bytes(await sub.receive())
if recv != i:
raise AssertionError(
f'received: {recv} expected: {i}'
)
log.info(f'received: {recv}')
log.info('range done')
@tractor.context
async def subscriber_child(ctx: tractor.Context):
try:
async with open_ringbuf_subscriber(guarantee_order=True):
await ctx.started()
await trio.sleep_forever()
finally:
log.info('subscriber exit')
@tractor.context
async def publisher_child(
ctx: tractor.Context,
batch_size: int
):
try:
async with open_ringbuf_publisher(
guarantee_order=True,
batch_size=batch_size
):
await ctx.started()
await trio.sleep_forever()
finally:
log.info('publisher exit')
@acm
async def open_pubsub_test_actors(
ring_names: list[str],
size: int,
batch_size: int
) -> AsyncContextManager[tuple[tractor.Portal, tractor.Portal]]:
with trio.fail_after(5):
async with tractor.open_nursery(
enable_modules=[
'tractor.linux._fdshare'
]
) as an:
modules = [
__name__,
'tractor.linux._fdshare',
'tractor.ipc._ringbuf._pubsub'
]
sub_portal = await an.start_actor(
'sub',
enable_modules=modules
)
pub_portal = await an.start_actor(
'pub',
enable_modules=modules
)
async with (
sub_portal.open_context(subscriber_child) as (long_rctx, _),
pub_portal.open_context(
publisher_child,
batch_size=batch_size
) as (long_sctx, _),
open_ringbufs(ring_names) as tokens,
gather_contexts([
open_sub_channel_at('sub', ring)
for ring in tokens
]),
gather_contexts([
open_pub_channel_at('pub', ring)
for ring in tokens
]),
sub_portal.open_context(subscribe_range, size=size) as (rctx, _),
pub_portal.open_context(publish_range, size=size) as (sctx, _)
):
yield
await rctx.wait_for_result()
await sctx.wait_for_result()
await long_sctx.cancel()
await long_rctx.cancel()
await an.cancel()
@pytest.mark.parametrize(
('ring_names', 'size', 'batch_size'),
[
(
['ring-first'],
100,
1
),
(
['ring-first'],
69,
1
),
(
[f'multi-ring-{i}' for i in range(3)],
1000,
100
),
],
ids=[
'simple',
'redo-simple',
'multi-ring',
]
)
def test_pubsub(
request,
ring_names: list[str],
size: int,
batch_size: int
):
async def main():
async with open_pubsub_test_actors(
ring_names, size, batch_size
):
...
trio.run(main)

View File

@ -1,4 +1,5 @@
import time
import hashlib
import trio
import pytest
@ -6,36 +7,45 @@ import pytest
import tractor
from tractor.ipc._ringbuf import (
open_ringbuf,
open_ringbuf_pair,
attach_to_ringbuf_receiver,
attach_to_ringbuf_sender,
attach_to_ringbuf_channel,
RBToken,
RingBuffSender,
RingBuffReceiver
)
from tractor._testing.samples import (
generate_sample_messages,
generate_single_byte_msgs,
RandomBytesGenerator
)
# in case you don't want to melt your cores, uncomment dis!
pytestmark = pytest.mark.skip
@tractor.context
async def child_read_shm(
ctx: tractor.Context,
msg_amount: int,
token: RBToken,
total_bytes: int,
) -> None:
recvd_bytes = 0
await ctx.started()
start_ts = time.time()
async with RingBuffReceiver(token) as receiver:
while recvd_bytes < total_bytes:
msg = await receiver.receive_some()
recvd_bytes += len(msg)
) -> str:
'''
Sub-actor used in `test_ringbuf`.
# make sure we dont hold any memoryviews
# before the ctx manager aclose()
msg = None
Attach to a ringbuf and receive all messages until end of stream.
Keep track of how many bytes received and also calculate
sha256 of the whole byte stream.
Calculate and print performance stats, finally return calculated
hash.
'''
await ctx.started()
print('reader started')
msg_amount = 0
recvd_bytes = 0
recvd_hash = hashlib.sha256()
start_ts = time.time()
async with attach_to_ringbuf_receiver(token) as receiver:
async for msg in receiver:
msg_amount += 1
recvd_hash.update(msg)
recvd_bytes += len(msg)
end_ts = time.time()
elapsed = end_ts - start_ts
@ -44,6 +54,10 @@ async def child_read_shm(
print(f'\n\telapsed ms: {elapsed_ms}')
print(f'\tmsg/sec: {int(msg_amount / elapsed):,}')
print(f'\tbytes/sec: {int(recvd_bytes / elapsed):,}')
print(f'\treceived msgs: {msg_amount:,}')
print(f'\treceived bytes: {recvd_bytes:,}')
return recvd_hash.hexdigest()
@tractor.context
@ -52,17 +66,37 @@ async def child_write_shm(
msg_amount: int,
rand_min: int,
rand_max: int,
token: RBToken,
buf_size: int
) -> None:
msgs, total_bytes = generate_sample_messages(
'''
Sub-actor used in `test_ringbuf`
Generate `msg_amount` payloads with
`random.randint(rand_min, rand_max)` random bytes at the end,
Calculate sha256 hash and send it to parent on `ctx.started`.
Attach to ringbuf and send all generated messages.
'''
rng = RandomBytesGenerator(
msg_amount,
rand_min=rand_min,
rand_max=rand_max,
)
await ctx.started(total_bytes)
async with RingBuffSender(token) as sender:
for msg in msgs:
await sender.send_all(msg)
async with (
open_ringbuf('test_ringbuf', buf_size=buf_size) as token,
attach_to_ringbuf_sender(token) as sender
):
await ctx.started(token)
print('writer started')
for msg in rng:
await sender.send(msg)
if rng.msgs_generated % rng.recommended_log_interval == 0:
print(f'wrote {rng.msgs_generated} msgs')
print('writer exit')
return rng.hexdigest
@pytest.mark.parametrize(
@ -89,84 +123,91 @@ def test_ringbuf(
rand_max: int,
buf_size: int
):
'''
- Open a new ring buf on root actor
- Open `child_write_shm` ctx in sub-actor which will generate a
random payload and send its hash on `ctx.started`, finally sending
the payload through the stream.
- Open `child_read_shm` ctx in sub-actor which will receive the
payload, calculate perf stats and return the hash.
- Compare both hashes
'''
async def main():
with open_ringbuf(
'test_ringbuf',
buf_size=buf_size
) as token:
proc_kwargs = {
'pass_fds': (token.write_eventfd, token.wrap_eventfd)
}
async with tractor.open_nursery() as an:
send_p = await an.start_actor(
'ring_sender',
enable_modules=[
__name__,
'tractor.linux._fdshare'
],
)
recv_p = await an.start_actor(
'ring_receiver',
enable_modules=[
__name__,
'tractor.linux._fdshare'
],
)
async with (
send_p.open_context(
child_write_shm,
msg_amount=msg_amount,
rand_min=rand_min,
rand_max=rand_max,
buf_size=buf_size
) as (sctx, token),
common_kwargs = {
'msg_amount': msg_amount,
'token': token,
}
async with tractor.open_nursery() as an:
send_p = await an.start_actor(
'ring_sender',
enable_modules=[__name__],
proc_kwargs=proc_kwargs
)
recv_p = await an.start_actor(
'ring_receiver',
enable_modules=[__name__],
proc_kwargs=proc_kwargs
)
async with (
send_p.open_context(
child_write_shm,
rand_min=rand_min,
rand_max=rand_max,
**common_kwargs
) as (sctx, total_bytes),
recv_p.open_context(
child_read_shm,
**common_kwargs,
total_bytes=total_bytes,
) as (sctx, _sent),
):
await recv_p.result()
recv_p.open_context(
child_read_shm,
token=token,
) as (rctx, _),
):
sent_hash = await sctx.result()
recvd_hash = await rctx.result()
await send_p.cancel_actor()
await recv_p.cancel_actor()
assert sent_hash == recvd_hash
await an.cancel()
trio.run(main)
@tractor.context
async def child_blocked_receiver(
ctx: tractor.Context,
token: RBToken
):
async with RingBuffReceiver(token) as receiver:
await ctx.started()
async def child_blocked_receiver(ctx: tractor.Context):
async with (
open_ringbuf('test_ring_cancel_reader') as token,
attach_to_ringbuf_receiver(token) as receiver
):
await ctx.started(token)
await receiver.receive_some()
def test_ring_reader_cancel():
def test_reader_cancel():
'''
Test that a receiver blocked on eventfd(2) read responds to
cancellation.
'''
async def main():
with open_ringbuf('test_ring_cancel_reader') as token:
async with tractor.open_nursery() as an:
recv_p = await an.start_actor(
'ring_blocked_receiver',
enable_modules=[
__name__,
'tractor.linux._fdshare'
],
)
async with (
tractor.open_nursery() as an,
RingBuffSender(token) as _sender,
recv_p.open_context(
child_blocked_receiver,
) as (sctx, token),
attach_to_ringbuf_sender(token),
):
recv_p = await an.start_actor(
'ring_blocked_receiver',
enable_modules=[__name__],
proc_kwargs={
'pass_fds': (token.write_eventfd, token.wrap_eventfd)
}
)
async with (
recv_p.open_context(
child_blocked_receiver,
token=token
) as (sctx, _sent),
):
await trio.sleep(1)
await an.cancel()
await trio.sleep(.1)
await an.cancel()
with pytest.raises(tractor._exceptions.ContextCancelled):
@ -174,38 +215,166 @@ def test_ring_reader_cancel():
@tractor.context
async def child_blocked_sender(
ctx: tractor.Context,
token: RBToken
):
async with RingBuffSender(token) as sender:
await ctx.started()
async def child_blocked_sender(ctx: tractor.Context):
async with (
open_ringbuf(
'test_ring_cancel_sender',
buf_size=1
) as token,
attach_to_ringbuf_sender(token) as sender
):
await ctx.started(token)
await sender.send_all(b'this will wrap')
def test_ring_sender_cancel():
def test_sender_cancel():
'''
Test that a sender blocked on eventfd(2) read responds to
cancellation.
'''
async def main():
with open_ringbuf(
'test_ring_cancel_sender',
buf_size=1
) as token:
async with tractor.open_nursery() as an:
recv_p = await an.start_actor(
'ring_blocked_sender',
enable_modules=[__name__],
proc_kwargs={
'pass_fds': (token.write_eventfd, token.wrap_eventfd)
}
)
async with (
recv_p.open_context(
child_blocked_sender,
token=token
) as (sctx, _sent),
):
await trio.sleep(1)
await an.cancel()
async with tractor.open_nursery() as an:
recv_p = await an.start_actor(
'ring_blocked_sender',
enable_modules=[
__name__,
'tractor.linux._fdshare'
],
)
async with (
recv_p.open_context(
child_blocked_sender,
) as (sctx, token),
attach_to_ringbuf_receiver(token)
):
await trio.sleep(.1)
await an.cancel()
with pytest.raises(tractor._exceptions.ContextCancelled):
trio.run(main)
def test_receiver_max_bytes():
'''
Test that RingBuffReceiver.receive_some's max_bytes optional
argument works correctly, send a msg of size 100, then
force receive of messages with max_bytes == 1, wait until
100 of these messages are received, then compare join of
msgs with original message
'''
msg = generate_single_byte_msgs(100)
msgs = []
rb_common = {
'cleanup': False,
'is_ipc': False
}
async def main():
async with (
open_ringbuf(
'test_ringbuf_max_bytes',
buf_size=10,
is_ipc=False
) as token,
trio.open_nursery() as n,
attach_to_ringbuf_sender(token, **rb_common) as sender,
attach_to_ringbuf_receiver(token, **rb_common) as receiver
):
async def _send_and_close():
await sender.send_all(msg)
await sender.aclose()
n.start_soon(_send_and_close)
while len(msgs) < len(msg):
msg_part = await receiver.receive_some(max_bytes=1)
assert len(msg_part) == 1
msgs.append(msg_part)
trio.run(main)
assert msg == b''.join(msgs)
@tractor.context
async def child_channel_sender(
ctx: tractor.Context,
msg_amount_min: int,
msg_amount_max: int,
token_in: RBToken,
token_out: RBToken
):
import random
rng = RandomBytesGenerator(
random.randint(msg_amount_min, msg_amount_max),
rand_min=256,
rand_max=1024,
)
async with attach_to_ringbuf_channel(
token_in,
token_out
) as chan:
await ctx.started()
for msg in rng:
await chan.send(msg)
await chan.send(b'bye')
await chan.receive()
return rng.hexdigest
def test_channel():
msg_amount_min = 100
msg_amount_max = 1000
mods = [
__name__,
'tractor.linux._fdshare'
]
async def main():
async with (
tractor.open_nursery(enable_modules=mods) as an,
open_ringbuf_pair(
'test_ringbuf_transport'
) as (send_token, recv_token),
attach_to_ringbuf_channel(send_token, recv_token) as chan,
):
sender = await an.start_actor(
'test_ringbuf_transport_sender',
enable_modules=mods,
)
async with (
sender.open_context(
child_channel_sender,
msg_amount_min=msg_amount_min,
msg_amount_max=msg_amount_max,
token_in=recv_token,
token_out=send_token
) as (ctx, _),
):
recvd_hash = hashlib.sha256()
async for msg in chan:
if msg == b'bye':
await chan.send(b'bye')
break
recvd_hash.update(msg)
sent_hash = await ctx.result()
assert recvd_hash.hexdigest() == sent_hash
await an.cancel()
trio.run(main)

View File

@ -147,7 +147,8 @@ def test_trio_prestarted_task_bubbles(
await trio.sleep_forever()
async def _trio_main():
with trio.fail_after(2 if not debug_mode else 999):
# with trio.fail_after(2):
with trio.fail_after(999):
first: str
chan: to_asyncio.LinkedTaskChannel
aio_ev = asyncio.Event()
@ -216,25 +217,32 @@ def test_trio_prestarted_task_bubbles(
):
aio_ev.set()
with pytest.raises(
expected_exception=ExceptionGroup,
) as excinfo:
tractor.to_asyncio.run_as_asyncio_guest(
trio_main=_trio_main,
)
eg = excinfo.value
rte_eg, rest_eg = eg.split(RuntimeError)
# ensure the trio-task's error bubbled despite the aio-side
# having (maybe) errored first.
if aio_err_trigger in (
'after_trio_task_starts',
'after_start_point',
):
patt: str = 'trio-side'
expect_exc = TypeError
assert len(errs := rest_eg.exceptions) == 1
typerr = errs[0]
assert (
type(typerr) is TypeError
and
'trio-side' in typerr.args
)
# when aio errors BEFORE (last) trio task is scheduled, we should
# never see anythinb but the aio-side.
else:
patt: str = 'asyncio-side'
expect_exc = RuntimeError
with pytest.raises(expect_exc) as excinfo:
tractor.to_asyncio.run_as_asyncio_guest(
trio_main=_trio_main,
)
caught_exc = excinfo.value
assert patt in caught_exc.args
assert len(rtes := rte_eg.exceptions) == 1
assert 'asyncio-side' in rtes[0].args[0]

View File

@ -83,26 +83,3 @@ def test_implicit_root_via_first_nursery(
assert tractor.current_actor().aid.name == 'root'
trio.run(main)
def test_runtime_vars_unset(
reg_addr: tuple,
debug_mode: bool
):
'''
Ensure any `._state._runtime_vars` are restored to default values
after the root actor-runtime exits!
'''
assert not tractor._state._runtime_vars['_debug_mode']
async def main():
assert not tractor._state._runtime_vars['_debug_mode']
async with tractor.open_nursery(
debug_mode=True,
):
assert tractor._state._runtime_vars['_debug_mode']
# after runtime closure, should be reverted!
assert not tractor._state._runtime_vars['_debug_mode']
trio.run(main)

View File

@ -8,7 +8,6 @@ from contextlib import (
)
import pytest
from tractor.trionics import collapse_eg
import trio
from trio import TaskStatus
@ -65,8 +64,9 @@ def test_stashed_child_nursery(use_start_soon):
async def main():
async with (
collapse_eg(),
trio.open_nursery() as pn,
trio.open_nursery(
strict_exception_groups=False,
) as pn,
):
cn = await pn.start(mk_child_nursery)
assert cn
@ -112,11 +112,55 @@ def test_acm_embedded_nursery_propagates_enter_err(
'''
import tractor
@acm
async def maybe_raise_from_masking_exc(
tn: trio.Nursery,
unmask_from: BaseException|None = trio.Cancelled
# TODO, maybe offer a collection?
# unmask_from: set[BaseException] = {
# trio.Cancelled,
# },
):
if not unmask_from:
yield
return
try:
yield
except* unmask_from as be_eg:
# TODO, if we offer `unmask_from: set`
# for masker_exc_type in unmask_from:
matches, rest = be_eg.split(unmask_from)
if not matches:
raise
for exc_match in be_eg.exceptions:
if (
(exc_ctx := exc_match.__context__)
and
type(exc_ctx) not in {
# trio.Cancelled, # always by default?
unmask_from,
}
):
exc_ctx.add_note(
f'\n'
f'WARNING: the above error was masked by a {unmask_from!r} !?!\n'
f'Are you always cancelling? Say from a `finally:` ?\n\n'
f'{tn!r}'
)
raise exc_ctx from exc_match
@acm
async def wraps_tn_that_always_cancels():
async with (
trio.open_nursery() as tn,
tractor.trionics.maybe_raise_from_masking_exc(
maybe_raise_from_masking_exc(
tn=tn,
unmask_from=(
trio.Cancelled
@ -158,58 +202,3 @@ def test_acm_embedded_nursery_propagates_enter_err(
assert_eg, rest_eg = eg.split(AssertionError)
assert len(assert_eg.exceptions) == 1
def test_gatherctxs_with_memchan_breaks_multicancelled(
debug_mode: bool,
):
'''
Demo how a using an `async with sndchan` inside a `.trionics.gather_contexts()` task
will break a strict-eg-tn's multi-cancelled absorption..
'''
from tractor import (
trionics,
)
@acm
async def open_memchan() -> trio.abc.ReceiveChannel:
task: trio.Task = trio.lowlevel.current_task()
print(
f'Opening {task!r}\n'
)
# 1 to force eager sending
send, recv = trio.open_memory_channel(16)
try:
async with send:
yield recv
finally:
print(
f'Closed {task!r}\n'
)
async def main():
async with (
# XXX should ensure ONLY the KBI
# is relayed upward
collapse_eg(),
trio.open_nursery(), # as tn,
trionics.gather_contexts([
open_memchan(),
open_memchan(),
]) as recv_chans,
):
assert len(recv_chans) == 2
await trio.sleep(1)
raise KeyboardInterrupt
# tn.cancel_scope.cancel()
with pytest.raises(KeyboardInterrupt):
trio.run(main)

View File

@ -55,17 +55,10 @@ async def open_actor_cluster(
raise ValueError(
'Number of names is {len(names)} but count it {count}')
async with (
# tractor.trionics.collapse_eg(),
tractor.open_nursery(
**runtime_kwargs,
) as an
):
async with (
# tractor.trionics.collapse_eg(),
trio.open_nursery() as tn,
tractor.trionics.maybe_raise_from_masking_exc()
):
async with tractor.open_nursery(
**runtime_kwargs,
) as an:
async with trio.open_nursery() as n:
uid = tractor.current_actor().uid
async def _start(name: str) -> None:
@ -76,8 +69,9 @@ async def open_actor_cluster(
)
for name in names:
tn.start_soon(_start, name)
n.start_soon(_start, name)
assert len(portals) == count
yield portals
await an.cancel(hard_kill=hard_kill)

View File

@ -101,9 +101,6 @@ from ._state import (
debug_mode,
_ctxvar_Context,
)
from .trionics import (
collapse_eg,
)
# ------ - ------
if TYPE_CHECKING:
from ._portal import Portal
@ -154,7 +151,7 @@ class Context:
2 cancel-scope-linked, communicating and parallel executing
`Task`s. Contexts are allocated on each side of any task
RPC-linked msg dialog, i.e. for every request to a remote
actor from a `Portal`. On the "child" side a context is
actor from a `Portal`. On the "callee" side a context is
always allocated inside `._rpc._invoke()`.
TODO: more detailed writeup on cancellation, error and
@ -222,8 +219,8 @@ class Context:
# `._runtime.invoke()`.
_remote_func_type: str | None = None
# NOTE: (for now) only set (a portal) on the parent side since
# the child doesn't generally need a ref to one and should
# NOTE: (for now) only set (a portal) on the caller side since
# the callee doesn't generally need a ref to one and should
# normally need to explicitly ask for handle to its peer if
# more the the `Context` is needed?
_portal: Portal | None = None
@ -252,12 +249,12 @@ class Context:
_outcome_msg: Return|Error|ContextCancelled = Unresolved
# on a clean exit there should be a final value
# delivered from the far end "child" task, so
# delivered from the far end "callee" task, so
# this value is only set on one side.
# _result: Any | int = None
_result: PayloadT|Unresolved = Unresolved
# if the local "parent" task errors this value is always set
# if the local "caller" task errors this value is always set
# to the error that was captured in the
# `Portal.open_context().__aexit__()` teardown block OR, in
# 2 special cases when an (maybe) expected remote error
@ -293,9 +290,9 @@ class Context:
# a `ContextCancelled` due to a call to `.cancel()` triggering
# "graceful closure" on either side:
# - `._runtime._invoke()` will check this flag before engaging
# the crash handler REPL in such cases where the "child"
# the crash handler REPL in such cases where the "callee"
# raises the cancellation,
# - `.devx.debug.lock_stdio_for_peer()` will set it to `False` if
# - `.devx._debug.lock_stdio_for_peer()` will set it to `False` if
# the global tty-lock has been configured to filter out some
# actors from being able to acquire the debugger lock.
_enter_debugger_on_cancel: bool = True
@ -307,8 +304,8 @@ class Context:
_stream_opened: bool = False
_stream: MsgStream|None = None
# the parent-task's calling-fn's frame-info, the frame above
# `Portal.open_context()`, for introspection/logging.
# caller of `Portal.open_context()` for
# logging purposes mostly
_caller_info: CallerInfo|None = None
# overrun handling machinery
@ -529,11 +526,11 @@ class Context:
'''
Exactly the value of `self._scope.cancelled_caught`
(delegation) and should only be (able to be read as)
`True` for a `.side == "parent"` ctx wherein the
`True` for a `.side == "caller"` ctx wherein the
`Portal.open_context()` block was exited due to a call to
`._scope.cancel()` - which should only ocurr in 2 cases:
- a parent side calls `.cancel()`, the far side cancels
- a caller side calls `.cancel()`, the far side cancels
and delivers back a `ContextCancelled` (making
`.cancel_acked == True`) and `._scope.cancel()` is
called by `._maybe_cancel_and_set_remote_error()` which
@ -542,20 +539,20 @@ class Context:
=> `._scope.cancelled_caught == True` by normal `trio`
cs semantics.
- a parent side is delivered a `._remote_error:
- a caller side is delivered a `._remote_error:
RemoteActorError` via `._deliver_msg()` and a transitive
call to `_maybe_cancel_and_set_remote_error()` calls
`._scope.cancel()` and that cancellation eventually
results in `trio.Cancelled`(s) caught in the
`.open_context()` handling around the @acm's `yield`.
Only as an FYI, in the "child" side case it can also be
Only as an FYI, in the "callee" side case it can also be
set but never is readable by any task outside the RPC
machinery in `._invoke()` since,:
- when a child side calls `.cancel()`, `._scope.cancel()`
- when a callee side calls `.cancel()`, `._scope.cancel()`
is called immediately and handled specially inside
`._invoke()` to raise a `ContextCancelled` which is then
sent to the parent side.
sent to the caller side.
However, `._scope.cancelled_caught` can NEVER be
accessed/read as `True` by any RPC invoked task since it
@ -666,7 +663,7 @@ class Context:
when called/closed by actor local task(s).
NOTEs:
- It is expected that the parent has previously unwrapped
- It is expected that the caller has previously unwrapped
the remote error using a call to `unpack_error()` and
provides that output exception value as the input
`error` argument *here*.
@ -676,7 +673,7 @@ class Context:
`Portal.open_context()` (ideally) we want to interrupt
any ongoing local tasks operating within that
`Context`'s cancel-scope so as to be notified ASAP of
the remote error and engage any parent handling (eg.
the remote error and engage any caller handling (eg.
for cross-process task supervision).
- In some cases we may want to raise the remote error
@ -743,8 +740,6 @@ class Context:
# cancelled, NOT their reported canceller. IOW in the
# latter case we're cancelled by someone else getting
# cancelled.
#
# !TODO, switching to `Actor.aid` here!
if (canc := error.canceller) == self._actor.uid:
whom: str = 'us'
self._canceller = canc
@ -886,11 +881,6 @@ class Context:
@property
def repr_caller(self) -> str:
'''
Render a "namespace-path" style representation of the calling
task-fn.
'''
ci: CallerInfo|None = self._caller_info
if ci:
return (
@ -904,7 +894,7 @@ class Context:
def repr_api(self) -> str:
return 'Portal.open_context()'
# TODO: use `.dev._frame_stack` scanning to find caller fn!
# TODO: use `.dev._frame_stack` scanning to find caller!
# ci: CallerInfo|None = self._caller_info
# if ci:
# return (
@ -939,7 +929,7 @@ class Context:
=> That is, an IPC `Context` (this) **does not**
have the same semantics as a `trio.CancelScope`.
If the parent (who entered the `Portal.open_context()`)
If the caller (who entered the `Portal.open_context()`)
desires that the internal block's cancel-scope be
cancelled it should open its own `trio.CancelScope` and
manage it as needed.
@ -950,7 +940,7 @@ class Context:
self.cancel_called = True
header: str = (
f'Cancelling ctx from {side!r}-side\n'
f'Cancelling ctx from {side.upper()}-side\n'
)
reminfo: str = (
# ' =>\n'
@ -958,7 +948,7 @@ class Context:
f'\n'
f'c)=> {self.chan.uid}\n'
f' |_[{self.dst_maddr}\n'
f' >> {self.repr_rpc}\n'
f' >>{self.repr_rpc}\n'
# f' >> {self._nsf}() -> {codec}[dict]:\n\n'
# TODO: pull msg-type from spec re #320
)
@ -1011,6 +1001,7 @@ class Context:
else:
log.cancel(
f'Timed out on cancel request of remote task?\n'
f'\n'
f'{reminfo}'
)
@ -1021,7 +1012,7 @@ class Context:
# `_invoke()` RPC task.
#
# NOTE: on this side we ALWAYS cancel the local scope
# since the parent expects a `ContextCancelled` to be sent
# since the caller expects a `ContextCancelled` to be sent
# from `._runtime._invoke()` back to the other side. The
# logic for catching the result of the below
# `._scope.cancel()` is inside the `._runtime._invoke()`
@ -1078,25 +1069,9 @@ class Context:
|RemoteActorError # stream overrun caused and ignored by us
):
'''
Maybe raise a remote error depending on the type of error and
*who*, i.e. which side of the task pair across actors,
requested a cancellation (if any).
Depending on the input config-params suppress raising
certain remote excs:
- if `remote_error: ContextCancelled` (ctxc) AND this side's
task is the "requester", it at somem point called
`Context.cancel()`, then the peer's ctxc is treated
as a "cancel ack".
|_ this behaves exactly like how `trio.Nursery.cancel_scope`
absorbs any `BaseExceptionGroup[trio.Cancelled]` wherein the
owning parent task never will raise a `trio.Cancelled`
if `CancelScope.cancel_called == True`.
- `remote_error: StreamOverrrun` (overrun) AND
`raise_overrun_from_self` is set.
Maybe raise a remote error depending on the type of error
and *who* (i.e. which task from which actor) requested
a cancellation (if any).
'''
__tracebackhide__: bool = hide_tb
@ -1138,19 +1113,18 @@ class Context:
# for this ^, NO right?
) or (
# NOTE: whenever this side is the cause of an
# overrun on the peer side, i.e. we sent msgs too
# fast and the peer task was overrun according
# to `MsgStream` buffer settings, AND this was
# called with `raise_overrun_from_self=True` (the
# default), silently absorb any `StreamOverrun`.
#
# XXX, this is namely useful for supressing such faults
# during cancellation/error/final-result handling inside
# `.msg._ops.drain_to_final_msg()` such that we do not
# raise during a cancellation-request, i.e. when
# NOTE: whenever this context is the cause of an
# overrun on the remote side (aka we sent msgs too
# fast that the remote task was overrun according
# to `MsgStream` buffer settings) AND the caller
# has requested to not raise overruns this side
# caused, we also silently absorb any remotely
# boxed `StreamOverrun`. This is mostly useful for
# supressing such faults during
# cancellation/error/final-result handling inside
# `msg._ops.drain_to_final_msg()` such that we do not
# raise such errors particularly in the case where
# `._cancel_called == True`.
#
not raise_overrun_from_self
and isinstance(remote_error, RemoteActorError)
and remote_error.boxed_type is StreamOverrun
@ -1194,8 +1168,8 @@ class Context:
) -> Any|Exception:
'''
From some (parent) side task, wait for and return the final
result from the remote (child) side's task.
From some (caller) side task, wait for and return the final
result from the remote (callee) side's task.
This provides a mechanism for one task running in some actor to wait
on another task at the other side, in some other actor, to terminate.
@ -1260,8 +1234,8 @@ class Context:
# ?XXX, should already be set in `._deliver_msg()` right?
if self._outcome_msg is not Unresolved:
# from .devx import debug
# await debug.pause()
# from .devx import _debug
# await _debug.pause()
assert self._outcome_msg is outcome_msg
else:
self._outcome_msg = outcome_msg
@ -1491,12 +1465,6 @@ class Context:
):
status = 'peer-cancelled'
case (
Unresolved,
trio.Cancelled(), # any error-type
) if self.canceller:
status = 'actor-cancelled'
# (remote) error condition
case (
Unresolved,
@ -1610,7 +1578,7 @@ class Context:
raise err
# TODO: maybe a flag to by-pass encode op if already done
# here in parent?
# here in caller?
await self.chan.send(started_msg)
# set msg-related internal runtime-state
@ -1686,7 +1654,7 @@ class Context:
XXX RULES XXX
------ - ------
- NEVER raise remote errors from this method; a calling runtime-task.
- NEVER raise remote errors from this method; a runtime task caller.
An error "delivered" to a ctx should always be raised by
the corresponding local task operating on the
`Portal`/`Context` APIs.
@ -1762,7 +1730,7 @@ class Context:
else:
report = (
'Queueing OVERRUN msg on parent task:\n\n'
'Queueing OVERRUN msg on caller task:\n\n'
+ report
)
log.debug(report)
@ -1958,12 +1926,12 @@ async def open_context_from_portal(
IPC protocol.
The yielded `tuple` is a pair delivering a `tractor.Context`
and any first value "sent" by the "child" task via a call
and any first value "sent" by the "callee" task via a call
to `Context.started(<value: Any>)`; this side of the
context does not unblock until the "child" task calls
context does not unblock until the "callee" task calls
`.started()` in similar style to `trio.Nursery.start()`.
When the "child" (side that is "called"/started by a call
to *this* method) returns, the parent side (this) unblocks
When the "callee" (side that is "called"/started by a call
to *this* method) returns, the caller side (this) unblocks
and any final value delivered from the other end can be
retrieved using the `Contex.wait_for_result()` api.
@ -1976,7 +1944,7 @@ async def open_context_from_portal(
__tracebackhide__: bool = hide_tb
# denote this frame as a "runtime frame" for stack
# introspection where we report the parent code in logging
# introspection where we report the caller code in logging
# and error message content.
# NOTE: 2 bc of the wrapping `@acm`
__runtimeframe__: int = 2 # noqa
@ -2035,11 +2003,13 @@ async def open_context_from_portal(
# placeholder for any exception raised in the runtime
# or by user tasks which cause this context's closure.
scope_err: BaseException|None = None
ctxc_from_child: ContextCancelled|None = None
ctxc_from_callee: ContextCancelled|None = None
try:
async with (
collapse_eg(),
trio.open_nursery() as tn,
trio.open_nursery(
strict_exception_groups=False,
) as tn,
msgops.maybe_limit_plds(
ctx=ctx,
spec=ctx_meta.get('pld_spec'),
@ -2114,7 +2084,7 @@ async def open_context_from_portal(
# that we can re-use it around the `yield` ^ here
# or vice versa?
#
# maybe TODO NOTE: between the parent exiting and
# maybe TODO NOTE: between the caller exiting and
# arriving here the far end may have sent a ctxc-msg or
# other error, so the quetion is whether we should check
# for it here immediately and maybe raise so as to engage
@ -2180,16 +2150,16 @@ async def open_context_from_portal(
# request in which case we DO let the error bubble to the
# opener.
#
# 2-THIS "parent" task somewhere invoked `Context.cancel()`
# and received a `ContextCanclled` from the "child"
# 2-THIS "caller" task somewhere invoked `Context.cancel()`
# and received a `ContextCanclled` from the "callee"
# task, in which case we mask the `ContextCancelled` from
# bubbling to this "parent" (much like how `trio.Nursery`
# bubbling to this "caller" (much like how `trio.Nursery`
# swallows any `trio.Cancelled` bubbled by a call to
# `Nursery.cancel_scope.cancel()`)
except ContextCancelled as ctxc:
scope_err = ctxc
ctx._local_error: BaseException = scope_err
ctxc_from_child = ctxc
ctxc_from_callee = ctxc
# XXX TODO XXX: FIX THIS debug_mode BUGGGG!!!
# using this code and then resuming the REPL will
@ -2200,7 +2170,7 @@ async def open_context_from_portal(
# debugging the tractor-runtime itself using it's
# own `.devx.` tooling!
#
# await debug.pause()
# await _debug.pause()
# CASE 2: context was cancelled by local task calling
# `.cancel()`, we don't raise and the exit block should
@ -2226,11 +2196,11 @@ async def open_context_from_portal(
# the above `._scope` can be cancelled due to:
# 1. an explicit self cancel via `Context.cancel()` or
# `Actor.cancel()`,
# 2. any "child"-side remote error, possibly also a cancellation
# 2. any "callee"-side remote error, possibly also a cancellation
# request by some peer,
# 3. any "parent" (aka THIS scope's) local error raised in the above `yield`
# 3. any "caller" (aka THIS scope's) local error raised in the above `yield`
except (
# CASE 3: standard local error in this parent/yieldee
# CASE 3: standard local error in this caller/yieldee
Exception,
# CASES 1 & 2: can manifest as a `ctx._scope_nursery`
@ -2244,9 +2214,9 @@ async def open_context_from_portal(
# any `Context._maybe_raise_remote_err()` call.
#
# 2.-`BaseExceptionGroup[ContextCancelled | RemoteActorError]`
# from any error delivered from the "child" side
# from any error delivered from the "callee" side
# AND a group-exc is only raised if there was > 1
# tasks started *here* in the "parent" / opener
# tasks started *here* in the "caller" / opener
# block. If any one of those tasks calls
# `.wait_for_result()` or `MsgStream.receive()`
# `._maybe_raise_remote_err()` will be transitively
@ -2259,18 +2229,18 @@ async def open_context_from_portal(
trio.Cancelled, # NOTE: NOT from inside the ctx._scope
KeyboardInterrupt,
) as rent_err:
scope_err = rent_err
) as caller_err:
scope_err = caller_err
ctx._local_error: BaseException = scope_err
# XXX: ALWAYS request the context to CANCEL ON any ERROR.
# NOTE: `Context.cancel()` is conversely NEVER CALLED in
# the `ContextCancelled` "self cancellation absorbed" case
# handled in the block above ^^^ !!
# await debug.pause()
# await _debug.pause()
# log.cancel(
match scope_err:
case trio.Cancelled():
case trio.Cancelled:
logmeth = log.cancel
# XXX explicitly report on any non-graceful-taskc cases
@ -2278,15 +2248,15 @@ async def open_context_from_portal(
logmeth = log.exception
logmeth(
f'ctx {ctx.side!r}-side exited with {ctx.repr_outcome()!r}\n'
f'ctx {ctx.side!r}-side exited with {ctx.repr_outcome()}\n'
)
if debug_mode():
# async with debug.acquire_debug_lock(portal.actor.uid):
# async with _debug.acquire_debug_lock(portal.actor.uid):
# pass
# TODO: factor ^ into below for non-root cases?
#
from .devx.debug import maybe_wait_for_debugger
from .devx._debug import maybe_wait_for_debugger
was_acquired: bool = await maybe_wait_for_debugger(
# header_msg=(
# 'Delaying `ctx.cancel()` until debug lock '
@ -2299,9 +2269,9 @@ async def open_context_from_portal(
'Calling `ctx.cancel()`!\n'
)
# we don't need to cancel the child if it already
# we don't need to cancel the callee if it already
# told us it's cancelled ;p
if ctxc_from_child is None:
if ctxc_from_callee is None:
try:
await ctx.cancel()
except (
@ -2332,8 +2302,8 @@ async def open_context_from_portal(
# via a call to
# `Context._maybe_cancel_and_set_remote_error()`.
# As per `Context._deliver_msg()`, that error IS
# ALWAYS SET any time "child" side fails and causes
# "parent side" cancellation via a `ContextCancelled` here.
# ALWAYS SET any time "callee" side fails and causes "caller
# side" cancellation via a `ContextCancelled` here.
try:
result_or_err: Exception|Any = await ctx.wait_for_result()
except BaseException as berr:
@ -2349,8 +2319,8 @@ async def open_context_from_portal(
raise
# yes this worx!
# from .devx import debug
# await debug.pause()
# from .devx import _debug
# await _debug.pause()
# an exception type boxed in a `RemoteActorError`
# is returned (meaning it was obvi not raised)
@ -2369,7 +2339,7 @@ async def open_context_from_portal(
)
case (None, _):
log.runtime(
'Context returned final result from child task:\n'
'Context returned final result from callee task:\n'
f'<= peer: {uid}\n'
f' |_ {nsf}()\n\n'
@ -2385,7 +2355,7 @@ async def open_context_from_portal(
# where the root is waiting on the lock to clear but the
# child has already cleared it and clobbered IPC.
if debug_mode():
from .devx.debug import maybe_wait_for_debugger
from .devx._debug import maybe_wait_for_debugger
await maybe_wait_for_debugger()
# though it should be impossible for any tasks
@ -2464,7 +2434,7 @@ async def open_context_from_portal(
)
# TODO: should we add a `._cancel_req_received`
# flag to determine if the child manually called
# flag to determine if the callee manually called
# `ctx.cancel()`?
# -[ ] going to need a cid check no?
@ -2520,7 +2490,7 @@ def mk_context(
recv_chan: trio.MemoryReceiveChannel
send_chan, recv_chan = trio.open_memory_channel(msg_buffer_size)
# TODO: only scan parent-info if log level so high!
# TODO: only scan caller-info if log level so high!
from .devx._frame_stack import find_caller_info
caller_info: CallerInfo|None = find_caller_info()

View File

@ -28,10 +28,7 @@ from typing import (
from contextlib import asynccontextmanager as acm
from tractor.log import get_logger
from .trionics import (
gather_contexts,
collapse_eg,
)
from .trionics import gather_contexts
from .ipc import _connect_chan, Channel
from ._addr import (
UnwrappedAddress,
@ -51,6 +48,7 @@ from ._state import (
if TYPE_CHECKING:
from ._runtime import Actor
from .ipc._server import IPCServer
log = get_logger(__name__)
@ -82,7 +80,7 @@ async def get_registry(
)
else:
# TODO: try to look pre-existing connection from
# `Server._peers` and use it instead?
# `IPCServer._peers` and use it instead?
async with (
_connect_chan(addr) as chan,
open_portal(chan) as regstr_ptl,
@ -90,6 +88,7 @@ async def get_registry(
yield regstr_ptl
@acm
async def get_root(
**kwargs,
@ -113,22 +112,22 @@ def get_peer_by_name(
) -> list[Channel]|None: # at least 1
'''
Scan for an existing connection (set) to a named actor
and return any channels from `Server._peers: dict`.
and return any channels from `IPCServer._peers: dict`.
This is an optimization method over querying the registrar for
the same info.
'''
actor: Actor = current_actor()
to_scan: dict[tuple, list[Channel]] = actor.ipc_server._peers.copy()
server: IPCServer = actor.ipc_server
to_scan: dict[tuple, list[Channel]] = server._peers.copy()
# TODO: is this ever needed? creates a duplicate channel on actor._peers
# when multiple find_actor calls are made to same actor from a single ctx
# which causes actor exit to hang waiting forever on
# `actor._no_more_peers.wait()` in `_runtime.async_main`
# pchan: Channel|None = actor._parent_chan
# if pchan and pchan.uid not in to_scan:
# if pchan:
# to_scan[pchan.uid].append(pchan)
for aid, chans in to_scan.items():
@ -255,12 +254,9 @@ async def find_actor(
for addr in registry_addrs
)
portals: list[Portal]
async with (
collapse_eg(),
gather_contexts(
mngrs=maybe_portals,
) as portals,
):
async with gather_contexts(
mngrs=maybe_portals,
) as portals:
# log.runtime(
# 'Gathered portals:\n'
# f'{portals}'

View File

@ -21,7 +21,8 @@ Sub-process entry points.
from __future__ import annotations
from functools import partial
import multiprocessing as mp
# import os
import os
import textwrap
from typing import (
Any,
TYPE_CHECKING,
@ -34,11 +35,7 @@ from .log import (
get_logger,
)
from . import _state
from .devx import (
_frame_stack,
pformat,
)
# from .msg import pretty_struct
from .devx import _debug
from .to_asyncio import run_as_asyncio_guest
from ._addr import UnwrappedAddress
from ._runtime import (
@ -106,6 +103,107 @@ def _mp_main(
)
# TODO: move this func to some kinda `.devx._conc_lang.py` eventually
# as we work out our multi-domain state-flow-syntax!
def nest_from_op(
input_op: str,
#
# ?TODO? an idea for a syntax to the state of concurrent systems
# as a "3-domain" (execution, scope, storage) model and using
# a minimal ascii/utf-8 operator-set.
#
# try not to take any of this seriously yet XD
#
# > is a "play operator" indicating (CPU bound)
# exec/work/ops required at the "lowest level computing"
#
# execution primititves (tasks, threads, actors..) denote their
# lifetime with '(' and ')' since parentheses normally are used
# in many langs to denote function calls.
#
# starting = (
# >( opening/starting; beginning of the thread-of-exec (toe?)
# (> opened/started, (finished spawning toe)
# |_<Task: blah blah..> repr of toe, in py these look like <objs>
#
# >) closing/exiting/stopping,
# )> closed/exited/stopped,
# |_<Task: blah blah..>
# [OR <), )< ?? ]
#
# ending = )
# >c) cancelling to close/exit
# c)> cancelled (caused close), OR?
# |_<Actor: ..>
# OR maybe "<c)" which better indicates the cancel being
# "delivered/returned" / returned" to LHS?
#
# >x) erroring to eventuall exit
# x)> errored and terminated
# |_<Actor: ...>
#
# scopes: supers/nurseries, IPC-ctxs, sessions, perms, etc.
# >{ opening
# {> opened
# }> closed
# >} closing
#
# storage: like queues, shm-buffers, files, etc..
# >[ opening
# [> opened
# |_<FileObj: ..>
#
# >] closing
# ]> closed
# IPC ops: channels, transports, msging
# => req msg
# <= resp msg
# <=> 2-way streaming (of msgs)
# <- recv 1 msg
# -> send 1 msg
#
# TODO: still not sure on R/L-HS approach..?
# =>( send-req to exec start (task, actor, thread..)
# (<= recv-req to ^
#
# (<= recv-req ^
# <=( recv-resp opened remote exec primitive
# <=) recv-resp closed
#
# )<=c req to stop due to cancel
# c=>) req to stop due to cancel
#
# =>{ recv-req to open
# <={ send-status that it closed
tree_str: str,
# NOTE: so move back-from-the-left of the `input_op` by
# this amount.
back_from_op: int = 0,
) -> str:
'''
Depth-increment the input (presumably hierarchy/supervision)
input "tree string" below the provided `input_op` execution
operator, so injecting a `"\n|_{input_op}\n"`and indenting the
`tree_str` to nest content aligned with the ops last char.
'''
return (
f'{input_op}\n'
+
textwrap.indent(
tree_str,
prefix=(
len(input_op)
-
(back_from_op + 1)
) * ' ',
)
)
def _trio_main(
actor: Actor,
*,
@ -117,7 +215,7 @@ def _trio_main(
Entry point for a `trio_run_in_process` subactor.
'''
_frame_stack.hide_runtime_frames()
_debug.hide_runtime_frames()
_state._current_actor = actor
trio_main = partial(
@ -128,23 +226,30 @@ def _trio_main(
if actor.loglevel is not None:
get_console_log(actor.loglevel)
actor_info: str = (
f'|_{actor}\n'
f' uid: {actor.uid}\n'
f' pid: {os.getpid()}\n'
f' parent_addr: {parent_addr}\n'
f' loglevel: {actor.loglevel}\n'
)
log.info(
f'Starting `trio` subactor from parent @ '
f'{parent_addr}\n'
'Starting new `trio` subactor:\n'
+
pformat.nest_from_op(
nest_from_op(
input_op='>(', # see syntax ideas above
text=f'{actor}',
tree_str=actor_info,
back_from_op=2, # since "complete"
)
)
logmeth = log.info
exit_status: str = (
'Subactor exited\n'
+
pformat.nest_from_op(
nest_from_op(
input_op=')>', # like a "closed-to-play"-icon from super perspective
text=f'{actor}',
nest_indent=1,
tree_str=actor_info,
back_from_op=1,
)
)
try:
@ -159,9 +264,9 @@ def _trio_main(
exit_status: str = (
'Actor received KBI (aka an OS-cancel)\n'
+
pformat.nest_from_op(
nest_from_op(
input_op='c)>', # closed due to cancel (see above)
text=f'{actor}',
tree_str=actor_info,
)
)
except BaseException as err:
@ -169,9 +274,9 @@ def _trio_main(
exit_status: str = (
'Main actor task exited due to crash?\n'
+
pformat.nest_from_op(
nest_from_op(
input_op='x)>', # closed by error
text=f'{actor}',
tree_str=actor_info,
)
)
# NOTE since we raise a tb will already be shown on the

View File

@ -1246,6 +1246,55 @@ def unpack_error(
return exc
def is_multi_cancelled(
exc: BaseException|BaseExceptionGroup,
ignore_nested: set[BaseException] = set(),
) -> bool|BaseExceptionGroup:
'''
Predicate to determine if an `BaseExceptionGroup` only contains
some (maybe nested) set of sub-grouped exceptions (like only
`trio.Cancelled`s which get swallowed silently by default) and is
thus the result of "gracefully cancelling" a collection of
sub-tasks (or other conc primitives) and receiving a "cancelled
ACK" from each after termination.
Docs:
----
- https://docs.python.org/3/library/exceptions.html#exception-groups
- https://docs.python.org/3/library/exceptions.html#BaseExceptionGroup.subgroup
'''
if (
not ignore_nested
or
trio.Cancelled in ignore_nested
# XXX always count-in `trio`'s native signal
):
ignore_nested.update({trio.Cancelled})
if isinstance(exc, BaseExceptionGroup):
matched_exc: BaseExceptionGroup|None = exc.subgroup(
tuple(ignore_nested),
# TODO, complain about why not allowed XD
# condition=tuple(ignore_nested),
)
if matched_exc is not None:
return matched_exc
# NOTE, IFF no excs types match (throughout the error-tree)
# -> return `False`, OW return the matched sub-eg.
#
# IOW, for the inverse of ^ for the purpose of
# maybe-enter-REPL--logic: "only debug when the err-tree contains
# at least one exc-type NOT in `ignore_nested`" ; i.e. the case where
# we fallthrough and return `False` here.
return False
def _raise_from_unexpected_msg(
ctx: Context,
msg: MsgType,

View File

@ -39,10 +39,7 @@ import warnings
import trio
from .trionics import (
maybe_open_nursery,
collapse_eg,
)
from .trionics import maybe_open_nursery
from ._state import (
current_actor,
)
@ -118,10 +115,6 @@ class Portal:
@property
def chan(self) -> Channel:
'''
Ref to this ctx's underlying `tractor.ipc.Channel`.
'''
return self._chan
@property
@ -181,17 +174,10 @@ class Portal:
# not expecting a "main" result
if self._expect_result_ctx is None:
peer_id: str = f'{self.channel.aid.reprol()!r}'
log.warning(
f'Portal to peer {peer_id} will not deliver a final result?\n'
f'\n'
f'Context.result() can only be called by the parent of '
f'a sub-actor when it was spawned with '
f'`ActorNursery.run_in_actor()`'
f'\n'
f'Further this `ActorNursery`-method-API will deprecated in the'
f'near fututre!\n'
)
f"Portal for {self.channel.aid} not expecting a final"
" result?\nresult() should only be called if subactor"
" was spawned with `ActorNursery.run_in_actor()`")
return NoResult
# expecting a "main" result
@ -224,7 +210,6 @@ class Portal:
typname: str = type(self).__name__
log.warning(
f'`{typname}.result()` is DEPRECATED!\n'
f'\n'
f'Use `{typname}.wait_for_result()` instead!\n'
)
return await self.wait_for_result(
@ -236,10 +221,8 @@ class Portal:
# terminate all locally running async generator
# IPC calls
if self._streams:
peer_id: str = f'{self.channel.aid.reprol()!r}'
report: str = (
f'Cancelling all msg-streams with {peer_id}\n'
)
log.cancel(
f"Cancelling all streams with {self.channel.aid}")
for stream in self._streams.copy():
try:
await stream.aclose()
@ -248,18 +231,10 @@ class Portal:
# (unless of course at some point down the road we
# won't expect this to always be the case or need to
# detect it for respawning purposes?)
report += (
f'->) {stream!r} already closed\n'
)
log.cancel(report)
log.debug(f"{stream} was already closed.")
async def aclose(self):
log.debug(
f'Closing portal\n'
f'>}}\n'
f'|_{self}\n'
)
log.debug(f"Closing {self}")
# TODO: once we move to implementing our own `ReceiveChannel`
# (including remote task cancellation inside its `.aclose()`)
# we'll need to .aclose all those channels here
@ -285,22 +260,23 @@ class Portal:
__runtimeframe__: int = 1 # noqa
chan: Channel = self.channel
peer_id: str = f'{self.channel.aid.reprol()!r}'
if not chan.connected():
log.runtime(
'Peer {peer_id} is already disconnected\n'
'-> skipping cancel request..\n'
'This channel is already closed, skipping cancel request..'
)
return False
reminfo: str = (
f'c)=> {self.channel.aid}\n'
f' |_{chan}\n'
)
log.cancel(
f'Sending actor-runtime-cancel-req to peer\n'
f'\n'
f'c)=> {peer_id}\n'
f'Requesting actor-runtime cancel for peer\n\n'
f'{reminfo}'
)
# XXX the one spot we set it?
chan._cancel_called: bool = True
self.channel._cancel_called: bool = True
try:
# send cancel cmd - might not get response
# XXX: sure would be nice to make this work with
@ -321,9 +297,8 @@ class Portal:
# may timeout and we never get an ack (obvi racy)
# but that doesn't mean it wasn't cancelled.
log.debug(
f'May have failed to cancel peer?\n'
f'\n'
f'c)=?> {peer_id}\n'
'May have failed to cancel peer?\n'
f'{reminfo}'
)
# if we get here some weird cancellation case happened
@ -341,22 +316,22 @@ class Portal:
TransportClosed,
) as tpt_err:
ipc_borked_report: str = (
f'IPC for actor already closed/broken?\n\n'
f'\n'
f'c)=x> {peer_id}\n'
report: str = (
f'IPC chan for actor already closed or broken?\n\n'
f'{self.channel.aid}\n'
f' |_{self.channel}\n'
)
match tpt_err:
case TransportClosed():
log.debug(ipc_borked_report)
log.debug(report)
case _:
ipc_borked_report += (
report += (
f'\n'
f'Unhandled low-level transport-closed/error during\n'
f'Portal.cancel_actor()` request?\n'
f'<{type(tpt_err).__name__}( {tpt_err} )>\n'
)
log.warning(ipc_borked_report)
log.warning(report)
return False
@ -513,13 +488,10 @@ class Portal:
with trio.CancelScope(shield=True):
await ctx.cancel()
except trio.ClosedResourceError as cre:
except trio.ClosedResourceError:
# if the far end terminates before we send a cancel the
# underlying transport-channel may already be closed.
log.cancel(
f'Context.cancel() -> {cre!r}\n'
f'cid: {ctx.cid!r} already closed?\n'
)
log.cancel(f'Context {ctx} was already closed?')
# XXX: should this always be done?
# await recv_chan.aclose()
@ -586,13 +558,14 @@ async def open_portal(
assert actor
was_connected: bool = False
async with (
collapse_eg(),
maybe_open_nursery(
tn,
shield=shield,
) as tn,
):
async with maybe_open_nursery(
tn,
shield=shield,
strict_exception_groups=False,
# ^XXX^ TODO? soo roll our own then ??
# -> since we kinda want the "if only one `.exception` then
# just raise that" interface?
) as tn:
if not channel.connected():
await channel.connect()
@ -609,7 +582,8 @@ async def open_portal(
msg_loop_cs = await tn.start(
partial(
_rpc.process_messages,
chan=channel,
actor,
channel,
# if the local task is cancelled we want to keep
# the msg loop running until our block ends
shield=True,

View File

@ -37,12 +37,14 @@ import warnings
import trio
from . import _runtime
from .devx import (
debug,
_frame_stack,
pformat as _pformat,
from ._runtime import (
Actor,
Arbiter,
# TODO: rename and make a non-actor subtype?
# Arbiter as Registry,
async_main,
)
from .devx import _debug
from . import _spawn
from . import _state
from . import log
@ -56,19 +58,16 @@ from ._addr import (
mk_uuid,
wrap_address,
)
from .trionics import (
is_multi_cancelled,
collapse_eg,
)
from ._exceptions import (
RuntimeFailure,
is_multi_cancelled,
)
logger = log.get_logger('tractor')
# TODO: stick this in a `@acm` defined in `devx.debug`?
# TODO: stick this in a `@acm` defined in `devx._debug`?
# -[ ] also maybe consider making this a `wrapt`-deco to
# save an indent level?
#
@ -90,17 +89,17 @@ async def maybe_block_bp(
debug_mode
and maybe_enable_greenback
and (
maybe_mod := await debug.maybe_init_greenback(
maybe_mod := await _debug.maybe_init_greenback(
raise_not_found=False,
)
)
):
logger.info(
f'Found `greenback` installed @ {maybe_mod}\n'
f'Enabling `tractor.pause_from_sync()` support!\n'
'Enabling `tractor.pause_from_sync()` support!\n'
)
os.environ['PYTHONBREAKPOINT'] = (
'tractor.devx.debug._sync_pause_from_builtin'
'tractor.devx._debug._sync_pause_from_builtin'
)
_state._runtime_vars['use_greenback'] = True
bp_blocked = False
@ -164,9 +163,7 @@ async def open_root_actor(
# enables the multi-process debugger support
debug_mode: bool = False,
maybe_enable_greenback: bool = False, # `.pause_from_sync()/breakpoint()` support
# ^XXX NOTE^ the perf implications of use,
# https://greenback.readthedocs.io/en/latest/principle.html#performance
maybe_enable_greenback: bool = True, # `.pause_from_sync()/breakpoint()` support
enable_stack_on_sig: bool = False,
# internal logging
@ -181,7 +178,7 @@ async def open_root_actor(
hide_tb: bool = True,
# XXX, proxied directly to `.devx.debug._maybe_enter_pm()`
# XXX, proxied directly to `.devx._debug._maybe_enter_pm()`
# for REPL-entry logic.
debug_filter: Callable[
[BaseException|BaseExceptionGroup],
@ -192,19 +189,13 @@ async def open_root_actor(
# read-only state to sublayers?
# extra_rt_vars: dict|None = None,
) -> _runtime.Actor:
) -> Actor:
'''
Initialize the `tractor` runtime by starting a "root actor" in
a parent-most Python process.
All (disjoint) actor-process-trees-as-programs are created via
this entrypoint.
Runtime init entry point for ``tractor``.
'''
# XXX NEVER allow nested actor-trees!
if already_actor := _state.current_actor(
err_on_no_runtime=False,
):
if already_actor := _state.current_actor(err_on_no_runtime=False):
rtvs: dict[str, Any] = _state._runtime_vars
root_mailbox: list[str, int] = rtvs['_root_mailbox']
registry_addrs: list[list[str, int]] = rtvs['_registry_addrs']
@ -226,23 +217,18 @@ async def open_root_actor(
):
if enable_transports is None:
enable_transports: list[str] = _state.current_ipc_protos()
else:
_state._runtime_vars['_enable_tpts'] = enable_transports
# TODO! support multi-tpts per actor!
# Bo
if not len(enable_transports) == 1:
raise RuntimeError(
f'No multi-tpt support yet!\n'
f'enable_transports={enable_transports!r}\n'
)
# TODO! support multi-tpts per actor! Bo
assert (
len(enable_transports) == 1
), 'No multi-tpt support yet!'
_frame_stack.hide_runtime_frames()
_debug.hide_runtime_frames()
__tracebackhide__: bool = hide_tb
# attempt to retreive ``trio``'s sigint handler and stash it
# on our debugger lock state.
debug.DebugStatus._trio_handler = signal.getsignal(signal.SIGINT)
_debug.DebugStatus._trio_handler = signal.getsignal(signal.SIGINT)
# mark top most level process as root actor
_state._runtime_vars['_is_root'] = True
@ -274,20 +260,14 @@ async def open_root_actor(
DeprecationWarning,
stacklevel=2,
)
uw_reg_addrs = [arbiter_addr]
registry_addrs = [arbiter_addr]
uw_reg_addrs = registry_addrs
if not uw_reg_addrs:
uw_reg_addrs: list[UnwrappedAddress] = default_lo_addrs(
if not registry_addrs:
registry_addrs: list[UnwrappedAddress] = default_lo_addrs(
enable_transports
)
# must exist by now since all below code is dependent
assert uw_reg_addrs
registry_addrs: list[Address] = [
wrap_address(uw_addr)
for uw_addr in uw_reg_addrs
]
assert registry_addrs
loglevel = (
loglevel
@ -296,14 +276,13 @@ async def open_root_actor(
if (
debug_mode
and
_spawn._spawn_method == 'trio'
and _spawn._spawn_method == 'trio'
):
_state._runtime_vars['_debug_mode'] = True
# expose internal debug module to every actor allowing for
# use of ``await tractor.pause()``
enable_modules.append('tractor.devx.debug._tty_lock')
enable_modules.append('tractor.devx._debug')
# if debug mode get's enabled *at least* use that level of
# logging for some informative console prompts.
@ -336,10 +315,10 @@ async def open_root_actor(
enable_stack_on_sig()
# closed into below ping task-func
ponged_addrs: list[Address] = []
ponged_addrs: list[UnwrappedAddress] = []
async def ping_tpt_socket(
addr: Address,
addr: UnwrappedAddress,
timeout: float = 1,
) -> None:
'''
@ -359,22 +338,17 @@ async def open_root_actor(
# be better to eventually have a "discovery" protocol
# with basic handshake instead?
with trio.move_on_after(timeout):
async with _connect_chan(addr.unwrap()):
async with _connect_chan(addr):
ponged_addrs.append(addr)
except OSError:
# ?TODO, make this a "discovery" log level?
# TODO: make this a "discovery" log level?
logger.info(
f'No root-actor registry found @ {addr!r}\n'
f'No actor registry found @ {addr}\n'
)
# !TODO, this is basically just another (abstract)
# happy-eyeballs, so we should try for formalize it somewhere
# in a `.[_]discovery` ya?
#
async with trio.open_nursery() as tn:
for uw_addr in uw_reg_addrs:
addr: Address = wrap_address(uw_addr)
for addr in registry_addrs:
tn.start_soon(
ping_tpt_socket,
addr,
@ -396,35 +370,31 @@ async def open_root_actor(
f'Registry(s) seem(s) to exist @ {ponged_addrs}'
)
actor = _runtime.Actor(
actor = Actor(
name=name or 'anonymous',
uuid=mk_uuid(),
registry_addrs=ponged_addrs,
loglevel=loglevel,
enable_modules=enable_modules,
)
# **DO NOT** use the registry_addrs as the
# ipc-transport-server's bind-addrs as this is
# a new NON-registrar, ROOT-actor.
#
# XXX INSTEAD, bind random addrs using the same tpt
# proto.
# DO NOT use the registry_addrs as the transport server
# addrs for this new non-registar, root-actor.
for addr in ponged_addrs:
waddr: Address = wrap_address(addr)
trans_bind_addrs.append(
addr.get_random(
bindspace=addr.bindspace,
)
waddr.get_random(bindspace=waddr.bindspace)
)
# Start this local actor as the "registrar", aka a regular
# actor who manages the local registry of "mailboxes" of
# other process-tree-local sub-actors.
else:
# NOTE that if the current actor IS THE REGISTAR, the
# following init steps are taken:
# - the tranport layer server is bound to each addr
# pair defined in provided registry_addrs, or the default.
trans_bind_addrs = uw_reg_addrs
trans_bind_addrs = registry_addrs
# - it is normally desirable for any registrar to stay up
# indefinitely until either all registered (child/sub)
@ -435,8 +405,7 @@ async def open_root_actor(
# https://github.com/goodboy/tractor/pull/348
# https://github.com/goodboy/tractor/issues/296
# TODO: rename as `RootActor` or is that even necessary?
actor = _runtime.Arbiter(
actor = Arbiter(
name=name or 'registrar',
uuid=mk_uuid(),
registry_addrs=registry_addrs,
@ -448,16 +417,6 @@ async def open_root_actor(
# `.trio.run()`.
actor._infected_aio = _state._runtime_vars['_is_infected_aio']
# NOTE, only set the loopback addr for the
# process-tree-global "root" mailbox since all sub-actors
# should be able to speak to their root actor over that
# channel.
raddrs: list[Address] = _state._runtime_vars['_root_addrs']
raddrs.extend(trans_bind_addrs)
# TODO, remove once we have also removed all usage;
# eventually all (root-)registry apis should expect > 1 addr.
_state._runtime_vars['_root_mailbox'] = raddrs[0]
# Start up main task set via core actor-runtime nurseries.
try:
# assign process-local actor
@ -465,28 +424,21 @@ async def open_root_actor(
# start local channel-server and fake the portal API
# NOTE: this won't block since we provide the nursery
report: str = f'Starting actor-runtime for {actor.aid.reprol()!r}\n'
if reg_addrs := actor.registry_addrs:
report += (
'-> Opening new registry @ '
+
'\n'.join(
f'{addr}' for addr in reg_addrs
)
)
logger.info(f'{report}\n')
ml_addrs_str: str = '\n'.join(
f'@{addr}' for addr in trans_bind_addrs
)
logger.info(
f'Starting local {actor.uid} on the following transport addrs:\n'
f'{ml_addrs_str}'
)
# start runtime in a bg sub-task, yield to caller.
async with (
collapse_eg(),
trio.open_nursery() as root_tn,
# start the actor runtime in a new task
async with trio.open_nursery(
strict_exception_groups=False,
# ^XXX^ TODO? instead unpack any RAE as per "loose" style?
) as nursery:
# ?TODO? finally-footgun below?
# -> see note on why shielding.
# maybe_raise_from_masking_exc(),
):
actor._root_tn = root_tn
# `_runtime.async_main()` creates an internal nursery
# ``_runtime.async_main()`` creates an internal nursery
# and blocks here until any underlying actor(-process)
# tree has terminated thereby conducting so called
# "end-to-end" structured concurrency throughout an
@ -494,9 +446,9 @@ async def open_root_actor(
# "actor runtime" primitives are SC-compat and thus all
# transitively spawned actors/processes must be as
# well.
await root_tn.start(
await nursery.start(
partial(
_runtime.async_main,
async_main,
actor,
accept_addrs=trans_bind_addrs,
parent_addr=None
@ -512,7 +464,7 @@ async def open_root_actor(
# TODO, in beginning to handle the subsubactor with
# crashed grandparent cases..
#
# was_locked: bool = await debug.maybe_wait_for_debugger(
# was_locked: bool = await _debug.maybe_wait_for_debugger(
# child_in_debug=True,
# )
# XXX NOTE XXX see equiv note inside
@ -520,15 +472,10 @@ async def open_root_actor(
# non-root or root-that-opened-this-mahually case we
# wait for the local actor-nursery to exit before
# exiting the transport channel handler.
entered: bool = await debug._maybe_enter_pm(
entered: bool = await _debug._maybe_enter_pm(
err,
api_frame=inspect.currentframe(),
debug_filter=debug_filter,
# XXX NOTE, required to debug root-actor
# crashes under cancellation conditions; so
# most of them!
shield=root_tn.cancel_scope.cancel_called,
)
if (
@ -549,7 +496,7 @@ async def open_root_actor(
raise
finally:
# NOTE/TODO?, not sure if we'll ever need this but it's
# NOTE: not sure if we'll ever need this but it's
# possibly better for even more determinism?
# logger.cancel(
# f'Waiting on {len(nurseries)} nurseries in root..')
@ -558,44 +505,19 @@ async def open_root_actor(
# for an in nurseries:
# tempn.start_soon(an.exited.wait)
op_nested_actor_repr: str = _pformat.nest_from_op(
input_op='>) ',
text=actor.pformat(),
nest_prefix='|_',
)
logger.info(
f'Closing down root actor\n'
f'{op_nested_actor_repr}'
f'>)\n'
f'|_{actor}\n'
)
# XXX, THIS IS A *finally-footgun*!
# (also mentioned in with-block above)
# -> though already shields iternally it can
# taskc here and mask underlying errors raised in
# the try-block above?
with trio.CancelScope(shield=True):
await actor.cancel(None) # self cancel
await actor.cancel(None) # self cancel
finally:
# revert all process-global runtime state
if (
debug_mode
and
_spawn._spawn_method == 'trio'
):
_state._runtime_vars['_debug_mode'] = False
_state._current_actor = None
_state._last_actor_terminated = actor
sclang_repr: str = _pformat.nest_from_op(
input_op=')>',
text=actor.pformat(),
nest_prefix='|_',
nest_indent=1,
)
logger.info(
logger.runtime(
f'Root actor terminated\n'
f'{sclang_repr}'
f')>\n'
f' |_{actor}\n'
)

View File

@ -37,7 +37,6 @@ import warnings
import trio
from trio import (
Cancelled,
CancelScope,
Nursery,
TaskStatus,
@ -53,18 +52,13 @@ from ._exceptions import (
ModuleNotExposed,
MsgTypeError,
TransportClosed,
is_multi_cancelled,
pack_error,
unpack_error,
)
from .trionics import (
collapse_eg,
is_multi_cancelled,
maybe_raise_from_masking_exc,
)
from .devx import (
debug,
_debug,
add_div,
pformat as _pformat,
)
from . import _state
from .log import get_logger
@ -73,7 +67,7 @@ from .msg import (
MsgCodec,
PayloadT,
NamespacePath,
pretty_struct,
# pretty_struct,
_ops as msgops,
)
from tractor.msg.types import (
@ -221,18 +215,11 @@ async def _invoke_non_context(
task_status.started(ctx)
result = await coro
fname: str = func.__name__
op_nested_task: str = _pformat.nest_from_op(
input_op=f')> cid: {ctx.cid!r}',
text=f'{ctx._task}',
nest_indent=1, # under >
)
log.runtime(
f'RPC task complete\n'
f'\n'
f'{op_nested_task}\n'
f'\n'
f')> {fname}() -> {pformat(result)}\n'
'RPC complete:\n'
f'task: {ctx._task}\n'
f'|_cid={ctx.cid}\n'
f'|_{fname}() -> {pformat(result)}\n'
)
# NOTE: only send result if we know IPC isn't down
@ -263,7 +250,7 @@ async def _errors_relayed_via_ipc(
ctx: Context,
is_rpc: bool,
hide_tb: bool = True,
hide_tb: bool = False,
debug_kbis: bool = False,
task_status: TaskStatus[
Context | BaseException
@ -279,7 +266,7 @@ async def _errors_relayed_via_ipc(
# TODO: a debug nursery when in debug mode!
# async with maybe_open_debugger_nursery() as debug_tn:
# => see matching comment in side `.debug._pause()`
# => see matching comment in side `._debug._pause()`
rpc_err: BaseException|None = None
try:
yield # run RPC invoke body
@ -331,7 +318,7 @@ async def _errors_relayed_via_ipc(
'RPC task crashed, attempting to enter debugger\n'
f'|_{ctx}'
)
entered_debug = await debug._maybe_enter_pm(
entered_debug = await _debug._maybe_enter_pm(
err,
api_frame=inspect.currentframe(),
)
@ -384,13 +371,13 @@ async def _errors_relayed_via_ipc(
# RPC task bookeeping.
# since RPC tasks are scheduled inside a flat
# `Actor._service_tn`, we add "handles" to each such that
# `Actor._service_n`, we add "handles" to each such that
# they can be individually ccancelled.
finally:
# if the error is not from user code and instead a failure of
# an internal-runtime-RPC or IPC-connection, we do (prolly) want
# to show this frame!
# if the error is not from user code and instead a failure
# of a runtime RPC or transport failure we do prolly want to
# show this frame
if (
rpc_err
and (
@ -462,7 +449,7 @@ async def _invoke(
connected IPC channel.
This is the core "RPC" `trio.Task` scheduling machinery used to start every
remotely invoked function, normally in `Actor._service_tn: Nursery`.
remotely invoked function, normally in `Actor._service_n: Nursery`.
'''
__tracebackhide__: bool = hide_tb
@ -475,7 +462,7 @@ async def _invoke(
):
# XXX for .pause_from_sync()` usage we need to make sure
# `greenback` is boostrapped in the subactor!
await debug.maybe_init_greenback()
await _debug.maybe_init_greenback()
# TODO: possibly a specially formatted traceback
# (not sure what typing is for this..)?
@ -629,40 +616,32 @@ async def _invoke(
# -> the below scope is never exposed to the
# `@context` marked RPC function.
# - `._portal` is never set.
scope_err: BaseException|None = None
try:
# TODO: better `trionics` primitive/tooling usage here!
# -[ ] should would be nice to have our `TaskMngr`
# nursery here!
# -[ ] payload value checking like we do with
# `.started()` such that the debbuger can engage
# here in the child task instead of waiting for the
# parent to crash with it's own MTE..
#
tn: Nursery
tn: trio.Nursery
rpc_ctx_cs: CancelScope
async with (
collapse_eg(hide_tb=False),
trio.open_nursery() as tn,
trio.open_nursery(
strict_exception_groups=False,
# ^XXX^ TODO? instead unpack any RAE as per "loose" style?
) as tn,
msgops.maybe_limit_plds(
ctx=ctx,
spec=ctx_meta.get('pld_spec'),
dec_hook=ctx_meta.get('dec_hook'),
),
# XXX NOTE, this being the "most embedded"
# scope ensures unasking of the `await coro` below
# *should* never be interfered with!!
maybe_raise_from_masking_exc(
tn=tn,
unmask_from=Cancelled,
) as _mbme, # maybe boxed masked exc
):
ctx._scope_nursery = tn
rpc_ctx_cs = ctx._scope = tn.cancel_scope
task_status.started(ctx)
# invoke user endpoint fn.
# TODO: better `trionics` tooling:
# -[ ] should would be nice to have our `TaskMngr`
# nursery here!
# -[ ] payload value checking like we do with
# `.started()` such that the debbuger can engage
# here in the child task instead of waiting for the
# parent to crash with it's own MTE..
res: Any|PayloadT = await coro
return_msg: Return|CancelAck = return_msg_type(
cid=cid,
@ -672,8 +651,7 @@ async def _invoke(
ctx._result = res
log.runtime(
f'Sending result msg and exiting {ctx.side!r}\n'
f'\n'
f'{pretty_struct.pformat(return_msg)}\n'
f'{return_msg}\n'
)
await chan.send(return_msg)
@ -765,52 +743,43 @@ async def _invoke(
BaseExceptionGroup,
BaseException,
trio.Cancelled,
) as _scope_err:
scope_err = _scope_err
) as scope_error:
if (
isinstance(scope_err, RuntimeError)
and
scope_err.args
and
'Cancel scope stack corrupted' in scope_err.args[0]
isinstance(scope_error, RuntimeError)
and scope_error.args
and 'Cancel scope stack corrupted' in scope_error.args[0]
):
log.exception('Cancel scope stack corrupted!?\n')
# debug.mk_pdb().set_trace()
# _debug.mk_pdb().set_trace()
# always set this (child) side's exception as the
# local error on the context
ctx._local_error: BaseException = scope_err
ctx._local_error: BaseException = scope_error
# ^-TODO-^ question,
# does this matter other then for
# consistentcy/testing?
# |_ no user code should be in this scope at this point
# AND we already set this in the block below?
# XXX if a remote error was set then likely the
# exc group was raised due to that, so
# if a remote error was set then likely the
# exception group was raised due to that, so
# and we instead raise that error immediately!
maybe_re: (
ContextCancelled|RemoteActorError
) = ctx.maybe_raise()
if maybe_re:
log.cancel(
f'Suppressing remote-exc from peer,\n'
f'{maybe_re!r}\n'
)
ctx.maybe_raise()
# maybe TODO: pack in come kinda
# `trio.Cancelled.__traceback__` here so they can be
# unwrapped and displayed on the caller side? no se..
raise scope_err
raise
# `@context` entrypoint task bookeeping.
# i.e. only pop the context tracking if used ;)
finally:
assert chan.aid
assert chan.uid
# don't pop the local context until we know the
# associated child isn't in debug any more
await debug.maybe_wait_for_debugger()
await _debug.maybe_wait_for_debugger()
ctx: Context = actor._contexts.pop((
chan.uid,
cid,
@ -823,49 +792,26 @@ async def _invoke(
f'after having {ctx.repr_state!r}\n'
)
if merr:
logmeth: Callable = log.error
if (
# ctxc: by `Context.cancel()`
isinstance(merr, ContextCancelled)
if isinstance(merr, ContextCancelled):
logmeth: Callable = log.runtime
# out-of-layer cancellation, one of:
# - actorc: by `Portal.cancel_actor()`
# - OSc: by SIGINT or `Process.signal()`
or (
isinstance(merr, trio.Cancelled)
and
ctx.canceller
)
):
logmeth: Callable = log.cancel
descr_str += (
f' with {merr!r}\n'
)
elif (
not isinstance(merr, RemoteActorError)
):
tb_str: str = ''.join(
traceback.format_exception(merr)
)
if not isinstance(merr, RemoteActorError):
tb_str: str = ''.join(traceback.format_exception(merr))
descr_str += (
f'\n{merr!r}\n' # needed?
f'{tb_str}\n'
)
else:
descr_str += (
f'{merr!r}\n'
)
descr_str += f'\n{merr!r}\n'
else:
descr_str += (
f'\n'
f'with final result {ctx.outcome!r}\n'
)
descr_str += f'\nand final result {ctx.outcome!r}\n'
logmeth(
f'{message}\n'
f'\n'
f'{descr_str}\n'
message
+
descr_str
)
@ -923,6 +869,7 @@ async def try_ship_error_to_remote(
async def process_messages(
actor: Actor,
chan: Channel,
shield: bool = False,
task_status: TaskStatus[CancelScope] = trio.TASK_STATUS_IGNORED,
@ -936,7 +883,7 @@ async def process_messages(
Receive (multiplexed) per-`Channel` RPC requests as msgs from
remote processes; schedule target async funcs as local
`trio.Task`s inside the `Actor._service_tn: Nursery`.
`trio.Task`s inside the `Actor._service_n: Nursery`.
Depending on msg type, non-`cmd` (task spawning/starting)
request payloads (eg. `started`, `yield`, `return`, `error`)
@ -960,8 +907,7 @@ async def process_messages(
(as utilized inside `Portal.cancel_actor()` ).
'''
actor: Actor = _state.current_actor()
assert actor._service_tn # runtime state sanity
assert actor._service_n # runtime state sanity
# TODO: once `trio` get's an "obvious way" for req/resp we
# should use it?
@ -1032,10 +978,12 @@ async def process_messages(
cid=cid,
kwargs=kwargs,
):
kwargs |= {'req_chan': chan}
# XXX NOTE XXX don't start entire actor
# runtime cancellation if this actor is
# currently in debug mode!
pdb_complete: trio.Event|None = debug.DebugStatus.repl_release
pdb_complete: trio.Event|None = _debug.DebugStatus.repl_release
if pdb_complete:
await pdb_complete.wait()
@ -1050,14 +998,14 @@ async def process_messages(
cid,
chan,
actor.cancel,
kwargs | {'req_chan': chan},
kwargs,
is_rpc=False,
return_msg_type=CancelAck,
)
log.runtime(
'Cancelling RPC-msg-loop with peer\n'
f'->c}} {chan.aid.reprol()}@[{chan.maddr}]\n'
'Cancelling IPC transport msg-loop with peer:\n'
f'|_{chan}\n'
)
loop_cs.cancel()
break
@ -1070,7 +1018,7 @@ async def process_messages(
):
target_cid: str = kwargs['cid']
kwargs |= {
'requesting_aid': chan.aid,
'requesting_uid': chan.uid,
'ipc_msg': msg,
# XXX NOTE! ONLY the rpc-task-owning
@ -1106,34 +1054,21 @@ async def process_messages(
ns=ns,
func=funcname,
kwargs=kwargs, # type-spec this? see `msg.types`
uid=actor_uuid,
uid=actorid,
):
if actor_uuid != chan.aid.uid:
raise RuntimeError(
f'IPC <Start> msg <-> chan.aid mismatch!?\n'
f'Channel.aid = {chan.aid!r}\n'
f'Start.uid = {actor_uuid!r}\n'
)
# await debug.pause()
op_repr: str = 'Start <=) '
req_repr: str = _pformat.nest_from_op(
input_op=op_repr,
op_suffix='',
nest_prefix='',
text=f'{chan}',
nest_indent=len(op_repr)-1,
rm_from_first_ln='<',
# ^XXX, subtract -1 to account for
# <Channel
# ^_chevron to be stripped
)
start_status: str = (
'Handling RPC request\n'
f'{req_repr}\n'
f'\n'
f'->{{ ipc-context-id: {cid!r}\n'
f'->{{ nsp for fn: `{ns}.{funcname}({kwargs})`\n'
'Handling RPC `Start` request\n'
f'<= peer: {actorid}\n\n'
f' |_{chan}\n'
f' |_cid: {cid}\n\n'
# f' |_{ns}.{funcname}({kwargs})\n'
f'>> {actor.uid}\n'
f' |_{actor}\n'
f' -> nsp: `{ns}.{funcname}({kwargs})`\n'
# f' |_{ns}.{funcname}({kwargs})\n\n'
# f'{pretty_struct.pformat(msg)}\n'
)
# runtime-internal endpoint: `Actor.<funcname>`
@ -1162,6 +1097,10 @@ async def process_messages(
await chan.send(err_msg)
continue
start_status += (
f' -> func: {func}\n'
)
# schedule a task for the requested RPC function
# in the actor's main "service nursery".
#
@ -1169,10 +1108,10 @@ async def process_messages(
# supervision isolation? would avoid having to
# manage RPC tasks individually in `._rpc_tasks`
# table?
start_status += '->( scheduling new task..\n'
start_status += ' -> scheduling new task..\n'
log.runtime(start_status)
try:
ctx: Context = await actor._service_tn.start(
ctx: Context = await actor._service_n.start(
partial(
_invoke,
actor,
@ -1253,24 +1192,12 @@ async def process_messages(
# END-OF `async for`:
# IPC disconnected via `trio.EndOfChannel`, likely
# due to a (graceful) `Channel.aclose()`.
chan_op_repr: str = '<=x] '
chan_repr: str = _pformat.nest_from_op(
input_op=chan_op_repr,
op_suffix='',
nest_prefix='',
text=chan.pformat(),
nest_indent=len(chan_op_repr)-1,
rm_from_first_ln='<',
)
log.runtime(
f'IPC channel disconnected\n'
f'{chan_repr}\n'
f'\n'
f'->c) cancelling RPC tasks.\n'
f'channel for {chan.uid} disconnected, cancelling RPC tasks\n'
f'|_{chan}\n'
)
await actor.cancel_rpc_tasks(
req_aid=actor.aid,
req_uid=actor.uid,
# a "self cancel" in terms of the lifetime of the
# IPC connection which is presumed to be the
# source of any requests for spawned tasks.
@ -1312,7 +1239,7 @@ async def process_messages(
) as err:
if nursery_cancelled_before_task:
sn: Nursery = actor._service_tn
sn: Nursery = actor._service_n
assert sn and sn.cancel_scope.cancel_called # sanity
log.cancel(
f'Service nursery cancelled before it handled {funcname}'
@ -1342,37 +1269,13 @@ async def process_messages(
finally:
# msg debugging for when he machinery is brokey
if msg is None:
message: str = 'Exiting RPC-loop without receiving a msg?'
message: str = 'Exiting IPC msg loop without receiving a msg?'
else:
task_op_repr: str = ')>'
task: trio.Task = trio.lowlevel.current_task()
# maybe add cancelled opt prefix
if task._cancel_status.effectively_cancelled:
task_op_repr = 'c' + task_op_repr
task_repr: str = _pformat.nest_from_op(
input_op=task_op_repr,
text=f'{task!r}',
nest_indent=1,
)
# chan_op_repr: str = '<=} '
# chan_repr: str = _pformat.nest_from_op(
# input_op=chan_op_repr,
# op_suffix='',
# nest_prefix='',
# text=chan.pformat(),
# nest_indent=len(chan_op_repr)-1,
# rm_from_first_ln='<',
# )
message: str = (
f'Exiting RPC-loop with final msg\n'
f'\n'
# f'{chan_repr}\n'
f'{task_repr}\n'
f'\n'
f'{pretty_struct.pformat(msg)}'
f'\n'
'Exiting IPC msg loop with final msg\n\n'
f'<= peer: {chan.uid}\n'
f' |_{chan}\n\n'
# f'{pretty_struct.pformat(msg)}'
)
log.runtime(message)

File diff suppressed because it is too large Load Diff

View File

@ -34,9 +34,9 @@ from typing import (
import trio
from trio import TaskStatus
from .devx import (
debug,
pformat as _pformat
from .devx._debug import (
maybe_wait_for_debugger,
acquire_debug_lock,
)
from tractor._state import (
current_actor,
@ -51,17 +51,14 @@ from tractor._portal import Portal
from tractor._runtime import Actor
from tractor._entry import _mp_main
from tractor._exceptions import ActorFailure
from tractor.msg import (
types as msgtypes,
pretty_struct,
from tractor.msg.types import (
Aid,
SpawnSpec,
)
if TYPE_CHECKING:
from ipc import (
_server,
Channel,
)
from ipc import IPCServer
from ._supervise import ActorNursery
ProcessType = TypeVar('ProcessType', mp.Process, trio.Process)
@ -236,6 +233,10 @@ async def hard_kill(
# whilst also hacking on it XD
# terminate_after: int = 99999,
# NOTE: for mucking with `.pause()`-ing inside the runtime
# whilst also hacking on it XD
# terminate_after: int = 99999,
) -> None:
'''
Un-gracefully terminate an OS level `trio.Process` after timeout.
@ -297,23 +298,6 @@ async def hard_kill(
# zombies (as a feature) we ask the OS to do send in the
# removal swad as the last resort.
if cs.cancelled_caught:
# TODO? attempt at intermediary-rent-sub
# with child in debug lock?
# |_https://github.com/goodboy/tractor/issues/320
#
# if not is_root_process():
# log.warning(
# 'Attempting to acquire debug-REPL-lock before zombie reap!'
# )
# with trio.CancelScope(shield=True):
# async with debug.acquire_debug_lock(
# subactor_uid=current_actor().uid,
# ) as _ctx:
# log.warning(
# 'Acquired debug lock, child ready to be killed ??\n'
# )
# TODO: toss in the skynet-logo face as ascii art?
log.critical(
# 'Well, the #ZOMBIE_LORD_IS_HERE# to collect\n'
@ -344,21 +328,20 @@ async def soft_kill(
see `.hard_kill()`).
'''
chan: Channel = portal.channel
peer_aid: msgtypes.Aid = chan.aid
peer_aid: Aid = portal.channel.aid
try:
log.cancel(
f'Soft killing sub-actor via portal request\n'
f'\n'
f'c)=> {peer_aid.reprol()}@[{chan.maddr}]\n'
f' |_{proc}\n'
f'(c=> {peer_aid}\n'
f' |_{proc}\n'
)
# wait on sub-proc to signal termination
await wait_func(proc)
except trio.Cancelled:
with trio.CancelScope(shield=True):
await debug.maybe_wait_for_debugger(
await maybe_wait_for_debugger(
child_in_debug=_runtime_vars.get(
'_debug_mode', False
),
@ -482,7 +465,7 @@ async def trio_proc(
"--uid",
# TODO, how to pass this over "wire" encodings like
# cmdline args?
# -[ ] maybe we can add an `msgtypes.Aid.min_tuple()` ?
# -[ ] maybe we can add an `Aid.min_tuple()` ?
str(subactor.uid),
# Address the child must connect to on startup
"--parent_addr",
@ -500,14 +483,13 @@ async def trio_proc(
cancelled_during_spawn: bool = False
proc: trio.Process|None = None
ipc_server: _server.Server = actor_nursery._actor.ipc_server
ipc_server: IPCServer = actor_nursery._actor.ipc_server
try:
try:
proc: trio.Process = await trio.lowlevel.open_process(spawn_cmd, **proc_kwargs)
log.runtime(
f'Started new child subproc\n'
f'(>\n'
f' |_{proc}\n'
'Started new child\n'
f'|_{proc}\n'
)
# wait for actor to spawn and connect back to us
@ -525,10 +507,10 @@ async def trio_proc(
with trio.CancelScope(shield=True):
# don't clobber an ongoing pdb
if is_root_process():
await debug.maybe_wait_for_debugger()
await maybe_wait_for_debugger()
elif proc is not None:
async with debug.acquire_debug_lock(subactor.uid):
async with acquire_debug_lock(subactor.uid):
# soft wait on the proc to terminate
with trio.move_on_after(0.5):
await proc.wait()
@ -546,19 +528,14 @@ async def trio_proc(
# send a "spawning specification" which configures the
# initial runtime state of the child.
sspec = msgtypes.SpawnSpec(
sspec = SpawnSpec(
_parent_main_data=subactor._parent_main_data,
enable_modules=subactor.enable_modules,
reg_addrs=subactor.reg_addrs,
bind_addrs=bind_addrs,
_runtime_vars=_runtime_vars,
)
log.runtime(
f'Sending spawn spec to child\n'
f'{{}}=> {chan.aid.reprol()!r}\n'
f'\n'
f'{pretty_struct.pformat(sspec)}\n'
)
log.runtime(f'Sending spawn spec: {str(sspec)}')
await chan.send(sspec)
# track subactor in current nursery
@ -586,7 +563,7 @@ async def trio_proc(
# condition.
await soft_kill(
proc,
trio.Process.wait, # XXX, uses `pidfd_open()` below.
trio.Process.wait,
portal
)
@ -594,7 +571,8 @@ async def trio_proc(
# tandem if not done already
log.cancel(
'Cancelling portal result reaper task\n'
f'c)> {subactor.aid.reprol()!r}\n'
f'>c)\n'
f' |_{subactor.uid}\n'
)
nursery.cancel_scope.cancel()
@ -603,24 +581,21 @@ async def trio_proc(
# allowed! Do this **after** cancellation/teardown to avoid
# killing the process too early.
if proc:
reap_repr: str = _pformat.nest_from_op(
input_op='>x)',
text=subactor.pformat(),
)
log.cancel(
f'Hard reap sequence starting for subactor\n'
f'{reap_repr}'
f'>x)\n'
f' |_{subactor}@{subactor.uid}\n'
)
with trio.CancelScope(shield=True):
# don't clobber an ongoing pdb
if cancelled_during_spawn:
# Try again to avoid TTY clobbering.
async with debug.acquire_debug_lock(subactor.uid):
async with acquire_debug_lock(subactor.uid):
with trio.move_on_after(0.5):
await proc.wait()
await debug.maybe_wait_for_debugger(
await maybe_wait_for_debugger(
child_in_debug=_runtime_vars.get(
'_debug_mode', False
),
@ -649,7 +624,7 @@ async def trio_proc(
# acquire the lock and get notified of who has it,
# check that uid against our known children?
# this_uid: tuple[str, str] = current_actor().uid
# await debug.acquire_debug_lock(this_uid)
# await acquire_debug_lock(this_uid)
if proc.poll() is None:
log.cancel(f"Attempting to hard kill {proc}")
@ -752,7 +727,7 @@ async def mp_proc(
log.runtime(f"Started {proc}")
ipc_server: _server.Server = actor_nursery._actor.ipc_server
ipc_server: IPCServer = actor_nursery._actor.ipc_server
try:
# wait for actor to spawn and connect back to us
# channel should have handshake completed by the

View File

@ -37,39 +37,20 @@ if TYPE_CHECKING:
from ._context import Context
# default IPC transport protocol settings
TransportProtocolKey = Literal[
'tcp',
'uds',
]
_def_tpt_proto: TransportProtocolKey = 'tcp'
_current_actor: Actor|None = None # type: ignore # noqa
_last_actor_terminated: Actor|None = None
# TODO: mk this a `msgspec.Struct`!
# -[ ] type out all fields obvi!
# -[ ] (eventually) mk wire-ready for monitoring?
_runtime_vars: dict[str, Any] = {
# root of actor-process tree info
'_is_root': False, # bool
'_root_mailbox': (None, None), # tuple[str|None, str|None]
'_root_addrs': [], # tuple[str|None, str|None]
# parent->chld ipc protocol caps
'_enable_tpts': [_def_tpt_proto],
# registrar info
'_debug_mode': False,
'_is_root': False,
'_root_mailbox': (None, None),
'_registry_addrs': [],
# `debug_mode: bool` settings
'_debug_mode': False, # bool
'repl_fixture': False, # |AbstractContextManager[bool]
'_is_infected_aio': False,
# for `tractor.pause_from_sync()` & `breakpoint()` support
'use_greenback': False,
# infected-`asyncio`-mode: `trio` running as guest.
'_is_infected_aio': False,
}
@ -191,6 +172,14 @@ def get_rt_dir(
return rtdir
# default IPC transport protocol settings
TransportProtocolKey = Literal[
'tcp',
'uds',
]
_def_tpt_proto: TransportProtocolKey = 'tcp'
def current_ipc_protos() -> list[str]:
'''
Return the list of IPC transport protocol keys currently
@ -200,4 +189,4 @@ def current_ipc_protos() -> list[str]:
concrete-backend sub-types defined throughout `tractor.ipc`.
'''
return _runtime_vars['_enable_tpts']
return [_def_tpt_proto]

View File

@ -426,8 +426,8 @@ class MsgStream(trio.abc.Channel):
self._closed = re
# if caught_eoc:
# # from .devx import debug
# # await debug.pause()
# # from .devx import _debug
# # await _debug.pause()
# with trio.CancelScope(shield=True):
# await rx_chan.aclose()

View File

@ -21,6 +21,7 @@
from contextlib import asynccontextmanager as acm
from functools import partial
import inspect
from pprint import pformat
from typing import (
TYPE_CHECKING,
)
@ -30,10 +31,7 @@ import warnings
import trio
from .devx import (
debug,
pformat as _pformat,
)
from .devx._debug import maybe_wait_for_debugger
from ._addr import (
UnwrappedAddress,
mk_uuid,
@ -42,11 +40,8 @@ from ._state import current_actor, is_main_process
from .log import get_logger, get_loglevel
from ._runtime import Actor
from ._portal import Portal
from .trionics import (
is_multi_cancelled,
collapse_eg,
)
from ._exceptions import (
is_multi_cancelled,
ContextCancelled,
)
from ._root import (
@ -117,6 +112,7 @@ class ActorNursery:
]
] = {}
self.cancelled: bool = False
self._join_procs = trio.Event()
self._at_least_one_child_in_debug: bool = False
self.errors = errors
@ -134,53 +130,10 @@ class ActorNursery:
# TODO: remove the `.run_in_actor()` API and thus this 2ndary
# nursery when that API get's moved outside this primitive!
self._ria_nursery = ria_nursery
# TODO, factor this into a .hilevel api!
#
# portals spawned with ``run_in_actor()`` are
# cancelled when their "main" result arrives
self._cancel_after_result_on_exit: set = set()
# trio.Nursery-like cancel (request) statuses
self._cancelled_caught: bool = False
self._cancel_called: bool = False
@property
def cancel_called(self) -> bool:
'''
Records whether cancellation has been requested for this
actor-nursery by a call to `.cancel()` either due to,
- an explicit call by some actor-local-task,
- an implicit call due to an error/cancel emited inside
the `tractor.open_nursery()` block.
'''
return self._cancel_called
@property
def cancelled_caught(self) -> bool:
'''
Set when this nursery was able to cance all spawned subactors
gracefully via an (implicit) call to `.cancel()`.
'''
return self._cancelled_caught
# TODO! remove internal/test-suite usage!
@property
def cancelled(self) -> bool:
warnings.warn(
"`ActorNursery.cancelled` is now deprecated, use "
" `.cancel_called` instead.",
DeprecationWarning,
stacklevel=2,
)
return (
self._cancel_called
# and
# self._cancelled_caught
)
async def start_actor(
self,
name: str,
@ -244,7 +197,7 @@ class ActorNursery:
loglevel=loglevel,
# verbatim relay this actor's registrar addresses
registry_addrs=current_actor().registry_addrs,
registry_addrs=current_actor().reg_addrs,
)
parent_addr: UnwrappedAddress = self._actor.accept_addr
assert parent_addr
@ -358,7 +311,7 @@ class ActorNursery:
'''
__runtimeframe__: int = 1 # noqa
self._cancel_called = True
self.cancelled = True
# TODO: impl a repr for spawn more compact
# then `._children`..
@ -369,10 +322,9 @@ class ActorNursery:
server: IPCServer = self._actor.ipc_server
with trio.move_on_after(3) as cs:
async with (
collapse_eg(),
trio.open_nursery() as tn,
):
async with trio.open_nursery(
strict_exception_groups=False,
) as tn:
subactor: Actor
proc: trio.Process
@ -436,8 +388,6 @@ class ActorNursery:
) in children.values():
log.warning(f"Hard killing process {proc}")
proc.terminate()
else:
self._cancelled_caught
# mark ourselves as having (tried to have) cancelled all subactors
self._join_procs.set()
@ -467,10 +417,10 @@ async def _open_and_supervise_one_cancels_all_nursery(
# `ActorNursery.start_actor()`).
# errors from this daemon actor nursery bubble up to caller
async with (
collapse_eg(),
trio.open_nursery() as da_nursery,
):
async with trio.open_nursery(
strict_exception_groups=False,
# ^XXX^ TODO? instead unpack any RAE as per "loose" style?
) as da_nursery:
try:
# This is the inner level "run in actor" nursery. It is
# awaited first since actors spawned in this way (using
@ -480,10 +430,11 @@ async def _open_and_supervise_one_cancels_all_nursery(
# immediately raised for handling by a supervisor strategy.
# As such if the strategy propagates any error(s) upwards
# the above "daemon actor" nursery will be notified.
async with (
collapse_eg(),
trio.open_nursery() as ria_nursery,
):
async with trio.open_nursery(
strict_exception_groups=False,
# ^XXX^ TODO? instead unpack any RAE as per "loose" style?
) as ria_nursery:
an = ActorNursery(
actor,
ria_nursery,
@ -500,7 +451,7 @@ async def _open_and_supervise_one_cancels_all_nursery(
# the "hard join phase".
log.runtime(
'Waiting on subactors to complete:\n'
f'>}} {len(an._children)}\n'
f'{pformat(an._children)}\n'
)
an._join_procs.set()
@ -514,7 +465,7 @@ async def _open_and_supervise_one_cancels_all_nursery(
# will make the pdb repl unusable.
# Instead try to wait for pdb to be released before
# tearing down.
await debug.maybe_wait_for_debugger(
await maybe_wait_for_debugger(
child_in_debug=an._at_least_one_child_in_debug
)
@ -590,7 +541,7 @@ async def _open_and_supervise_one_cancels_all_nursery(
# XXX: yet another guard before allowing the cancel
# sequence in case a (single) child is in debug.
await debug.maybe_wait_for_debugger(
await maybe_wait_for_debugger(
child_in_debug=an._at_least_one_child_in_debug
)
@ -639,15 +590,9 @@ async def _open_and_supervise_one_cancels_all_nursery(
# final exit
_shutdown_msg: str = (
'Actor-runtime-shutdown'
)
@acm
# @api_frame
async def open_nursery(
*, # named params only!
hide_tb: bool = True,
**kwargs,
# ^TODO, paramspec for `open_root_actor()`
@ -732,26 +677,17 @@ async def open_nursery(
):
__tracebackhide__: bool = False
op_nested_an_repr: str = _pformat.nest_from_op(
input_op=')>',
text=f'{an}',
# nest_prefix='|_',
nest_indent=1, # under >
msg: str = (
'Actor-nursery exited\n'
f'|_{an}\n'
)
an_msg: str = (
f'Actor-nursery exited\n'
f'{op_nested_an_repr}\n'
)
# keep noise low during std operation.
log.runtime(an_msg)
if implicit_runtime:
# shutdown runtime if it was started and report noisly
# that we're did so.
msg: str = (
'\n'
'\n'
f'{_shutdown_msg} )>\n'
)
msg += '=> Shutting down actor runtime <=\n'
log.info(msg)
else:
# keep noise low during std operation.
log.runtime(msg)

View File

@ -26,7 +26,7 @@ import os
import pathlib
import tractor
from tractor.devx.debug import (
from tractor.devx._debug import (
BoxedMaybeException,
)
from .pytest import (
@ -37,9 +37,6 @@ from .fault_simulation import (
)
# TODO, use dulwhich for this instead?
# -> we're going to likely need it (or something similar)
# for supporting hot-coad reload feats eventually anyway!
def repodir() -> pathlib.Path:
'''
Return the abspath to the repo directory.

View File

@ -1,70 +0,0 @@
# tractor: structured concurrent "actors".
# Copyright 2018-eternity Tyler Goodlet.
# This program is free software: you can redistribute it and/or modify
# it under the terms of the GNU Affero General Public License as published by
# the Free Software Foundation, either version 3 of the License, or
# (at your option) any later version.
# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU Affero General Public License for more details.
# You should have received a copy of the GNU Affero General Public License
# along with this program. If not, see <https://www.gnu.org/licenses/>.
'''
Random IPC addr generation for isolating
the discovery space between test sessions.
Might be eventually useful to expose as a util set from
our `tractor.discovery` subsys?
'''
import random
from typing import (
Type,
)
from tractor import (
_addr,
)
def get_rando_addr(
tpt_proto: str,
*,
# choose random port at import time
_rando_port: str = random.randint(1000, 9999)
) -> tuple[str, str|int]:
'''
Used to globally override the runtime to the
per-test-session-dynamic addr so that all tests never conflict
with any other actor tree using the default.
'''
addr_type: Type[_addr.Addres] = _addr._address_types[tpt_proto]
def_reg_addr: tuple[str, int] = _addr._default_lo_addrs[tpt_proto]
# this is the "unwrapped" form expected to be passed to
# `.open_root_actor()` by test body.
testrun_reg_addr: tuple[str, int|str]
match tpt_proto:
case 'tcp':
testrun_reg_addr = (
addr_type.def_bindspace,
_rando_port,
)
# NOTE, file-name uniqueness (no-collisions) will be based on
# the runtime-directory and root (pytest-proc's) pid.
case 'uds':
testrun_reg_addr = addr_type.get_random().unwrap()
# XXX, as sanity it should never the same as the default for the
# host-singleton registry actor.
assert def_reg_addr != testrun_reg_addr
return testrun_reg_addr

View File

@ -26,46 +26,29 @@ from functools import (
import inspect
import platform
import pytest
import tractor
import trio
def tractor_test(fn):
'''
Decorator for async test fns to decorator-wrap them as "native"
looking sync funcs runnable by `pytest` and auto invoked with
`trio.run()` (much like the `pytest-trio` plugin's approach).
Decorator for async test funcs to present them as "native"
looking sync funcs runnable by `pytest` using `trio.run()`.
Further the test fn body will be invoked AFTER booting the actor
runtime, i.e. from inside a `tractor.open_root_actor()` block AND
with various runtime and tooling parameters implicitly passed as
requested by by the test session's config; see immediately below.
Use:
Basic deco use:
---------------
@tractor_test
async def test_whatever():
await ...
@tractor_test
async def test_whatever():
await ...
If fixtures:
- ``reg_addr`` (a socket addr tuple where arbiter is listening)
- ``loglevel`` (logging level passed to tractor internals)
- ``start_method`` (subprocess spawning backend)
Runtime config via special fixtures:
------------------------------------
If any of the following fixture are requested by the wrapped test
fn (via normal func-args declaration),
- `reg_addr` (a socket addr tuple where arbiter is listening)
- `loglevel` (logging level passed to tractor internals)
- `start_method` (subprocess spawning backend)
(TODO support)
- `tpt_proto` (IPC transport protocol key)
they will be automatically injected to each test as normally
expected as well as passed to the initial
`tractor.open_root_actor()` funcargs.
are defined in the `pytest` fixture space they will be automatically
injected to tests declaring these funcargs.
'''
@wraps(fn)
def wrapper(
@ -128,164 +111,3 @@ def tractor_test(fn):
return trio.run(main)
return wrapper
def pytest_addoption(
parser: pytest.Parser,
):
# parser.addoption(
# "--ll",
# action="store",
# dest='loglevel',
# default='ERROR', help="logging level to set when testing"
# )
parser.addoption(
"--spawn-backend",
action="store",
dest='spawn_backend',
default='trio',
help="Processing spawning backend to use for test run",
)
parser.addoption(
"--tpdb",
"--debug-mode",
action="store_true",
dest='tractor_debug_mode',
# default=False,
help=(
'Enable a flag that can be used by tests to to set the '
'`debug_mode: bool` for engaging the internal '
'multi-proc debugger sys.'
),
)
# provide which IPC transport protocols opting-in test suites
# should accumulatively run against.
parser.addoption(
"--tpt-proto",
nargs='+', # accumulate-multiple-args
action="store",
dest='tpt_protos',
default=['tcp'],
help="Transport protocol to use under the `tractor.ipc.Channel`",
)
def pytest_configure(config):
backend = config.option.spawn_backend
tractor._spawn.try_set_start_method(backend)
@pytest.fixture(scope='session')
def debug_mode(request) -> bool:
'''
Flag state for whether `--tpdb` (for `tractor`-py-debugger)
was passed to the test run.
Normally tests should pass this directly to `.open_root_actor()`
to allow the user to opt into suite-wide crash handling.
'''
debug_mode: bool = request.config.option.tractor_debug_mode
return debug_mode
@pytest.fixture(scope='session')
def spawn_backend(request) -> str:
return request.config.option.spawn_backend
@pytest.fixture(scope='session')
def tpt_protos(request) -> list[str]:
# allow quoting on CLI
proto_keys: list[str] = [
proto_key.replace('"', '').replace("'", "")
for proto_key in request.config.option.tpt_protos
]
# ?TODO, eventually support multiple protos per test-sesh?
if len(proto_keys) > 1:
pytest.fail(
'We only support one `--tpt-proto <key>` atm!\n'
)
# XXX ensure we support the protocol by name via lookup!
for proto_key in proto_keys:
addr_type = tractor._addr._address_types[proto_key]
assert addr_type.proto_key == proto_key
yield proto_keys
@pytest.fixture(
scope='session',
autouse=True,
)
def tpt_proto(
tpt_protos: list[str],
) -> str:
proto_key: str = tpt_protos[0]
from tractor import _state
if _state._def_tpt_proto != proto_key:
_state._def_tpt_proto = proto_key
yield proto_key
@pytest.fixture(scope='session')
def reg_addr(
tpt_proto: str,
) -> tuple[str, int|str]:
'''
Deliver a test-sesh unique registry address such
that each run's (tests which use this fixture) will
have no conflicts/cross-talk when running simultaneously
nor will interfere with other live `tractor` apps active
on the same network-host (namespace).
'''
from tractor._testing.addr import get_rando_addr
return get_rando_addr(
tpt_proto=tpt_proto,
)
def pytest_generate_tests(
metafunc: pytest.Metafunc,
):
spawn_backend: str = metafunc.config.option.spawn_backend
if not spawn_backend:
# XXX some weird windows bug with `pytest`?
spawn_backend = 'trio'
# TODO: maybe just use the literal `._spawn.SpawnMethodKey`?
assert spawn_backend in (
'mp_spawn',
'mp_forkserver',
'trio',
)
# NOTE: used-to-be-used-to dyanmically parametrize tests for when
# you just passed --spawn-backend=`mp` on the cli, but now we expect
# that cli input to be manually specified, BUT, maybe we'll do
# something like this again in the future?
if 'start_method' in metafunc.fixturenames:
metafunc.parametrize(
"start_method",
[spawn_backend],
scope='module',
)
# TODO, parametrize any `tpt_proto: str` declaring tests!
# proto_tpts: list[str] = metafunc.config.option.proto_tpts
# if 'tpt_proto' in metafunc.fixturenames:
# metafunc.parametrize(
# 'tpt_proto',
# proto_tpts, # TODO, double check this list usage!
# scope='module',
# )

View File

@ -1,35 +1,99 @@
import os
import random
import hashlib
import numpy as np
def generate_sample_messages(
amount: int,
rand_min: int = 0,
rand_max: int = 0,
silent: bool = False
) -> tuple[list[bytes], int]:
def generate_single_byte_msgs(amount: int) -> bytes:
'''
Generate a byte instance of length `amount` with repeating ASCII digits 0..9.
msgs = []
size = 0
'''
# array [0, 1, 2, ..., amount-1], take mod 10 => [0..9], and map 0->'0'(48)
# up to 9->'9'(57).
arr = np.arange(amount, dtype=np.uint8) % 10
# move into ascii space
arr += 48
return arr.tobytes()
if not silent:
print(f'\ngenerating {amount} messages...')
for i in range(amount):
msg = f'[{i:08}]'.encode('utf-8')
class RandomBytesGenerator:
'''
Generate bytes msgs for tests.
if rand_max > 0:
msg += os.urandom(
random.randint(rand_min, rand_max))
messages will have the following format:
size += len(msg)
b'[{i:08}]' + random_bytes
msgs.append(msg)
so for message index 25:
if not silent and i and i % 10_000 == 0:
print(f'{i} generated')
b'[00000025]' + random_bytes
if not silent:
print(f'done, {size:,} bytes in total')
also generates sha256 hash of msgs.
return msgs, size
'''
def __init__(
self,
amount: int,
rand_min: int = 0,
rand_max: int = 0
):
if rand_max < rand_min:
raise ValueError('rand_max must be >= rand_min')
self._amount = amount
self._rand_min = rand_min
self._rand_max = rand_max
self._index = 0
self._hasher = hashlib.sha256()
self._total_bytes = 0
self._lengths = np.random.randint(
rand_min,
rand_max + 1,
size=amount,
dtype=np.int32
)
def __iter__(self):
return self
def __next__(self) -> bytes:
if self._index == self._amount:
raise StopIteration
header = f'[{self._index:08}]'.encode('utf-8')
length = int(self._lengths[self._index])
msg = header + np.random.bytes(length)
self._hasher.update(msg)
self._total_bytes += length
self._index += 1
return msg
@property
def hexdigest(self) -> str:
return self._hasher.hexdigest()
@property
def total_bytes(self) -> int:
return self._total_bytes
@property
def total_msgs(self) -> int:
return self._amount
@property
def msgs_generated(self) -> int:
return self._index
@property
def recommended_log_interval(self) -> int:
max_msg_size = 10 + self._rand_max
if max_msg_size <= 32 * 1024:
return 10_000
else:
return 1000

View File

@ -20,7 +20,7 @@ Runtime "developer experience" utils and addons to aid our
and working with/on the actor runtime.
"""
from .debug import (
from ._debug import (
maybe_wait_for_debugger as maybe_wait_for_debugger,
acquire_debug_lock as acquire_debug_lock,
breakpoint as breakpoint,

File diff suppressed because it is too large Load Diff

View File

@ -20,18 +20,13 @@ as it pertains to improving the grok-ability of our runtime!
'''
from __future__ import annotations
from contextlib import (
_GeneratorContextManager,
_AsyncGeneratorContextManager,
)
from functools import partial
import inspect
import textwrap
from types import (
FrameType,
FunctionType,
MethodType,
CodeType,
# CodeType,
)
from typing import (
Any,
@ -39,9 +34,6 @@ from typing import (
Type,
)
import pdbp
from tractor.log import get_logger
import trio
from tractor.msg import (
pretty_struct,
NamespacePath,
@ -49,8 +41,6 @@ from tractor.msg import (
import wrapt
log = get_logger(__name__)
# TODO: yeah, i don't love this and we should prolly just
# write a decorator that actually keeps a stupid ref to the func
# obj..
@ -311,70 +301,3 @@ def api_frame(
# error_set: set[BaseException],
# ) -> TracebackType:
# ...
def hide_runtime_frames() -> dict[FunctionType, CodeType]:
'''
Hide call-stack frames for various std-lib and `trio`-API primitives
such that the tracebacks presented from our runtime are as minimized
as possible, particularly from inside a `PdbREPL`.
'''
# XXX HACKZONE XXX
# hide exit stack frames on nurseries and cancel-scopes!
# |_ so avoid seeing it when the `pdbp` REPL is first engaged from
# inside a `trio.open_nursery()` scope (with no line after it
# in before the block end??).
#
# TODO: FINALLY got this workin originally with
# `@pdbp.hideframe` around the `wrapper()` def embedded inside
# `_ki_protection_decoratior()`.. which is in the module:
# /home/goodboy/.virtualenvs/tractor311/lib/python3.11/site-packages/trio/_core/_ki.py
#
# -[ ] make an issue and patch for `trio` core? maybe linked
# to the long outstanding `pdb` one below?
# |_ it's funny that there's frame hiding throughout `._run.py`
# but not where it matters on the below exit funcs..
#
# -[ ] provide a patchset for the lonstanding
# |_ https://github.com/python-trio/trio/issues/1155
#
# -[ ] make a linked issue to ^ and propose allowing all the
# `._core._run` code to have their `__tracebackhide__` value
# configurable by a `RunVar` to allow getting scheduler frames
# if desired through configuration?
#
# -[ ] maybe dig into the core `pdb` issue why the extra frame is shown
# at all?
#
funcs: list[FunctionType] = [
trio._core._run.NurseryManager.__aexit__,
trio._core._run.CancelScope.__exit__,
_GeneratorContextManager.__exit__,
_AsyncGeneratorContextManager.__aexit__,
_AsyncGeneratorContextManager.__aenter__,
trio.Event.wait,
]
func_list_str: str = textwrap.indent(
"\n".join(f.__qualname__ for f in funcs),
prefix=' |_ ',
)
log.devx(
'Hiding the following runtime frames by default:\n'
f'{func_list_str}\n'
)
codes: dict[FunctionType, CodeType] = {}
for ref in funcs:
# stash a pre-modified version of each ref's code-obj
# so it can be reverted later if needed.
codes[ref] = ref.__code__
pdbp.hideframe(ref)
#
# pdbp.hideframe(trio._core._run.NurseryManager.__aexit__)
# pdbp.hideframe(trio._core._run.CancelScope.__exit__)
# pdbp.hideframe(_GeneratorContextManager.__exit__)
# pdbp.hideframe(_AsyncGeneratorContextManager.__aexit__)
# pdbp.hideframe(_AsyncGeneratorContextManager.__aenter__)
# pdbp.hideframe(trio.Event.wait)
return codes

View File

@ -49,7 +49,7 @@ from tractor import (
_state,
log as logmod,
)
from tractor.devx import debug
from tractor.devx import _debug
log = logmod.get_logger(__name__)
@ -82,7 +82,7 @@ def dump_task_tree() -> None:
if (
current_sigint_handler
is not
debug.DebugStatus._trio_handler
_debug.DebugStatus._trio_handler
):
sigint_handler_report: str = (
'The default `trio` SIGINT handler was replaced?!'
@ -238,8 +238,7 @@ def enable_stack_on_sig(
import stackscope
except ImportError:
log.warning(
'The `stackscope` lib is not installed!\n'
'`Ignoring enable_stack_on_sig() call!\n'
'`stackscope` not installed for use in debug mode!'
)
return None
@ -256,8 +255,8 @@ def enable_stack_on_sig(
dump_tree_on_sig,
)
log.devx(
f'Enabling trace-trees on `SIGUSR1` '
f'since `stackscope` is installed @ \n'
'Enabling trace-trees on `SIGUSR1` '
'since `stackscope` is installed @ \n'
f'{stackscope!r}\n\n'
f'With `SIGUSR1` handler\n'
f'|_{dump_tree_on_sig}\n'

View File

@ -1,100 +0,0 @@
# tractor: structured concurrent "actors".
# Copyright 2018-eternity Tyler Goodlet.
# This program is free software: you can redistribute it and/or
# modify it under the terms of the GNU Affero General Public License
# as published by the Free Software Foundation, either version 3 of
# the License, or (at your option) any later version.
# This program is distributed in the hope that it will be useful, but
# WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU
# Affero General Public License for more details.
# You should have received a copy of the GNU Affero General Public
# License along with this program. If not, see
# <https://www.gnu.org/licenses/>.
'''
Multi-actor debugging for da peeps!
'''
from __future__ import annotations
from tractor.log import get_logger
from ._repl import (
PdbREPL as PdbREPL,
mk_pdb as mk_pdb,
TractorConfig as TractorConfig,
)
from ._tty_lock import (
DebugStatus as DebugStatus,
DebugStateError as DebugStateError,
)
from ._trace import (
Lock as Lock,
_pause_msg as _pause_msg,
_repl_fail_msg as _repl_fail_msg,
_set_trace as _set_trace,
_sync_pause_from_builtin as _sync_pause_from_builtin,
breakpoint as breakpoint,
maybe_init_greenback as maybe_init_greenback,
maybe_import_greenback as maybe_import_greenback,
pause as pause,
pause_from_sync as pause_from_sync,
)
from ._post_mortem import (
BoxedMaybeException as BoxedMaybeException,
maybe_open_crash_handler as maybe_open_crash_handler,
open_crash_handler as open_crash_handler,
post_mortem as post_mortem,
_crash_msg as _crash_msg,
_maybe_enter_pm as _maybe_enter_pm,
)
from ._sync import (
maybe_wait_for_debugger as maybe_wait_for_debugger,
acquire_debug_lock as acquire_debug_lock,
)
from ._sigint import (
sigint_shield as sigint_shield,
_ctlc_ignore_header as _ctlc_ignore_header
)
log = get_logger(__name__)
# ----------------
# XXX PKG TODO XXX
# ----------------
# refine the internal impl and APIs!
#
# -[ ] rework `._pause()` and it's branch-cases for root vs.
# subactor:
# -[ ] `._pause_from_root()` + `_pause_from_subactor()`?
# -[ ] do the de-factor based on bg-thread usage in
# `.pause_from_sync()` & `_pause_from_bg_root_thread()`.
# -[ ] drop `debug_func == None` case which is confusing af..
# -[ ] factor out `_enter_repl_sync()` into a util func for calling
# the `_set_trace()` / `_post_mortem()` APIs?
#
# -[ ] figure out if we need `acquire_debug_lock()` and/or re-implement
# it as part of the `.pause_from_sync()` rework per above?
#
# -[ ] pair the `._pause_from_subactor()` impl with a "debug nursery"
# that's dynamically allocated inside the `._rpc` task thus
# avoiding the `._service_n.start()` usage for the IPC request?
# -[ ] see the TODO inside `._rpc._errors_relayed_via_ipc()`
#
# -[ ] impl a `open_debug_request()` which encaps all
# `request_root_stdio_lock()` task scheduling deats
# + `DebugStatus` state mgmt; which should prolly be re-branded as
# a `DebugRequest` type anyway AND with suppoort for bg-thread
# (from root actor) usage?
#
# -[ ] handle the `xonsh` case for bg-root-threads in the SIGINT
# handler!
# -[ ] do we need to do the same for subactors?
# -[ ] make the failing tests finally pass XD
#
# -[ ] simplify `maybe_wait_for_debugger()` to be a root-task only
# API?
# -[ ] currently it's implemented as that so might as well make it
# formal?

View File

@ -1,412 +0,0 @@
# tractor: structured concurrent "actors".
# Copyright 2018-eternity Tyler Goodlet.
# This program is free software: you can redistribute it and/or
# modify it under the terms of the GNU Affero General Public License
# as published by the Free Software Foundation, either version 3 of
# the License, or (at your option) any later version.
# This program is distributed in the hope that it will be useful, but
# WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU
# Affero General Public License for more details.
# You should have received a copy of the GNU Affero General Public
# License along with this program. If not, see
# <https://www.gnu.org/licenses/>.
'''
Post-mortem debugging APIs and surrounding machinery for both
sync and async contexts.
Generally we maintain the same semantics a `pdb.post.mortem()` but
with actor-tree-wide sync/cooperation around any (sub)actor's use of
the root's TTY.
'''
from __future__ import annotations
import bdb
from contextlib import (
AbstractContextManager,
contextmanager as cm,
nullcontext,
)
from functools import (
partial,
)
import inspect
import sys
import traceback
from typing import (
Callable,
Sequence,
Type,
TYPE_CHECKING,
)
from types import (
TracebackType,
FrameType,
)
from msgspec import Struct
import trio
from tractor._exceptions import (
NoRuntime,
)
from tractor import _state
from tractor._state import (
current_actor,
debug_mode,
)
from tractor.log import get_logger
from tractor.trionics import (
is_multi_cancelled,
)
from ._trace import (
_pause,
)
from ._tty_lock import (
DebugStatus,
)
from ._repl import (
PdbREPL,
mk_pdb,
TractorConfig as TractorConfig,
)
if TYPE_CHECKING:
from trio.lowlevel import Task
from tractor._runtime import (
Actor,
)
_crash_msg: str = (
'Opening a pdb REPL in crashed actor'
)
log = get_logger(__package__)
class BoxedMaybeException(Struct):
'''
Box a maybe-exception for post-crash introspection usage
from the body of a `open_crash_handler()` scope.
'''
value: BaseException|None = None
# handler can suppress crashes dynamically
raise_on_exit: bool|Sequence[Type[BaseException]] = True
def pformat(self) -> str:
'''
Repr the boxed `.value` error in more-than-string
repr form.
'''
if not self.value:
return f'<{type(self).__name__}( .value=None )>'
return (
f'<{type(self.value).__name__}(\n'
f' |_.value = {self.value}\n'
f')>\n'
)
__repr__ = pformat
def _post_mortem(
repl: PdbREPL, # normally passed by `_pause()`
# XXX all `partial`-ed in by `post_mortem()` below!
tb: TracebackType,
api_frame: FrameType,
shield: bool = False,
hide_tb: bool = True,
# maybe pre/post REPL entry
repl_fixture: (
AbstractContextManager[bool]
|None
) = None,
boxed_maybe_exc: BoxedMaybeException|None = None,
) -> None:
'''
Enter the ``pdbpp`` port mortem entrypoint using our custom
debugger instance.
'''
__tracebackhide__: bool = hide_tb
# maybe enter any user fixture
enter_repl: bool = DebugStatus.maybe_enter_repl_fixture(
repl=repl,
repl_fixture=repl_fixture,
boxed_maybe_exc=boxed_maybe_exc,
)
try:
if not enter_repl:
# XXX, trigger `.release()` below immediately!
return
try:
actor: Actor = current_actor()
actor_repr: str = str(actor.uid)
# ^TODO, instead a nice runtime-info + maddr + uid?
# -[ ] impl a `Actor.__repr()__`??
# |_ <task>:<thread> @ <actor>
except NoRuntime:
actor_repr: str = '<no-actor-runtime?>'
try:
task_repr: Task = trio.lowlevel.current_task()
except RuntimeError:
task_repr: str = '<unknown-Task>'
# TODO: print the actor supervion tree up to the root
# here! Bo
log.pdb(
f'{_crash_msg}\n'
f'x>(\n'
f' |_ {task_repr} @ {actor_repr}\n'
)
# XXX NOTE(s) on `pdbp.xpm()` version..
#
# - seems to lose the up-stack tb-info?
# - currently we're (only) replacing this from `pdbp.xpm()`
# to add the `end=''` to the print XD
#
print(traceback.format_exc(), end='')
caller_frame: FrameType = api_frame.f_back
# NOTE, see the impl details of these in the lib to
# understand usage:
# - `pdbp.post_mortem()`
# - `pdbp.xps()`
# - `bdb.interaction()`
repl.reset()
repl.interaction(
frame=caller_frame,
# frame=None,
traceback=tb,
)
finally:
# XXX NOTE XXX: this is abs required to avoid hangs!
#
# Since we presume the post-mortem was enaged to
# a task-ending error, we MUST release the local REPL request
# so that not other local task nor the root remains blocked!
DebugStatus.release()
async def post_mortem(
*,
tb: TracebackType|None = None,
api_frame: FrameType|None = None,
hide_tb: bool = False,
# TODO: support shield here just like in `pause()`?
# shield: bool = False,
**_pause_kwargs,
) -> None:
'''
Our builtin async equivalient of `pdb.post_mortem()` which can be
used inside exception handlers.
It's also used for the crash handler when `debug_mode == True` ;)
'''
__tracebackhide__: bool = hide_tb
tb: TracebackType = tb or sys.exc_info()[2]
# TODO: do upward stack scan for highest @api_frame and
# use its parent frame as the expected user-app code
# interact point.
api_frame: FrameType = api_frame or inspect.currentframe()
# TODO, move to submod `._pausing` or ._api? _trace
await _pause(
debug_func=partial(
_post_mortem,
api_frame=api_frame,
tb=tb,
),
hide_tb=hide_tb,
**_pause_kwargs
)
async def _maybe_enter_pm(
err: BaseException,
*,
tb: TracebackType|None = None,
api_frame: FrameType|None = None,
hide_tb: bool = True,
# only enter debugger REPL when returns `True`
debug_filter: Callable[
[BaseException|BaseExceptionGroup],
bool,
] = lambda err: not is_multi_cancelled(err),
**_pause_kws,
):
if (
debug_mode()
# NOTE: don't enter debug mode recursively after quitting pdb
# Iow, don't re-enter the repl if the `quit` command was issued
# by the user.
and not isinstance(err, bdb.BdbQuit)
# XXX: if the error is the likely result of runtime-wide
# cancellation, we don't want to enter the debugger since
# there's races between when the parent actor has killed all
# comms and when the child tries to contact said parent to
# acquire the tty lock.
# Really we just want to mostly avoid catching KBIs here so there
# might be a simpler check we can do?
and
debug_filter(err)
):
api_frame: FrameType = api_frame or inspect.currentframe()
tb: TracebackType = tb or sys.exc_info()[2]
await post_mortem(
api_frame=api_frame,
tb=tb,
**_pause_kws,
)
return True
else:
return False
# TODO: better naming and what additionals?
# - [ ] optional runtime plugging?
# - [ ] detection for sync vs. async code?
# - [ ] specialized REPL entry when in distributed mode?
# -[x] hide tb by def
# - [x] allow ignoring kbi Bo
@cm
def open_crash_handler(
catch: set[BaseException] = {
BaseException,
},
ignore: set[BaseException] = {
KeyboardInterrupt,
trio.Cancelled,
},
hide_tb: bool = True,
repl_fixture: (
AbstractContextManager[bool] # pre/post REPL entry
|None
) = None,
raise_on_exit: bool|Sequence[Type[BaseException]] = True,
):
'''
Generic "post mortem" crash handler using `pdbp` REPL debugger.
We expose this as a CLI framework addon to both `click` and
`typer` users so they can quickly wrap cmd endpoints which get
automatically wrapped to use the runtime's `debug_mode: bool`
AND `pdbp.pm()` around any code that is PRE-runtime entry
- any sync code which runs BEFORE the main call to
`trio.run()`.
'''
__tracebackhide__: bool = hide_tb
# TODO, yield a `outcome.Error`-like boxed type?
# -[~] use `outcome.Value/Error` X-> frozen!
# -[x] write our own..?
# -[ ] consider just wtv is used by `pytest.raises()`?
#
boxed_maybe_exc = BoxedMaybeException(
raise_on_exit=raise_on_exit,
)
err: BaseException
try:
yield boxed_maybe_exc
except tuple(catch) as err:
boxed_maybe_exc.value = err
if (
type(err) not in ignore
and
not is_multi_cancelled(
err,
ignore_nested=ignore
)
):
try:
# use our re-impl-ed version of `pdbp.xpm()`
_post_mortem(
repl=mk_pdb(),
tb=sys.exc_info()[2],
api_frame=inspect.currentframe().f_back,
hide_tb=hide_tb,
repl_fixture=repl_fixture,
boxed_maybe_exc=boxed_maybe_exc,
)
except bdb.BdbQuit:
__tracebackhide__: bool = False
raise err
if (
raise_on_exit is True
or (
raise_on_exit is not False
and (
set(raise_on_exit)
and
type(err) in raise_on_exit
)
)
and
boxed_maybe_exc.raise_on_exit == raise_on_exit
):
raise err
@cm
def maybe_open_crash_handler(
pdb: bool|None = None,
hide_tb: bool = True,
**kwargs,
):
'''
Same as `open_crash_handler()` but with bool input flag
to allow conditional handling.
Normally this is used with CLI endpoints such that if the --pdb
flag is passed the pdb REPL is engaed on any crashes B)
'''
__tracebackhide__: bool = hide_tb
if pdb is None:
pdb: bool = _state.is_debug_mode()
rtctx = nullcontext(
enter_result=BoxedMaybeException()
)
if pdb:
rtctx = open_crash_handler(
hide_tb=hide_tb,
**kwargs,
)
with rtctx as boxed_maybe_exc:
yield boxed_maybe_exc

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@ -1,207 +0,0 @@
# tractor: structured concurrent "actors".
# Copyright 2018-eternity Tyler Goodlet.
# This program is free software: you can redistribute it and/or
# modify it under the terms of the GNU Affero General Public License
# as published by the Free Software Foundation, either version 3 of
# the License, or (at your option) any later version.
# This program is distributed in the hope that it will be useful, but
# WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU
# Affero General Public License for more details.
# You should have received a copy of the GNU Affero General Public
# License along with this program. If not, see
# <https://www.gnu.org/licenses/>.
'''
`pdpp.Pdb` extentions/customization and other delegate usage.
'''
from functools import (
cached_property,
)
import os
import pdbp
from tractor._state import (
is_root_process,
)
from ._tty_lock import (
Lock,
DebugStatus,
)
class TractorConfig(pdbp.DefaultConfig):
'''
Custom `pdbp` config which tries to use the best tradeoff
between pretty and minimal.
'''
use_pygments: bool = True
sticky_by_default: bool = False
enable_hidden_frames: bool = True
# much thanks @mdmintz for the hot tip!
# fixes line spacing issue when resizing terminal B)
truncate_long_lines: bool = False
# ------ - ------
# our own custom config vars mostly
# for syncing with the actor tree's singleton
# TTY `Lock`.
class PdbREPL(pdbp.Pdb):
'''
Add teardown hooks and local state describing any
ongoing TTY `Lock` request dialog.
'''
# override the pdbp config with our coolio one
# NOTE: this is only loaded when no `~/.pdbrc` exists
# so we should prolly pass it into the .__init__() instead?
# i dunno, see the `DefaultFactory` and `pdb.Pdb` impls.
DefaultConfig = TractorConfig
status = DebugStatus
# NOTE: see details in stdlib's `bdb.py`
# def user_exception(self, frame, exc_info):
# '''
# Called when we stop on an exception.
# '''
# log.warning(
# 'Exception during REPL sesh\n\n'
# f'{frame}\n\n'
# f'{exc_info}\n\n'
# )
# NOTE: this actually hooks but i don't see anyway to detect
# if an error was caught.. this is why currently we just always
# call `DebugStatus.release` inside `_post_mortem()`.
# def preloop(self):
# print('IN PRELOOP')
# super().preloop()
# TODO: cleaner re-wrapping of all this?
# -[ ] figure out how to disallow recursive .set_trace() entry
# since that'll cause deadlock for us.
# -[ ] maybe a `@cm` to call `super().<same_meth_name>()`?
# -[ ] look at hooking into the `pp` hook specially with our
# own set of pretty-printers?
# * `.pretty_struct.Struct.pformat()`
# * `.pformat(MsgType.pld)`
# * `.pformat(Error.tb_str)`?
# * .. maybe more?
#
def set_continue(self):
try:
super().set_continue()
finally:
# NOTE: for subactors the stdio lock is released via the
# allocated RPC locker task, so for root we have to do it
# manually.
if (
is_root_process()
and
Lock._debug_lock.locked()
and
DebugStatus.is_main_trio_thread()
):
# Lock.release(raise_on_thread=False)
Lock.release()
# XXX AFTER `Lock.release()` for root local repl usage
DebugStatus.release()
def set_quit(self):
try:
super().set_quit()
finally:
if (
is_root_process()
and
Lock._debug_lock.locked()
and
DebugStatus.is_main_trio_thread()
):
# Lock.release(raise_on_thread=False)
Lock.release()
# XXX after `Lock.release()` for root local repl usage
DebugStatus.release()
# XXX NOTE: we only override this because apparently the stdlib pdb
# bois likes to touch the SIGINT handler as much as i like to touch
# my d$%&.
def _cmdloop(self):
self.cmdloop()
@cached_property
def shname(self) -> str | None:
'''
Attempt to return the login shell name with a special check for
the infamous `xonsh` since it seems to have some issues much
different from std shells when it comes to flushing the prompt?
'''
# SUPER HACKY and only really works if `xonsh` is not used
# before spawning further sub-shells..
shpath = os.getenv('SHELL', None)
if shpath:
if (
os.getenv('XONSH_LOGIN', default=False)
or 'xonsh' in shpath
):
return 'xonsh'
return os.path.basename(shpath)
return None
def mk_pdb() -> PdbREPL:
'''
Deliver a new `PdbREPL`: a multi-process safe `pdbp.Pdb`-variant
using the magic of `tractor`'s SC-safe IPC.
B)
Our `pdb.Pdb` subtype accomplishes multi-process safe debugging
by:
- mutexing access to the root process' std-streams (& thus parent
process TTY) via an IPC managed `Lock` singleton per
actor-process tree.
- temporarily overriding any subactor's SIGINT handler to shield
during live REPL sessions in sub-actors such that cancellation
is never (mistakenly) triggered by a ctrl-c and instead only by
explicit runtime API requests or after the
`pdb.Pdb.interaction()` call has returned.
FURTHER, the `pdbp.Pdb` instance is configured to be `trio`
"compatible" from a SIGINT handling perspective; we mask out
the default `pdb` handler and instead apply `trio`s default
which mostly addresses all issues described in:
- https://github.com/python-trio/trio/issues/1155
The instance returned from this factory should always be
preferred over the default `pdb[p].set_trace()` whenever using
a `pdb` REPL inside a `trio` based runtime.
'''
pdb = PdbREPL()
# XXX: These are the important flags mentioned in
# https://github.com/python-trio/trio/issues/1155
# which resolve the traceback spews to console.
pdb.allow_kbdint = True
pdb.nosigint = True
return pdb

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@ -1,333 +0,0 @@
# tractor: structured concurrent "actors".
# Copyright 2018-eternity Tyler Goodlet.
# This program is free software: you can redistribute it and/or
# modify it under the terms of the GNU Affero General Public License
# as published by the Free Software Foundation, either version 3 of
# the License, or (at your option) any later version.
# This program is distributed in the hope that it will be useful, but
# WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU
# Affero General Public License for more details.
# You should have received a copy of the GNU Affero General Public
# License along with this program. If not, see
# <https://www.gnu.org/licenses/>.
'''
A custom SIGINT handler which mainly shields actor (task)
cancellation during REPL interaction.
'''
from __future__ import annotations
from typing import (
TYPE_CHECKING,
)
import trio
from tractor.log import get_logger
from tractor._state import (
current_actor,
is_root_process,
)
from ._repl import (
PdbREPL,
)
from ._tty_lock import (
any_connected_locker_child,
DebugStatus,
Lock,
)
if TYPE_CHECKING:
from tractor.ipc import (
Channel,
)
from tractor._runtime import (
Actor,
)
log = get_logger(__name__)
_ctlc_ignore_header: str = (
'Ignoring SIGINT while debug REPL in use'
)
def sigint_shield(
signum: int,
frame: 'frame', # type: ignore # noqa
*args,
) -> None:
'''
Specialized, debugger-aware SIGINT handler.
In childred we always ignore/shield for SIGINT to avoid
deadlocks since cancellation should always be managed by the
supervising parent actor. The root actor-proces is always
cancelled on ctrl-c.
'''
__tracebackhide__: bool = True
actor: Actor = current_actor()
def do_cancel():
# If we haven't tried to cancel the runtime then do that instead
# of raising a KBI (which may non-gracefully destroy
# a ``trio.run()``).
if not actor._cancel_called:
actor.cancel_soon()
# If the runtime is already cancelled it likely means the user
# hit ctrl-c again because teardown didn't fully take place in
# which case we do the "hard" raising of a local KBI.
else:
raise KeyboardInterrupt
# only set in the actor actually running the REPL
repl: PdbREPL|None = DebugStatus.repl
# TODO: maybe we should flatten out all these cases using
# a match/case?
#
# root actor branch that reports whether or not a child
# has locked debugger.
if is_root_process():
# log.warning(
log.devx(
'Handling SIGINT in root actor\n'
f'{Lock.repr()}'
f'{DebugStatus.repr()}\n'
)
# try to see if the supposed (sub)actor in debug still
# has an active connection to *this* actor, and if not
# it's likely they aren't using the TTY lock / debugger
# and we should propagate SIGINT normally.
any_connected: bool = any_connected_locker_child()
problem = (
f'root {actor.uid} handling SIGINT\n'
f'any_connected: {any_connected}\n\n'
f'{Lock.repr()}\n'
)
if (
(ctx := Lock.ctx_in_debug)
and
(uid_in_debug := ctx.chan.uid) # "someone" is (ostensibly) using debug `Lock`
):
name_in_debug: str = uid_in_debug[0]
assert not repl
# if not repl: # but it's NOT us, the root actor.
# sanity: since no repl ref is set, we def shouldn't
# be the lock owner!
assert name_in_debug != 'root'
# IDEAL CASE: child has REPL as expected
if any_connected: # there are subactors we can contact
# XXX: only if there is an existing connection to the
# (sub-)actor in debug do we ignore SIGINT in this
# parent! Otherwise we may hang waiting for an actor
# which has already terminated to unlock.
#
# NOTE: don't emit this with `.pdb()` level in
# root without a higher level.
log.runtime(
_ctlc_ignore_header
+
f' by child '
f'{uid_in_debug}\n'
)
problem = None
else:
problem += (
'\n'
f'A `pdb` REPL is SUPPOSEDLY in use by child {uid_in_debug}\n'
f'BUT, no child actors are IPC contactable!?!?\n'
)
# IDEAL CASE: root has REPL as expected
else:
# root actor still has this SIGINT handler active without
# an actor using the `Lock` (a bug state) ??
# => so immediately cancel any stale lock cs and revert
# the handler!
if not DebugStatus.repl:
# TODO: WHEN should we revert back to ``trio``
# handler if this one is stale?
# -[ ] maybe after a counts work of ctl-c mashes?
# -[ ] use a state var like `stale_handler: bool`?
problem += (
'No subactor is using a `pdb` REPL according `Lock.ctx_in_debug`?\n'
'BUT, the root should be using it, WHY this handler ??\n\n'
'So either..\n'
'- some root-thread is using it but has no `.repl` set?, OR\n'
'- something else weird is going on outside the runtime!?\n'
)
else:
# NOTE: since we emit this msg on ctl-c, we should
# also always re-print the prompt the tail block!
log.pdb(
_ctlc_ignore_header
+
f' by root actor..\n'
f'{DebugStatus.repl_task}\n'
f' |_{repl}\n'
)
problem = None
# XXX if one is set it means we ARE NOT operating an ideal
# case where a child subactor or us (the root) has the
# lock without any other detected problems.
if problem:
# detect, report and maybe clear a stale lock request
# cancel scope.
lock_cs: trio.CancelScope = Lock.get_locking_task_cs()
maybe_stale_lock_cs: bool = (
lock_cs is not None
and not lock_cs.cancel_called
)
if maybe_stale_lock_cs:
problem += (
'\n'
'Stale `Lock.ctx_in_debug._scope: CancelScope` detected?\n'
f'{Lock.ctx_in_debug}\n\n'
'-> Calling ctx._scope.cancel()!\n'
)
lock_cs.cancel()
# TODO: wen do we actually want/need this, see above.
# DebugStatus.unshield_sigint()
log.warning(problem)
# child actor that has locked the debugger
elif not is_root_process():
log.debug(
f'Subactor {actor.uid} handling SIGINT\n\n'
f'{Lock.repr()}\n'
)
rent_chan: Channel = actor._parent_chan
if (
rent_chan is None
or
not rent_chan.connected()
):
log.warning(
'This sub-actor thinks it is debugging '
'but it has no connection to its parent ??\n'
f'{actor.uid}\n'
'Allowing SIGINT propagation..'
)
DebugStatus.unshield_sigint()
repl_task: str|None = DebugStatus.repl_task
req_task: str|None = DebugStatus.req_task
if (
repl_task
and
repl
):
log.pdb(
_ctlc_ignore_header
+
f' by local task\n\n'
f'{repl_task}\n'
f' |_{repl}\n'
)
elif req_task:
log.debug(
_ctlc_ignore_header
+
f' by local request-task and either,\n'
f'- someone else is already REPL-in and has the `Lock`, or\n'
f'- some other local task already is replin?\n\n'
f'{req_task}\n'
)
# TODO can we remove this now?
# -[ ] does this path ever get hit any more?
else:
msg: str = (
'SIGINT shield handler still active BUT, \n\n'
)
if repl_task is None:
msg += (
'- No local task claims to be in debug?\n'
)
if repl is None:
msg += (
'- No local REPL is currently active?\n'
)
if req_task is None:
msg += (
'- No debug request task is active?\n'
)
log.warning(
msg
+
'Reverting handler to `trio` default!\n'
)
DebugStatus.unshield_sigint()
# XXX ensure that the reverted-to-handler actually is
# able to rx what should have been **this** KBI ;)
do_cancel()
# TODO: how to handle the case of an intermediary-child actor
# that **is not** marked in debug mode? See oustanding issue:
# https://github.com/goodboy/tractor/issues/320
# elif debug_mode():
# maybe redraw/print last REPL output to console since
# we want to alert the user that more input is expect since
# nothing has been done dur to ignoring sigint.
if (
DebugStatus.repl # only when current actor has a REPL engaged
):
flush_status: str = (
'Flushing stdout to ensure new prompt line!\n'
)
# XXX: yah, mega hack, but how else do we catch this madness XD
if (
repl.shname == 'xonsh'
):
flush_status += (
'-> ALSO re-flushing due to `xonsh`..\n'
)
repl.stdout.write(repl.prompt)
# log.warning(
log.devx(
flush_status
)
repl.stdout.flush()
# TODO: better console UX to match the current "mode":
# -[ ] for example if in sticky mode where if there is output
# detected as written to the tty we redraw this part underneath
# and erase the past draw of this same bit above?
# repl.sticky = True
# repl._print_if_sticky()
# also see these links for an approach from `ptk`:
# https://github.com/goodboy/tractor/issues/130#issuecomment-663752040
# https://github.com/prompt-toolkit/python-prompt-toolkit/blob/c2c6af8a0308f9e5d7c0e28cb8a02963fe0ce07a/prompt_toolkit/patch_stdout.py
else:
log.devx(
# log.warning(
'Not flushing stdout since not needed?\n'
f'|_{repl}\n'
)
# XXX only for tracing this handler
log.devx('exiting SIGINT')

View File

@ -1,220 +0,0 @@
# tractor: structured concurrent "actors".
# Copyright 2018-eternity Tyler Goodlet.
# This program is free software: you can redistribute it and/or
# modify it under the terms of the GNU Affero General Public License
# as published by the Free Software Foundation, either version 3 of
# the License, or (at your option) any later version.
# This program is distributed in the hope that it will be useful, but
# WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU
# Affero General Public License for more details.
# You should have received a copy of the GNU Affero General Public
# License along with this program. If not, see
# <https://www.gnu.org/licenses/>.
'''
Debugger synchronization APIs to ensure orderly access and
non-TTY-clobbering graceful teardown.
'''
from __future__ import annotations
from contextlib import (
asynccontextmanager as acm,
)
from functools import (
partial,
)
from typing import (
AsyncGenerator,
Callable,
)
from tractor.log import get_logger
import trio
from trio.lowlevel import (
current_task,
Task,
)
from tractor._context import Context
from tractor._state import (
current_actor,
debug_mode,
is_root_process,
)
from ._repl import (
TractorConfig as TractorConfig,
)
from ._tty_lock import (
Lock,
request_root_stdio_lock,
any_connected_locker_child,
)
from ._sigint import (
sigint_shield as sigint_shield,
_ctlc_ignore_header as _ctlc_ignore_header
)
log = get_logger(__package__)
async def maybe_wait_for_debugger(
poll_steps: int = 2,
poll_delay: float = 0.1,
child_in_debug: bool = False,
header_msg: str = '',
_ll: str = 'devx',
) -> bool: # was locked and we polled?
if (
not debug_mode()
and
not child_in_debug
):
return False
logmeth: Callable = getattr(log, _ll)
msg: str = header_msg
if (
is_root_process()
):
# If we error in the root but the debugger is
# engaged we don't want to prematurely kill (and
# thus clobber access to) the local tty since it
# will make the pdb repl unusable.
# Instead try to wait for pdb to be released before
# tearing down.
ctx_in_debug: Context|None = Lock.ctx_in_debug
in_debug: tuple[str, str]|None = (
ctx_in_debug.chan.uid
if ctx_in_debug
else None
)
if in_debug == current_actor().uid:
log.debug(
msg
+
'Root already owns the TTY LOCK'
)
return True
elif in_debug:
msg += (
f'Debug `Lock` in use by subactor\n|\n|_{in_debug}\n'
)
# TODO: could this make things more deterministic?
# wait to see if a sub-actor task will be
# scheduled and grab the tty lock on the next
# tick?
# XXX => but it doesn't seem to work..
# await trio.testing.wait_all_tasks_blocked(cushion=0)
else:
logmeth(
msg
+
'Root immediately acquired debug TTY LOCK'
)
return False
for istep in range(poll_steps):
if (
Lock.req_handler_finished is not None
and not Lock.req_handler_finished.is_set()
and in_debug is not None
):
# caller_frame_info: str = pformat_caller_frame()
logmeth(
msg
+
'\n^^ Root is waiting on tty lock release.. ^^\n'
# f'{caller_frame_info}\n'
)
if not any_connected_locker_child():
Lock.get_locking_task_cs().cancel()
with trio.CancelScope(shield=True):
await Lock.req_handler_finished.wait()
log.devx(
f'Subactor released debug lock\n'
f'|_{in_debug}\n'
)
break
# is no subactor locking debugger currently?
if (
in_debug is None
and (
Lock.req_handler_finished is None
or Lock.req_handler_finished.is_set()
)
):
logmeth(
msg
+
'Root acquired tty lock!'
)
break
else:
logmeth(
'Root polling for debug:\n'
f'poll step: {istep}\n'
f'poll delya: {poll_delay}\n\n'
f'{Lock.repr()}\n'
)
with trio.CancelScope(shield=True):
await trio.sleep(poll_delay)
continue
return True
# else:
# # TODO: non-root call for #320?
# this_uid: tuple[str, str] = current_actor().uid
# async with acquire_debug_lock(
# subactor_uid=this_uid,
# ):
# pass
return False
@acm
async def acquire_debug_lock(
subactor_uid: tuple[str, str],
) -> AsyncGenerator[
trio.CancelScope|None,
tuple,
]:
'''
Request to acquire the TTY `Lock` in the root actor, release on
exit.
This helper is for actor's who don't actually need to acquired
the debugger but want to wait until the lock is free in the
process-tree root such that they don't clobber an ongoing pdb
REPL session in some peer or child!
'''
if not debug_mode():
yield None
return
task: Task = current_task()
async with trio.open_nursery() as n:
ctx: Context = await n.start(
partial(
request_root_stdio_lock,
actor_uid=subactor_uid,
task_uid=(task.name, id(task)),
)
)
yield ctx
ctx.cancel()

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@ -15,10 +15,8 @@
# along with this program. If not, see <https://www.gnu.org/licenses/>.
'''
Pretty formatters for use throughout our internals.
Handy for logging and exception message content but also for `repr()`
in REPL(s).
Pretty formatters for use throughout the code base.
Mostly handy for logging and exception message content.
'''
import sys
@ -226,8 +224,8 @@ def pformat_cs(
field_prefix: str = ' |_',
) -> str:
'''
Pretty format info about a `trio.CancelScope` including most of
its public state and `._cancel_status`.
Pretty format info about a `trio.CancelScope` including most
of its public state and `._cancel_status`.
The output can be modified to show a "var name" for the
instance as a field prefix, just a simple str before each
@ -249,279 +247,3 @@ def pformat_cs(
+
fields
)
def nest_from_op(
input_op: str, # TODO, Literal of all op-"symbols" from below?
text: str,
prefix_op: bool = True, # unset is to suffix the first line
# optionally suffix `text`, by def on a newline
op_suffix='\n',
nest_prefix: str = '|_',
nest_indent: int|None = None,
# XXX indent `next_prefix` "to-the-right-of" `input_op`
# by this count of whitespaces (' ').
rm_from_first_ln: str|None = None,
) -> str:
'''
Depth-increment the input (presumably hierarchy/supervision)
input "tree string" below the provided `input_op` execution
operator, so injecting a `"\n|_{input_op}\n"`and indenting the
`tree_str` to nest content aligned with the ops last char.
'''
# `sclang` "structurred-concurrency-language": an ascii-encoded
# symbolic alphabet to describe concurrent systems.
#
# ?TODO? aa more fomal idea for a syntax to the state of
# concurrent systems as a "3-domain" (execution, scope, storage)
# model and using a minimal ascii/utf-8 operator-set.
#
# try not to take any of this seriously yet XD
#
# > is a "play operator" indicating (CPU bound)
# exec/work/ops required at the "lowest level computing"
#
# execution primititves (tasks, threads, actors..) denote their
# lifetime with '(' and ')' since parentheses normally are used
# in many langs to denote function calls.
#
# starting = (
# >( opening/starting; beginning of the thread-of-exec (toe?)
# (> opened/started, (finished spawning toe)
# |_<Task: blah blah..> repr of toe, in py these look like <objs>
#
# >) closing/exiting/stopping,
# )> closed/exited/stopped,
# |_<Task: blah blah..>
# [OR <), )< ?? ]
#
# ending = )
# >c) cancelling to close/exit
# c)> cancelled (caused close), OR?
# |_<Actor: ..>
# OR maybe "<c)" which better indicates the cancel being
# "delivered/returned" / returned" to LHS?
#
# >x) erroring to eventuall exit
# x)> errored and terminated
# |_<Actor: ...>
#
# scopes: supers/nurseries, IPC-ctxs, sessions, perms, etc.
# >{ opening
# {> opened
# }> closed
# >} closing
#
# storage: like queues, shm-buffers, files, etc..
# >[ opening
# [> opened
# |_<FileObj: ..>
#
# >] closing
# ]> closed
# IPC ops: channels, transports, msging
# => req msg
# <= resp msg
# <=> 2-way streaming (of msgs)
# <- recv 1 msg
# -> send 1 msg
#
# TODO: still not sure on R/L-HS approach..?
# =>( send-req to exec start (task, actor, thread..)
# (<= recv-req to ^
#
# (<= recv-req ^
# <=( recv-resp opened remote exec primitive
# <=) recv-resp closed
#
# )<=c req to stop due to cancel
# c=>) req to stop due to cancel
#
# =>{ recv-req to open
# <={ send-status that it closed
#
if (
nest_prefix
and
nest_indent != 0
):
if nest_indent is not None:
nest_prefix: str = textwrap.indent(
nest_prefix,
prefix=nest_indent*' ',
)
nest_indent: int = len(nest_prefix)
# determine body-text indent either by,
# - using wtv explicit indent value is provided,
# OR
# - auto-calcing the indent to embed `text` under
# the `nest_prefix` if provided, **IFF** `nest_indent=None`.
tree_str_indent: int = 0
if nest_indent not in {0, None}:
tree_str_indent = nest_indent
elif (
nest_prefix
and
nest_indent != 0
):
tree_str_indent = len(nest_prefix)
indented_tree_str: str = text
if tree_str_indent:
indented_tree_str: str = textwrap.indent(
text,
prefix=' '*tree_str_indent,
)
# inject any provided nesting-prefix chars
# into the head of the first line.
if nest_prefix:
indented_tree_str: str = (
f'{nest_prefix}{indented_tree_str[tree_str_indent:]}'
)
if (
not prefix_op
or
rm_from_first_ln
):
tree_lns: list[str] = indented_tree_str.splitlines()
first: str = tree_lns[0]
if rm_from_first_ln:
first = first.strip().replace(
rm_from_first_ln,
'',
)
indented_tree_str: str = '\n'.join(tree_lns[1:])
if prefix_op:
indented_tree_str = (
f'{first}\n'
f'{indented_tree_str}'
)
if prefix_op:
return (
f'{input_op}{op_suffix}'
f'{indented_tree_str}'
)
else:
return (
f'{first}{input_op}{op_suffix}'
f'{indented_tree_str}'
)
# ------ modden.repr ------
# XXX originally taken verbaatim from `modden.repr`
'''
More "multi-line" representation then the stdlib's `pprint` equivs.
'''
from inspect import (
FrameInfo,
stack,
)
import pprint
import reprlib
from typing import (
Callable,
)
def mk_repr(
**repr_kws,
) -> Callable[[str], str]:
'''
Allocate and deliver a `repr.Repr` instance with provided input
settings using the std-lib's `reprlib` mod,
* https://docs.python.org/3/library/reprlib.html
------ Ex. ------
An up to 6-layer-nested `dict` as multi-line:
- https://stackoverflow.com/a/79102479
- https://docs.python.org/3/library/reprlib.html#reprlib.Repr.maxlevel
'''
def_kws: dict[str, int] = dict(
indent=3, # indent used for repr of recursive objects
maxlevel=616, # recursion levels
maxdict=616, # max items shown for `dict`
maxlist=616, # max items shown for `dict`
maxstring=616, # match editor line-len limit
maxtuple=616, # match editor line-len limit
maxother=616, # match editor line-len limit
)
def_kws |= repr_kws
reprr = reprlib.Repr(**def_kws)
return reprr.repr
def ppfmt(
obj: object,
do_print: bool = False,
) -> str:
'''
The `pprint.pformat()` version of `pprint.pp()`, namely
a default `sort_dicts=False`.. (which i think should be
the normal default in the stdlib).
'''
pprepr: Callable = mk_repr()
repr_str: str = pprepr(obj)
if do_print:
return pprint.pp(repr_str)
return repr_str
pformat = ppfmt
def pfmt_frame_info(fi: FrameInfo) -> str:
'''
Like a std `inspect.FrameInfo.__repr__()` but multi-line..
'''
return (
'FrameInfo(\n'
' frame={!r},\n'
' filename={!r},\n'
' lineno={!r},\n'
' function={!r},\n'
' code_context={!r},\n'
' index={!r},\n'
' positions={!r})'
).format(
fi.frame,
fi.filename,
fi.lineno,
fi.function,
fi.code_context,
fi.index,
fi.positions
)
def pfmt_callstack(frames: int = 1) -> str:
'''
Generate a string of nested `inspect.FrameInfo` objects returned
from a `inspect.stack()` call such that only the `.frame` field
for each layer is pprinted.
'''
caller_frames: list[FrameInfo] = stack()[1:1+frames]
frames_str: str = ''
for i, frame_info in enumerate(caller_frames):
frames_str += textwrap.indent(
f'{frame_info.frame!r}\n',
prefix=' '*i,
)
return frames_str

View File

@ -13,7 +13,6 @@
# You should have received a copy of the GNU Affero General Public License
# along with this program. If not, see <https://www.gnu.org/licenses/>.
'''
A modular IPC layer supporting the power of cross-process SC!

View File

@ -101,27 +101,11 @@ class Channel:
# ^XXX! ONLY set if a remote actor sends an `Error`-msg
self._closed: bool = False
# flag set by `Portal.cancel_actor()` indicating remote
# (possibly peer) cancellation of the far end actor runtime.
# flag set by ``Portal.cancel_actor()`` indicating remote
# (possibly peer) cancellation of the far end actor
# runtime.
self._cancel_called: bool = False
@property
def closed(self) -> bool:
'''
Was `.aclose()` successfully called?
'''
return self._closed
@property
def cancel_called(self) -> bool:
'''
Set when `Portal.cancel_actor()` is called on a portal which
wraps this IPC channel.
'''
return self._cancel_called
@property
def uid(self) -> tuple[str, str]:
'''
@ -185,27 +169,13 @@ class Channel:
addr,
**kwargs,
)
# XXX, for UDS *no!* since we recv the peer-pid and build out
# a new addr..
# assert transport.raddr == addr
assert transport.raddr == addr
chan = Channel(transport=transport)
# ?TODO, compact this into adapter level-methods?
# -[ ] would avoid extra repr-calcs if level not active?
# |_ how would the `calc_if_level` look though? func?
if log.at_least_level('runtime'):
from tractor.devx import (
pformat as _pformat,
)
chan_repr: str = _pformat.nest_from_op(
input_op='[>',
text=chan.pformat(),
nest_indent=1,
)
log.runtime(
f'Connected channel IPC transport\n'
f'{chan_repr}'
)
log.runtime(
f'Connected channel IPC transport\n'
f'[>\n'
f' |_{chan}\n'
)
return chan
@cm
@ -226,12 +196,9 @@ class Channel:
self._transport.codec = orig
# TODO: do a .src/.dst: str for maddrs?
def pformat(
self,
privates: bool = False,
) -> str:
def pformat(self) -> str:
if not self._transport:
return '<Channel( with inactive transport? )>'
return '<Channel with inactive transport?>'
tpt: MsgTransport = self._transport
tpt_name: str = type(tpt).__name__
@ -239,35 +206,26 @@ class Channel:
'connected' if self.connected()
else 'closed'
)
repr_str: str = (
return (
f'<Channel(\n'
f' |_status: {tpt_status!r}\n'
) + (
f' _closed={self._closed}\n'
f' _cancel_called={self._cancel_called}\n'
if privates else ''
) + ( # peer-actor (processs) section
f' |_peer: {self.aid.reprol()!r}\n'
if self.aid else ' |_peer: <unknown>\n'
) + (
f'\n'
f' |_peer: {self.aid}\n'
f'\n'
f' |_msgstream: {tpt_name}\n'
f' maddr: {tpt.maddr!r}\n'
f' proto: {tpt.laddr.proto_key!r}\n'
f' layer: {tpt.layer_key!r}\n'
f' codec: {tpt.codec_key!r}\n'
f' .laddr={tpt.laddr}\n'
f' .raddr={tpt.raddr}\n'
) + (
f' ._transport.stream={tpt.stream}\n'
f' ._transport.drained={tpt.drained}\n'
if privates else ''
) + (
f' proto={tpt.laddr.proto_key!r}\n'
f' layer={tpt.layer_key!r}\n'
f' laddr={tpt.laddr}\n'
f' raddr={tpt.raddr}\n'
f' codec={tpt.codec_key!r}\n'
f' stream={tpt.stream}\n'
f' maddr={tpt.maddr!r}\n'
f' drained={tpt.drained}\n'
f' _send_lock={tpt._send_lock.statistics()}\n'
if privates else ''
) + (
')>\n'
f')>\n'
)
return repr_str
# NOTE: making this return a value that can be passed to
# `eval()` is entirely **optional** FYI!
@ -289,10 +247,6 @@ class Channel:
def raddr(self) -> Address|None:
return self._transport.raddr if self._transport else None
@property
def maddr(self) -> str:
return self._transport.maddr if self._transport else '<no-tpt>'
# TODO: something like,
# `pdbp.hideframe_on(errors=[MsgTypeError])`
# instead of the `try/except` hack we have rn..
@ -303,7 +257,7 @@ class Channel:
self,
payload: Any,
hide_tb: bool = False,
hide_tb: bool = True,
) -> None:
'''
@ -480,8 +434,8 @@ class Channel:
await self.send(aid)
peer_aid: Aid = await self.recv()
log.runtime(
f'Received hanshake with peer\n'
f'<= {peer_aid.reprol(sin_uuid=False)}\n'
f'Received hanshake with peer actor,\n'
f'{peer_aid}\n'
)
# NOTE, we always are referencing the remote peer!
self.aid = peer_aid

View File

@ -17,59 +17,29 @@
Utils to tame mp non-SC madeness
'''
import platform
def disable_mantracker():
'''
Disable all `multiprocessing` "resource tracking" machinery since
Disable all ``multiprocessing``` "resource tracking" machinery since
it's an absolute multi-threaded mess of non-SC madness.
'''
from multiprocessing.shared_memory import SharedMemory
from multiprocessing import resource_tracker as mantracker
# Tell the "resource tracker" thing to fuck off.
class ManTracker(mantracker.ResourceTracker):
def register(self, name, rtype):
pass
# 3.13+ only.. can pass `track=False` to disable
# all the resource tracker bs.
# https://docs.python.org/3/library/multiprocessing.shared_memory.html
if (_py_313 := (
platform.python_version_tuple()[:-1]
>=
('3', '13')
)
):
from functools import partial
return partial(
SharedMemory,
track=False,
)
def unregister(self, name, rtype):
pass
# !TODO, once we drop 3.12- we can obvi remove all this!
else:
from multiprocessing import (
resource_tracker as mantracker,
)
def ensure_running(self):
pass
# Tell the "resource tracker" thing to fuck off.
class ManTracker(mantracker.ResourceTracker):
def register(self, name, rtype):
pass
def unregister(self, name, rtype):
pass
def ensure_running(self):
pass
# "know your land and know your prey"
# https://www.dailymotion.com/video/x6ozzco
mantracker._resource_tracker = ManTracker()
mantracker.register = mantracker._resource_tracker.register
mantracker.ensure_running = mantracker._resource_tracker.ensure_running
mantracker.unregister = mantracker._resource_tracker.unregister
mantracker.getfd = mantracker._resource_tracker.getfd
# use std type verbatim
shmT = SharedMemory
return shmT
# "know your land and know your prey"
# https://www.dailymotion.com/video/x6ozzco
mantracker._resource_tracker = ManTracker()
mantracker.register = mantracker._resource_tracker.register
mantracker.ensure_running = mantracker._resource_tracker.ensure_running
mantracker.unregister = mantracker._resource_tracker.unregister
mantracker.getfd = mantracker._resource_tracker.getfd

View File

@ -1,253 +0,0 @@
# tractor: structured concurrent "actors".
# Copyright 2018-eternity Tyler Goodlet.
# This program is free software: you can redistribute it and/or modify
# it under the terms of the GNU Affero General Public License as published by
# the Free Software Foundation, either version 3 of the License, or
# (at your option) any later version.
# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU Affero General Public License for more details.
# You should have received a copy of the GNU Affero General Public License
# along with this program. If not, see <https://www.gnu.org/licenses/>.
'''
IPC Reliable RingBuffer implementation
'''
from __future__ import annotations
from contextlib import contextmanager as cm
from multiprocessing.shared_memory import SharedMemory
import trio
from msgspec import (
Struct,
to_builtins
)
from ._linux import (
EFD_NONBLOCK,
open_eventfd,
EventFD
)
from ._mp_bs import disable_mantracker
disable_mantracker()
class RBToken(Struct, frozen=True):
'''
RingBuffer token contains necesary info to open the two
eventfds and the shared memory
'''
shm_name: str
write_eventfd: int
wrap_eventfd: int
buf_size: int
def as_msg(self):
return to_builtins(self)
@classmethod
def from_msg(cls, msg: dict) -> RBToken:
if isinstance(msg, RBToken):
return msg
return RBToken(**msg)
@cm
def open_ringbuf(
shm_name: str,
buf_size: int = 10 * 1024,
write_efd_flags: int = 0,
wrap_efd_flags: int = 0
) -> RBToken:
shm = SharedMemory(
name=shm_name,
size=buf_size,
create=True
)
try:
token = RBToken(
shm_name=shm_name,
write_eventfd=open_eventfd(flags=write_efd_flags),
wrap_eventfd=open_eventfd(flags=wrap_efd_flags),
buf_size=buf_size
)
yield token
finally:
shm.unlink()
class RingBuffSender(trio.abc.SendStream):
'''
IPC Reliable Ring Buffer sender side implementation
`eventfd(2)` is used for wrap around sync, and also to signal
writes to the reader.
'''
def __init__(
self,
token: RBToken,
start_ptr: int = 0,
):
token = RBToken.from_msg(token)
self._shm = SharedMemory(
name=token.shm_name,
size=token.buf_size,
create=False
)
self._write_event = EventFD(token.write_eventfd, 'w')
self._wrap_event = EventFD(token.wrap_eventfd, 'r')
self._ptr = start_ptr
@property
def key(self) -> str:
return self._shm.name
@property
def size(self) -> int:
return self._shm.size
@property
def ptr(self) -> int:
return self._ptr
@property
def write_fd(self) -> int:
return self._write_event.fd
@property
def wrap_fd(self) -> int:
return self._wrap_event.fd
async def send_all(self, data: bytes | bytearray | memoryview):
# while data is larger than the remaining buf
target_ptr = self.ptr + len(data)
while target_ptr > self.size:
# write all bytes that fit
remaining = self.size - self.ptr
self._shm.buf[self.ptr:] = data[:remaining]
# signal write and wait for reader wrap around
self._write_event.write(remaining)
await self._wrap_event.read()
# wrap around and trim already written bytes
self._ptr = 0
data = data[remaining:]
target_ptr = self._ptr + len(data)
# remaining data fits on buffer
self._shm.buf[self.ptr:target_ptr] = data
self._write_event.write(len(data))
self._ptr = target_ptr
async def wait_send_all_might_not_block(self):
raise NotImplementedError
async def aclose(self):
self._write_event.close()
self._wrap_event.close()
self._shm.close()
async def __aenter__(self):
self._write_event.open()
self._wrap_event.open()
return self
class RingBuffReceiver(trio.abc.ReceiveStream):
'''
IPC Reliable Ring Buffer receiver side implementation
`eventfd(2)` is used for wrap around sync, and also to signal
writes to the reader.
'''
def __init__(
self,
token: RBToken,
start_ptr: int = 0,
flags: int = 0
):
token = RBToken.from_msg(token)
self._shm = SharedMemory(
name=token.shm_name,
size=token.buf_size,
create=False
)
self._write_event = EventFD(token.write_eventfd, 'w')
self._wrap_event = EventFD(token.wrap_eventfd, 'r')
self._ptr = start_ptr
self._flags = flags
@property
def key(self) -> str:
return self._shm.name
@property
def size(self) -> int:
return self._shm.size
@property
def ptr(self) -> int:
return self._ptr
@property
def write_fd(self) -> int:
return self._write_event.fd
@property
def wrap_fd(self) -> int:
return self._wrap_event.fd
async def receive_some(
self,
max_bytes: int | None = None,
nb_timeout: float = 0.1
) -> memoryview:
# if non blocking eventfd enabled, do polling
# until next write, this allows signal handling
if self._flags | EFD_NONBLOCK:
delta = None
while delta is None:
try:
delta = await self._write_event.read()
except OSError as e:
if e.errno == 'EAGAIN':
continue
raise e
else:
delta = await self._write_event.read()
# fetch next segment and advance ptr
next_ptr = self._ptr + delta
segment = self._shm.buf[self._ptr:next_ptr]
self._ptr = next_ptr
if self.ptr == self.size:
# reached the end, signal wrap around
self._ptr = 0
self._wrap_event.write(1)
return segment
async def aclose(self):
self._write_event.close()
self._wrap_event.close()
self._shm.close()
async def __aenter__(self):
self._write_event.open()
self._wrap_event.open()
return self

File diff suppressed because it is too large Load Diff

View File

@ -0,0 +1,834 @@
# tractor: structured concurrent "actors".
# Copyright 2018-eternity Tyler Goodlet.
# This program is free software: you can redistribute it and/or modify
# it under the terms of the GNU Affero General Public License as published by
# the Free Software Foundation, either version 3 of the License, or
# (at your option) any later version.
# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU Affero General Public License for more details.
# You should have received a copy of the GNU Affero General Public License
# along with this program. If not, see <https://www.gnu.org/licenses/>.
'''
Ring buffer ipc publish-subscribe mechanism brokered by ringd
can dynamically add new outputs (publisher) or inputs (subscriber)
'''
from typing import (
TypeVar,
Generic,
Callable,
Awaitable,
AsyncContextManager
)
from functools import partial
from contextlib import asynccontextmanager as acm
from dataclasses import dataclass
import trio
import tractor
from msgspec.msgpack import (
Encoder,
Decoder
)
from tractor.ipc._ringbuf import (
RBToken,
PayloadT,
RingBufferSendChannel,
RingBufferReceiveChannel,
attach_to_ringbuf_sender,
attach_to_ringbuf_receiver
)
from tractor.trionics import (
order_send_channel,
order_receive_channel
)
import tractor.linux._fdshare as fdshare
log = tractor.log.get_logger(__name__)
ChannelType = TypeVar('ChannelType')
@dataclass
class ChannelInfo:
token: RBToken
channel: ChannelType
cancel_scope: trio.CancelScope
teardown: trio.Event
class ChannelManager(Generic[ChannelType]):
'''
Helper for managing channel resources and their handler tasks with
cancellation, add or remove channels dynamically!
'''
def __init__(
self,
# nursery used to spawn channel handler tasks
n: trio.Nursery,
# acm will be used for setup & teardown of channel resources
open_channel_acm: Callable[..., AsyncContextManager[ChannelType]],
# long running bg task to handle channel
channel_task: Callable[..., Awaitable[None]]
):
self._n = n
self._open_channel = open_channel_acm
self._channel_task = channel_task
# signal when a new channel conects and we previously had none
self._connect_event = trio.Event()
# store channel runtime variables
self._channels: list[ChannelInfo] = []
self._is_closed: bool = True
@property
def closed(self) -> bool:
return self._is_closed
@property
def channels(self) -> list[ChannelInfo]:
return self._channels
async def _channel_handler_task(
self,
token: RBToken,
task_status=trio.TASK_STATUS_IGNORED,
**kwargs
):
'''
Open channel resources, add to internal data structures, signal channel
connect through trio.Event, and run `channel_task` with cancel scope,
and finally, maybe remove channel from internal data structures.
Spawned by `add_channel` function, lock is held from begining of fn
until `task_status.started()` call.
kwargs are proxied to `self._open_channel` acm.
'''
async with self._open_channel(
token,
**kwargs
) as chan:
cancel_scope = trio.CancelScope()
info = ChannelInfo(
token=token,
channel=chan,
cancel_scope=cancel_scope,
teardown=trio.Event()
)
self._channels.append(info)
if len(self) == 1:
self._connect_event.set()
task_status.started()
with cancel_scope:
await self._channel_task(info)
self._maybe_destroy_channel(token.shm_name)
def _find_channel(self, name: str) -> tuple[int, ChannelInfo] | None:
'''
Given a channel name maybe return its index and value from
internal _channels list.
Only use after acquiring lock.
'''
for entry in enumerate(self._channels):
i, info = entry
if info.token.shm_name == name:
return entry
return None
def _maybe_destroy_channel(self, name: str):
'''
If channel exists cancel its scope and remove from internal
_channels list.
'''
maybe_entry = self._find_channel(name)
if maybe_entry:
i, info = maybe_entry
info.cancel_scope.cancel()
info.teardown.set()
del self._channels[i]
async def add_channel(
self,
token: RBToken,
**kwargs
):
'''
Add a new channel to be handled
'''
if self.closed:
raise trio.ClosedResourceError
await self._n.start(partial(
self._channel_handler_task,
RBToken.from_msg(token),
**kwargs
))
async def remove_channel(self, name: str):
'''
Remove a channel and stop its handling
'''
if self.closed:
raise trio.ClosedResourceError
maybe_entry = self._find_channel(name)
if not maybe_entry:
# return
raise RuntimeError(
f'tried to remove channel {name} but if does not exist'
)
i, info = maybe_entry
self._maybe_destroy_channel(name)
await info.teardown.wait()
# if that was last channel reset connect event
if len(self) == 0:
self._connect_event = trio.Event()
async def wait_for_channel(self):
'''
Wait until at least one channel added
'''
if self.closed:
raise trio.ClosedResourceError
await self._connect_event.wait()
self._connect_event = trio.Event()
def __len__(self) -> int:
return len(self._channels)
def __getitem__(self, name: str):
maybe_entry = self._find_channel(name)
if maybe_entry:
_, info = maybe_entry
return info
raise KeyError(f'Channel {name} not found!')
def open(self):
self._is_closed = False
async def close(self) -> None:
if self.closed:
log.warning('tried to close ChannelManager but its already closed...')
return
for info in self._channels:
if info.channel.closed:
continue
await info.channel.aclose()
await self.remove_channel(info.token.shm_name)
self._is_closed = True
'''
Ring buffer publisher & subscribe pattern mediated by `ringd` actor.
'''
class RingBufferPublisher(trio.abc.SendChannel[PayloadT]):
'''
Use ChannelManager to create a multi ringbuf round robin sender that can
dynamically add or remove more outputs.
Don't instantiate directly, use `open_ringbuf_publisher` acm to manage its
lifecycle.
'''
def __init__(
self,
n: trio.Nursery,
# amount of msgs to each ring before switching turns
msgs_per_turn: int = 1,
# global batch size for all channels
batch_size: int = 1,
encoder: Encoder | None = None
):
self._batch_size: int = batch_size
self.msgs_per_turn = msgs_per_turn
self._enc = encoder
# helper to manage acms + long running tasks
self._chanmngr = ChannelManager[RingBufferSendChannel[PayloadT]](
n,
self._open_channel,
self._channel_task
)
# ensure no concurrent `.send()` calls
self._send_lock = trio.StrictFIFOLock()
# index of channel to be used for next send
self._next_turn: int = 0
# amount of messages sent this turn
self._turn_msgs: int = 0
# have we closed this publisher?
# set to `False` on `.__aenter__()`
self._is_closed: bool = True
@property
def closed(self) -> bool:
return self._is_closed
@property
def batch_size(self) -> int:
return self._batch_size
@batch_size.setter
def batch_size(self, value: int) -> None:
for info in self.channels:
info.channel.batch_size = value
@property
def channels(self) -> list[ChannelInfo]:
return self._chanmngr.channels
def _get_next_turn(self) -> int:
'''
Maybe switch turn and reset self._turn_msgs or just increment it.
Return current turn
'''
if self._turn_msgs == self.msgs_per_turn:
self._turn_msgs = 0
self._next_turn += 1
if self._next_turn >= len(self.channels):
self._next_turn = 0
else:
self._turn_msgs += 1
return self._next_turn
def get_channel(self, name: str) -> ChannelInfo:
'''
Get underlying ChannelInfo from name
'''
return self._chanmngr[name]
async def add_channel(
self,
token: RBToken,
):
await self._chanmngr.add_channel(token)
async def remove_channel(self, name: str):
await self._chanmngr.remove_channel(name)
@acm
async def _open_channel(
self,
token: RBToken
) -> AsyncContextManager[RingBufferSendChannel[PayloadT]]:
async with attach_to_ringbuf_sender(
token,
batch_size=self._batch_size,
encoder=self._enc
) as ring:
yield ring
async def _channel_task(self, info: ChannelInfo) -> None:
'''
Wait forever until channel cancellation
'''
await trio.sleep_forever()
async def send(self, msg: bytes):
'''
If no output channels connected, wait until one, then fetch the next
channel based on turn.
Needs to acquire `self._send_lock` to ensure no concurrent calls.
'''
if self.closed:
raise trio.ClosedResourceError
if self._send_lock.locked():
raise trio.BusyResourceError
async with self._send_lock:
# wait at least one decoder connected
if len(self.channels) == 0:
await self._chanmngr.wait_for_channel()
turn = self._get_next_turn()
info = self.channels[turn]
await info.channel.send(msg)
async def broadcast(self, msg: PayloadT):
'''
Send a msg to all channels, if no channels connected, does nothing.
'''
if self.closed:
raise trio.ClosedResourceError
for info in self.channels:
await info.channel.send(msg)
async def flush(self, new_batch_size: int | None = None):
for info in self.channels:
try:
await info.channel.flush(new_batch_size=new_batch_size)
except trio.ClosedResourceError:
...
async def __aenter__(self):
self._is_closed = False
self._chanmngr.open()
return self
async def aclose(self) -> None:
if self.closed:
log.warning('tried to close RingBufferPublisher but its already closed...')
return
await self._chanmngr.close()
self._is_closed = True
class RingBufferSubscriber(trio.abc.ReceiveChannel[PayloadT]):
'''
Use ChannelManager to create a multi ringbuf receiver that can
dynamically add or remove more inputs and combine all into a single output.
In order for `self.receive` messages to be returned in order, publisher
will send all payloads as `OrderedPayload` msgpack encoded msgs, this
allows our channel handler tasks to just stash the out of order payloads
inside `self._pending_payloads` and if a in order payload is available
signal through `self._new_payload_event`.
On `self.receive` we wait until at least one channel is connected, then if
an in order payload is pending, we pop and return it, in case no in order
payload is available wait until next `self._new_payload_event.set()`.
'''
def __init__(
self,
n: trio.Nursery,
decoder: Decoder | None = None
):
self._dec = decoder
self._chanmngr = ChannelManager[RingBufferReceiveChannel[PayloadT]](
n,
self._open_channel,
self._channel_task
)
self._schan, self._rchan = trio.open_memory_channel(0)
self._is_closed: bool = True
self._receive_lock = trio.StrictFIFOLock()
@property
def closed(self) -> bool:
return self._is_closed
@property
def channels(self) -> list[ChannelInfo]:
return self._chanmngr.channels
def get_channel(self, name: str):
return self._chanmngr[name]
async def add_channel(
self,
token: RBToken
):
await self._chanmngr.add_channel(token)
async def remove_channel(self, name: str):
await self._chanmngr.remove_channel(name)
@acm
async def _open_channel(
self,
token: RBToken
) -> AsyncContextManager[RingBufferSendChannel]:
async with attach_to_ringbuf_receiver(
token,
decoder=self._dec
) as ring:
yield ring
async def _channel_task(self, info: ChannelInfo) -> None:
'''
Iterate over receive channel messages, decode them as `OrderedPayload`s
and stash them in `self._pending_payloads`, in case we can pop next in
order payload, signal through setting `self._new_payload_event`.
'''
while True:
try:
msg = await info.channel.receive()
await self._schan.send(msg)
except tractor.linux.eventfd.EFDReadCancelled as e:
# when channel gets removed while we are doing a receive
log.exception(e)
break
except trio.EndOfChannel:
break
except trio.ClosedResourceError:
break
async def receive(self) -> PayloadT:
'''
Receive next in order msg
'''
if self.closed:
raise trio.ClosedResourceError
if self._receive_lock.locked():
raise trio.BusyResourceError
async with self._receive_lock:
return await self._rchan.receive()
async def __aenter__(self):
self._is_closed = False
self._chanmngr.open()
return self
async def aclose(self) -> None:
if self.closed:
return
await self._chanmngr.close()
await self._schan.aclose()
await self._rchan.aclose()
self._is_closed = True
'''
Actor module for managing publisher & subscriber channels remotely through
`tractor.context` rpc
'''
@dataclass
class PublisherEntry:
publisher: RingBufferPublisher | None = None
is_set: trio.Event = trio.Event()
_publishers: dict[str, PublisherEntry] = {}
def maybe_init_publisher(topic: str) -> PublisherEntry:
entry = _publishers.get(topic, None)
if not entry:
entry = PublisherEntry()
_publishers[topic] = entry
return entry
def set_publisher(topic: str, pub: RingBufferPublisher):
global _publishers
entry = _publishers.get(topic, None)
if not entry:
entry = maybe_init_publisher(topic)
if entry.publisher:
raise RuntimeError(
f'publisher for topic {topic} already set on {tractor.current_actor()}'
)
entry.publisher = pub
entry.is_set.set()
def get_publisher(topic: str = 'default') -> RingBufferPublisher:
entry = _publishers.get(topic, None)
if not entry or not entry.publisher:
raise RuntimeError(
f'{tractor.current_actor()} tried to get publisher'
'but it\'s not set'
)
return entry.publisher
async def wait_publisher(topic: str) -> RingBufferPublisher:
entry = maybe_init_publisher(topic)
await entry.is_set.wait()
return entry.publisher
@tractor.context
async def _add_pub_channel(
ctx: tractor.Context,
topic: str,
token: RBToken
):
publisher = await wait_publisher(topic)
await publisher.add_channel(token)
@tractor.context
async def _remove_pub_channel(
ctx: tractor.Context,
topic: str,
ring_name: str
):
publisher = await wait_publisher(topic)
maybe_token = fdshare.maybe_get_fds(ring_name)
if maybe_token:
await publisher.remove_channel(ring_name)
@acm
async def open_pub_channel_at(
actor_name: str,
token: RBToken,
topic: str = 'default',
):
async with tractor.find_actor(actor_name) as portal:
await portal.run(_add_pub_channel, topic=topic, token=token)
try:
yield
except trio.Cancelled:
log.warning(
'open_pub_channel_at got cancelled!\n'
f'\tactor_name = {actor_name}\n'
f'\ttoken = {token}\n'
)
raise
await portal.run(_remove_pub_channel, topic=topic, ring_name=token.shm_name)
@dataclass
class SubscriberEntry:
subscriber: RingBufferSubscriber | None = None
is_set: trio.Event = trio.Event()
_subscribers: dict[str, SubscriberEntry] = {}
def maybe_init_subscriber(topic: str) -> SubscriberEntry:
entry = _subscribers.get(topic, None)
if not entry:
entry = SubscriberEntry()
_subscribers[topic] = entry
return entry
def set_subscriber(topic: str, sub: RingBufferSubscriber):
global _subscribers
entry = _subscribers.get(topic, None)
if not entry:
entry = maybe_init_subscriber(topic)
if entry.subscriber:
raise RuntimeError(
f'subscriber for topic {topic} already set on {tractor.current_actor()}'
)
entry.subscriber = sub
entry.is_set.set()
def get_subscriber(topic: str = 'default') -> RingBufferSubscriber:
entry = _subscribers.get(topic, None)
if not entry or not entry.subscriber:
raise RuntimeError(
f'{tractor.current_actor()} tried to get subscriber'
'but it\'s not set'
)
return entry.subscriber
async def wait_subscriber(topic: str) -> RingBufferSubscriber:
entry = maybe_init_subscriber(topic)
await entry.is_set.wait()
return entry.subscriber
@tractor.context
async def _add_sub_channel(
ctx: tractor.Context,
topic: str,
token: RBToken
):
subscriber = await wait_subscriber(topic)
await subscriber.add_channel(token)
@tractor.context
async def _remove_sub_channel(
ctx: tractor.Context,
topic: str,
ring_name: str
):
subscriber = await wait_subscriber(topic)
maybe_token = fdshare.maybe_get_fds(ring_name)
if maybe_token:
await subscriber.remove_channel(ring_name)
@acm
async def open_sub_channel_at(
actor_name: str,
token: RBToken,
topic: str = 'default',
):
async with tractor.find_actor(actor_name) as portal:
await portal.run(_add_sub_channel, topic=topic, token=token)
try:
yield
except trio.Cancelled:
log.warning(
'open_sub_channel_at got cancelled!\n'
f'\tactor_name = {actor_name}\n'
f'\ttoken = {token}\n'
)
raise
await portal.run(_remove_sub_channel, topic=topic, ring_name=token.shm_name)
'''
High level helpers to open publisher & subscriber
'''
@acm
async def open_ringbuf_publisher(
# name to distinguish this publisher
topic: str = 'default',
# global batch size for channels
batch_size: int = 1,
# messages before changing output channel
msgs_per_turn: int = 1,
encoder: Encoder | None = None,
# ensure subscriber receives in same order publisher sent
# causes it to use wrapped payloads which contain the og
# index
guarantee_order: bool = False,
# on creation, set the `_publisher` global in order to use the provided
# tractor.context & helper utils for adding and removing new channels from
# remote actors
set_module_var: bool = True
) -> AsyncContextManager[RingBufferPublisher]:
'''
Open a new ringbuf publisher
'''
async with (
trio.open_nursery(strict_exception_groups=False) as n,
RingBufferPublisher(
n,
batch_size=batch_size,
encoder=encoder,
) as publisher
):
if guarantee_order:
order_send_channel(publisher)
if set_module_var:
set_publisher(topic, publisher)
yield publisher
n.cancel_scope.cancel()
@acm
async def open_ringbuf_subscriber(
# name to distinguish this subscriber
topic: str = 'default',
decoder: Decoder | None = None,
# expect indexed payloads and unwrap them in order
guarantee_order: bool = False,
# on creation, set the `_subscriber` global in order to use the provided
# tractor.context & helper utils for adding and removing new channels from
# remote actors
set_module_var: bool = True
) -> AsyncContextManager[RingBufferPublisher]:
'''
Open a new ringbuf subscriber
'''
async with (
trio.open_nursery(strict_exception_groups=False) as n,
RingBufferSubscriber(n, decoder=decoder) as subscriber
):
# maybe monkey patch `.receive` to use indexed payloads
if guarantee_order:
order_receive_channel(subscriber)
# maybe set global module var for remote actor channel updates
if set_module_var:
set_subscriber(topic, subscriber)
yield subscriber
n.cancel_scope.cancel()

File diff suppressed because it is too large Load Diff

View File

@ -23,15 +23,14 @@ considered optional within the context of this runtime-library.
"""
from __future__ import annotations
from multiprocessing import shared_memory as shm
from multiprocessing.shared_memory import (
# SharedMemory,
ShareableList,
)
import platform
from sys import byteorder
import time
from typing import Optional
from multiprocessing import shared_memory as shm
from multiprocessing.shared_memory import (
SharedMemory,
ShareableList,
)
from msgspec import (
Struct,
@ -62,7 +61,7 @@ except ImportError:
log = get_logger(__name__)
SharedMemory = disable_mantracker()
disable_mantracker()
class SharedInt:
@ -790,23 +789,11 @@ def open_shm_list(
readonly=readonly,
)
# TODO, factor into a @actor_fixture acm-API?
# -[ ] also `@maybe_actor_fixture()` which inludes
# the .current_actor() convenience check?
# |_ orr can that just be in the sin-maybe-version?
#
# "close" attached shm on actor teardown
try:
actor = tractor.current_actor()
actor.lifetime_stack.callback(shml.shm.close)
# XXX on 3.13+ we don't need to call this?
# -> bc we pass `track=False` for `SharedMemeory` orr?
if (
platform.python_version_tuple()[:-1] < ('3', '13')
):
actor.lifetime_stack.callback(shml.shm.unlink)
actor.lifetime_stack.callback(shml.shm.unlink)
except RuntimeError:
log.warning('tractor runtime not active, skipping teardown steps')

View File

@ -18,7 +18,6 @@ TCP implementation of tractor.ipc._transport.MsgTransport protocol
'''
from __future__ import annotations
import ipaddress
from typing import (
ClassVar,
)
@ -51,45 +50,13 @@ class TCPAddress(
_host: str
_port: int
def __post_init__(self):
try:
ipaddress.ip_address(self._host)
except ValueError as valerr:
raise ValueError(
'Invalid {type(self).__name__}._host = {self._host!r}\n'
) from valerr
proto_key: ClassVar[str] = 'tcp'
unwrapped_type: ClassVar[type] = tuple[str, int]
def_bindspace: ClassVar[str] = '127.0.0.1'
# ?TODO, actually validate ipv4/6 with stdlib's `ipaddress`
@property
def is_valid(self) -> bool:
'''
Predicate to ensure a valid socket-address pair.
'''
return (
self._port != 0
and
(ipaddr := ipaddress.ip_address(self._host))
and not (
ipaddr.is_reserved
or
ipaddr.is_unspecified
or
ipaddr.is_link_local
or
ipaddr.is_link_local
or
ipaddr.is_multicast
or
ipaddr.is_global
)
)
# ^XXX^ see various properties of invalid addrs here,
# https://docs.python.org/3/library/ipaddress.html#ipaddress.IPv4Address
return self._port != 0
@property
def bindspace(self) -> str:
@ -160,10 +127,6 @@ async def start_listener(
Start a TCP socket listener on the given `TCPAddress`.
'''
log.runtime(
f'Trying socket bind\n'
f'>[ {addr}\n'
)
# ?TODO, maybe we should just change the lower-level call this is
# using internall per-listener?
listeners: list[SocketListener] = await open_tcp_listeners(
@ -177,11 +140,6 @@ async def start_listener(
assert len(listeners) == 1
listener = listeners[0]
host, port = listener.socket.getsockname()[:2]
bound_addr: TCPAddress = type(addr).from_addr((host, port))
log.info(
f'Listening on TCP socket\n'
f'[> {bound_addr}\n'
)
return listener

View File

@ -78,7 +78,7 @@ class MsgTransport(Protocol):
# eventual msg definition/types?
# - https://docs.python.org/3/library/typing.html#typing.Protocol
stream: trio.SocketStream
stream: trio.abc.Stream
drained: list[MsgType]
address_type: ClassVar[Type[Address]]
@ -430,25 +430,20 @@ class MsgpackTransport(MsgTransport):
return await self.stream.send_all(size + bytes_data)
except (
trio.BrokenResourceError,
trio.ClosedResourceError,
) as _re:
trans_err = _re
) as bre:
trans_err = bre
tpt_name: str = f'{type(self).__name__!r}'
match trans_err:
# XXX, specifc to UDS transport and its,
# well, "speediness".. XD
# |_ likely todo with races related to how fast
# the socket is setup/torn-down on linux
# as it pertains to rando pings from the
# `.discovery` subsys and protos.
case trio.BrokenResourceError() if (
'[Errno 32] Broken pipe'
in
trans_err.args[0]
'[Errno 32] Broken pipe' in trans_err.args[0]
# ^XXX, specifc to UDS transport and its,
# well, "speediness".. XD
# |_ likely todo with races related to how fast
# the socket is setup/torn-down on linux
# as it pertains to rando pings from the
# `.discovery` subsys and protos.
):
tpt_closed = TransportClosed.from_src_exc(
raise TransportClosed.from_src_exc(
message=(
f'{tpt_name} already closed by peer\n'
),
@ -456,31 +451,14 @@ class MsgpackTransport(MsgTransport):
src_exc=trans_err,
raise_on_report=True,
loglevel='transport',
)
raise tpt_closed from trans_err
# case trio.ClosedResourceError() if (
# 'this socket was already closed'
# in
# trans_err.args[0]
# ):
# tpt_closed = TransportClosed.from_src_exc(
# message=(
# f'{tpt_name} already closed by peer\n'
# ),
# body=f'{self}\n',
# src_exc=trans_err,
# raise_on_report=True,
# loglevel='transport',
# )
# raise tpt_closed from trans_err
) from bre
# unless the disconnect condition falls under "a
# normal operation breakage" we usualy console warn
# about it.
case _:
log.exception(
f'{tpt_name} layer failed pre-send ??\n'
'{tpt_name} layer failed pre-send ??\n'
)
raise trans_err
@ -525,7 +503,7 @@ class MsgpackTransport(MsgTransport):
def pformat(self) -> str:
return (
f'<{type(self).__name__}(\n'
f' |_peers: 1\n'
f' |_peers: 2\n'
f' laddr: {self._laddr}\n'
f' raddr: {self._raddr}\n'
# f'\n'

View File

@ -18,9 +18,6 @@ Unix Domain Socket implementation of tractor.ipc._transport.MsgTransport protoco
'''
from __future__ import annotations
from contextlib import (
contextmanager as cm,
)
from pathlib import Path
import os
from socket import (
@ -32,7 +29,6 @@ from socket import (
)
import struct
from typing import (
Type,
TYPE_CHECKING,
ClassVar,
)
@ -103,6 +99,8 @@ class UDSAddress(
self.filedir
or
self.def_bindspace
# or
# get_rt_dir()
)
@property
@ -207,35 +205,12 @@ class UDSAddress(
f']'
)
@cm
def _reraise_as_connerr(
src_excs: tuple[Type[Exception]],
addr: UDSAddress,
):
try:
yield
except src_excs as src_exc:
raise ConnectionError(
f'Bad UDS socket-filepath-as-address ??\n'
f'{addr}\n'
f' |_sockpath: {addr.sockpath}\n'
f'\n'
f'from src: {src_exc!r}\n'
) from src_exc
async def start_listener(
addr: UDSAddress,
**kwargs,
) -> SocketListener:
'''
Start listening for inbound connections via
a `trio.SocketListener` (task) which `socket.bind()`s on `addr`.
Note, if the `UDSAddress.bindspace: Path` directory dne it is
implicitly created.
'''
# sock = addr._sock = socket.socket(
sock = socket.socket(
socket.AF_UNIX,
socket.SOCK_STREAM
@ -246,25 +221,17 @@ async def start_listener(
f'|_{addr}\n'
)
# ?TODO? should we use the `actor.lifetime_stack`
# to rm on shutdown?
bindpath: Path = addr.sockpath
if not (bs := addr.bindspace).is_dir():
log.info(
'Creating bindspace dir in file-sys\n'
f'>{{\n'
f'|_{bs!r}\n'
)
bs.mkdir()
with _reraise_as_connerr(
src_excs=(
FileNotFoundError,
OSError,
),
addr=addr
):
try:
await sock.bind(str(bindpath))
except (
FileNotFoundError,
) as fdne:
raise ConnectionError(
f'Bad UDS socket-filepath-as-address ??\n'
f'{addr}\n'
f' |_sockpath: {addr.sockpath}\n'
) from fdne
sock.listen(1)
log.info(
@ -389,30 +356,27 @@ class MsgpackUDSStream(MsgpackTransport):
# `.setsockopt()` call tells the OS provide it; the client
# pid can then be read on server/listen() side via
# `get_peer_info()` above.
with _reraise_as_connerr(
src_excs=(
FileNotFoundError,
),
addr=addr
):
try:
stream = await open_unix_socket_w_passcred(
str(sockpath),
**kwargs
)
except (
FileNotFoundError,
) as fdne:
raise ConnectionError(
f'Bad UDS socket-filepath-as-address ??\n'
f'{addr}\n'
f' |_sockpath: {sockpath}\n'
) from fdne
tpt_stream = MsgpackUDSStream(
stream = MsgpackUDSStream(
stream,
prefix_size=prefix_size,
codec=codec
)
# XXX assign from new addrs after peer-PID extract!
(
tpt_stream._laddr,
tpt_stream._raddr,
) = cls.get_stream_addrs(stream)
return tpt_stream
stream._raddr = addr
return stream
@classmethod
def get_stream_addrs(

View File

@ -0,0 +1,15 @@
# tractor: structured concurrent "actors".
# Copyright 2018-eternity Tyler Goodlet.
# This program is free software: you can redistribute it and/or modify
# it under the terms of the GNU Affero General Public License as published by
# the Free Software Foundation, either version 3 of the License, or
# (at your option) any later version.
# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU Affero General Public License for more details.
# You should have received a copy of the GNU Affero General Public License
# along with this program. If not, see <https://www.gnu.org/licenses/>.

View File

@ -0,0 +1,316 @@
# tractor: structured concurrent "actors".
# Copyright 2018-eternity Tyler Goodlet.
# This program is free software: you can redistribute it and/or modify
# it under the terms of the GNU Affero General Public License as published by
# the Free Software Foundation, either version 3 of the License, or
# (at your option) any later version.
# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU Affero General Public License for more details.
# You should have received a copy of the GNU Affero General Public License
# along with this program. If not, see <https://www.gnu.org/licenses/>.
'''
Reimplementation of multiprocessing.reduction.sendfds & recvfds, using acms and trio.
cpython impl:
https://github.com/python/cpython/blob/275056a7fdcbe36aaac494b4183ae59943a338eb/Lib/multiprocessing/reduction.py#L138
'''
import os
import array
import tempfile
from uuid import uuid4
from pathlib import Path
from typing import AsyncContextManager
from contextlib import asynccontextmanager as acm
import trio
import tractor
from trio import socket
log = tractor.log.get_logger(__name__)
class FDSharingError(Exception):
...
@acm
async def send_fds(fds: list[int], sock_path: str) -> AsyncContextManager[None]:
'''
Async trio reimplementation of `multiprocessing.reduction.sendfds`
https://github.com/python/cpython/blob/275056a7fdcbe36aaac494b4183ae59943a338eb/Lib/multiprocessing/reduction.py#L142
It's implemented using an async context manager in order to simplyfy usage
with `tractor.context`s, we can open a context in a remote actor that uses
this acm inside of it, and uses `ctx.started()` to signal the original
caller actor to perform the `recv_fds` call.
See `tractor.ipc._ringbuf._ringd._attach_to_ring` for an example.
'''
sock = socket.socket(socket.AF_UNIX, socket.SOCK_STREAM)
await sock.bind(sock_path)
sock.listen(1)
yield # socket is setup, ready for receiver connect
# wait until receiver connects
conn, _ = await sock.accept()
# setup int array for fds
fds = array.array('i', fds)
# first byte of msg will be len of fds to send % 256, acting as a fd amount
# verification on `recv_fds` we refer to it as `check_byte`
msg = bytes([len(fds) % 256])
# send msg with custom SCM_RIGHTS type
await conn.sendmsg(
[msg],
[(socket.SOL_SOCKET, socket.SCM_RIGHTS, fds)]
)
# finally wait receiver ack
if await conn.recv(1) != b'A':
raise FDSharingError('did not receive acknowledgement of fd')
conn.close()
sock.close()
os.unlink(sock_path)
async def recv_fds(sock_path: str, amount: int) -> tuple:
'''
Async trio reimplementation of `multiprocessing.reduction.recvfds`
https://github.com/python/cpython/blob/275056a7fdcbe36aaac494b4183ae59943a338eb/Lib/multiprocessing/reduction.py#L150
It's equivalent to std just using `trio.open_unix_socket` for connecting and
changes on error handling.
See `tractor.ipc._ringbuf._ringd._attach_to_ring` for an example.
'''
stream = await trio.open_unix_socket(sock_path)
sock = stream.socket
# prepare int array for fds
a = array.array('i')
bytes_size = a.itemsize * amount
# receive 1 byte + space necesary for SCM_RIGHTS msg for {amount} fds
msg, ancdata, flags, addr = await sock.recvmsg(
1, socket.CMSG_SPACE(bytes_size)
)
# maybe failed to receive msg?
if not msg and not ancdata:
raise FDSharingError(f'Expected to receive {amount} fds from {sock_path}, but got EOF')
# send ack, std comment mentions this ack pattern was to get around an
# old macosx bug, but they are not sure if its necesary any more, in
# any case its not a bad pattern to keep
await sock.send(b'A') # Ack
# expect to receive only one `ancdata` item
if len(ancdata) != 1:
raise FDSharingError(
f'Expected to receive exactly one \"ancdata\" but got {len(ancdata)}: {ancdata}'
)
# unpack SCM_RIGHTS msg
cmsg_level, cmsg_type, cmsg_data = ancdata[0]
# check proper msg type
if cmsg_level != socket.SOL_SOCKET:
raise FDSharingError(
f'Expected CMSG level to be SOL_SOCKET({socket.SOL_SOCKET}) but got {cmsg_level}'
)
if cmsg_type != socket.SCM_RIGHTS:
raise FDSharingError(
f'Expected CMSG type to be SCM_RIGHTS({socket.SCM_RIGHTS}) but got {cmsg_type}'
)
# check proper data alignment
length = len(cmsg_data)
if length % a.itemsize != 0:
raise FDSharingError(
f'CMSG data alignment error: len of {length} is not divisible by int size {a.itemsize}'
)
# attempt to cast as int array
a.frombytes(cmsg_data)
# validate length check byte
valid_check_byte = amount % 256 # check byte acording to `recv_fds` caller
recvd_check_byte = msg[0] # actual received check byte
payload_check_byte = len(a) % 256 # check byte acording to received fd int array
if recvd_check_byte != payload_check_byte:
raise FDSharingError(
'Validation failed: received check byte '
f'({recvd_check_byte}) does not match fd int array len % 256 ({payload_check_byte})'
)
if valid_check_byte != recvd_check_byte:
raise FDSharingError(
'Validation failed: received check byte '
f'({recvd_check_byte}) does not match expected fd amount % 256 ({valid_check_byte})'
)
return tuple(a)
'''
Share FD actor module
Add "tractor.linux._fdshare" to enabled modules on actors to allow sharing of
FDs with other actors.
Use `share_fds` function to register a set of fds with a name, then other
actors can use `request_fds_from` function to retrieve the fds.
Use `unshare_fds` to disable sharing of a set of FDs.
'''
FDType = tuple[int]
_fds: dict[str, FDType] = {}
def maybe_get_fds(name: str) -> FDType | None:
'''
Get registered FDs with a given name or return None
'''
return _fds.get(name, None)
def get_fds(name: str) -> FDType:
'''
Get registered FDs with a given name or raise
'''
fds = maybe_get_fds(name)
if not fds:
raise RuntimeError(f'No FDs with name {name} found!')
return fds
def share_fds(
name: str,
fds: tuple[int],
) -> None:
'''
Register a set of fds to be shared under a given name.
'''
this_actor = tractor.current_actor()
if __name__ not in this_actor.enable_modules:
raise RuntimeError(
f'Tried to share FDs {fds} with name {name}, but '
f'module {__name__} is not enabled in actor {this_actor.name}!'
)
maybe_fds = maybe_get_fds(name)
if maybe_fds:
raise RuntimeError(f'share FDs: {maybe_fds} already tied to name {name}')
_fds[name] = fds
def unshare_fds(name: str) -> None:
'''
Unregister a set of fds to disable sharing them.
'''
get_fds(name) # raise if not exists
del _fds[name]
@tractor.context
async def _pass_fds(
ctx: tractor.Context,
name: str,
sock_path: str
) -> None:
'''
Endpoint to request a set of FDs from current actor, will use `ctx.started`
to send original FDs, then `send_fds` will block until remote side finishes
the `recv_fds` call.
'''
# get fds or raise error
fds = get_fds(name)
# start fd passing context using socket on `sock_path`
async with send_fds(fds, sock_path):
# send original fds through ctx.started
await ctx.started(fds)
async def request_fds_from(
actor_name: str,
fds_name: str
) -> FDType:
'''
Use this function to retreive shared FDs from `actor_name`.
'''
this_actor = tractor.current_actor()
# create a temporary path for the UDS sock
sock_path = str(
Path(tempfile.gettempdir())
/
f'{fds_name}-from-{actor_name}-to-{this_actor.name}.sock'
)
# having a socket path length > 100 aprox can cause:
# OSError: AF_UNIX path too long
# https://pubs.opengroup.org/onlinepubs/9699919799/basedefs/sys_un.h.html#tag_13_67_04
# attempt sock path creation with smaller names
if len(sock_path) > 100:
sock_path = str(
Path(tempfile.gettempdir())
/
f'{fds_name}-to-{this_actor.name}.sock'
)
if len(sock_path) > 100:
# just use uuid4
sock_path = str(
Path(tempfile.gettempdir())
/
f'pass-fds-{uuid4()}.sock'
)
async with (
tractor.find_actor(actor_name) as portal,
portal.open_context(
_pass_fds,
name=fds_name,
sock_path=sock_path
) as (ctx, fds_info),
):
# get original FDs
og_fds = fds_info
# retrieve copies of FDs
fds = await recv_fds(sock_path, len(og_fds))
log.info(
f'{this_actor.name} received fds: {og_fds} -> {fds}'
)
return fds

View File

@ -14,7 +14,7 @@
# You should have received a copy of the GNU Affero General Public License
# along with this program. If not, see <https://www.gnu.org/licenses/>.
'''
Linux specifics, for now we are only exposing EventFD
Expose libc eventfd APIs
'''
import os
@ -108,6 +108,10 @@ def close_eventfd(fd: int) -> int:
raise OSError(errno.errorcode[ffi.errno], 'close failed')
class EFDReadCancelled(Exception):
...
class EventFD:
'''
Use a previously opened eventfd(2), meant to be used in
@ -124,26 +128,82 @@ class EventFD:
self._fd: int = fd
self._omode: str = omode
self._fobj = None
self._cscope: trio.CancelScope | None = None
self._is_closed: bool = True
self._read_lock = trio.StrictFIFOLock()
@property
def closed(self) -> bool:
return self._is_closed
@property
def fd(self) -> int | None:
return self._fd
def write(self, value: int) -> int:
if self.closed:
raise trio.ClosedResourceError
return write_eventfd(self._fd, value)
async def read(self) -> int:
return await trio.to_thread.run_sync(
read_eventfd, self._fd,
abandon_on_cancel=True
)
'''
Async wrapper for `read_eventfd(self.fd)`
`trio.to_thread.run_sync` is used, need to use a `trio.CancelScope`
in order to make it cancellable when `self.close()` is called.
'''
if self.closed:
raise trio.ClosedResourceError
if self._read_lock.locked():
raise trio.BusyResourceError
async with self._read_lock:
self._cscope = trio.CancelScope()
with self._cscope:
try:
return await trio.to_thread.run_sync(
read_eventfd, self._fd,
abandon_on_cancel=True
)
except OSError as e:
if e.errno != errno.EBADF:
raise
raise trio.BrokenResourceError
if self._cscope.cancelled_caught:
raise EFDReadCancelled
self._cscope = None
def read_nowait(self) -> int:
'''
Direct call to `read_eventfd(self.fd)`, unless `eventfd` was
opened with `EFD_NONBLOCK` its gonna block the thread.
'''
return read_eventfd(self._fd)
def open(self):
self._fobj = os.fdopen(self._fd, self._omode)
self._is_closed = False
def close(self):
if self._fobj:
self._fobj.close()
try:
self._fobj.close()
except OSError:
...
if self._cscope:
self._cscope.cancel()
self._is_closed = True
def __enter__(self):
self.open()

View File

@ -81,35 +81,10 @@ BOLD_PALETTE = {
}
def at_least_level(
log: Logger|LoggerAdapter,
level: int|str,
) -> bool:
'''
Predicate to test if a given level is active.
'''
if isinstance(level, str):
level: int = CUSTOM_LEVELS[level.upper()]
if log.getEffectiveLevel() <= level:
return True
return False
# TODO: this isn't showing the correct '{filename}'
# as it did before..
class StackLevelAdapter(LoggerAdapter):
def at_least_level(
self,
level: str,
) -> bool:
return at_least_level(
log=self,
level=level,
)
def transport(
self,
msg: str,
@ -295,9 +270,7 @@ def get_logger(
subsys_spec: str|None = None,
) -> StackLevelAdapter:
'''
Return the `tractor`-library root logger or a sub-logger for
`name` if provided.
'''Return the package log or a sub-logger for ``name`` if provided.
'''
log: Logger
@ -309,7 +282,7 @@ def get_logger(
name != _proj_name
):
# NOTE: for handling for modules that use `get_logger(__name__)`
# NOTE: for handling for modules that use ``get_logger(__name__)``
# we make the following stylistic choice:
# - always avoid duplicate project-package token
# in msg output: i.e. tractor.tractor.ipc._chan.py in header
@ -358,7 +331,7 @@ def get_logger(
def get_console_log(
level: str|None = None,
logger: Logger|StackLevelAdapter|None = None,
logger: Logger|None = None,
**kwargs,
) -> LoggerAdapter:
@ -371,23 +344,12 @@ def get_console_log(
Yeah yeah, i know we can use `logging.config.dictConfig()`. You do it.
'''
# get/create a stack-aware-adapter
if (
logger
and
isinstance(logger, StackLevelAdapter)
):
# XXX, for ex. when passed in by a caller wrapping some
# other lib's logger instance with our level-adapter.
log = logger
log = get_logger(
logger=logger,
**kwargs
) # set a root logger
logger: Logger = log.logger
else:
log: StackLevelAdapter = get_logger(
logger=logger,
**kwargs
)
logger: Logger|StackLevelAdapter = log.logger
if not level:
return log
@ -405,7 +367,10 @@ def get_console_log(
None,
)
):
fmt: str = LOG_FORMAT # always apply our format?
fmt = LOG_FORMAT
# if logger:
# fmt = None
handler = StreamHandler()
formatter = colorlog.ColoredFormatter(
fmt=fmt,
@ -426,3 +391,19 @@ def get_loglevel() -> str:
# global module logger for tractor itself
log: StackLevelAdapter = get_logger('tractor')
def at_least_level(
log: Logger|LoggerAdapter,
level: int|str,
) -> bool:
'''
Predicate to test if a given level is active.
'''
if isinstance(level, str):
level: int = CUSTOM_LEVELS[level.upper()]
if log.getEffectiveLevel() <= level:
return True
return False

View File

@ -39,13 +39,11 @@ from contextvars import (
)
import textwrap
from typing import (
Any,
Callable,
Protocol,
Type,
TYPE_CHECKING,
TypeVar,
Any,
Type,
Union,
Callable,
)
from types import ModuleType
@ -54,6 +52,13 @@ from msgspec import (
msgpack,
Raw,
)
from msgspec.inspect import (
CustomType,
UnionType,
SetType,
ListType,
TupleType
)
# TODO: see notes below from @mikenerone..
# from tricycle import TreeVar
@ -81,7 +86,7 @@ class MsgDec(Struct):
'''
_dec: msgpack.Decoder
# _ext_types_box: Struct|None = None
_ext_types_boxes: dict[Type, Struct] = {}
@property
def dec(self) -> msgpack.Decoder:
@ -226,6 +231,8 @@ def mk_dec(
f'ext_types = {ext_types!r}\n'
)
_boxed_structs: dict[Type, Struct] = {}
if dec_hook:
if ext_types is None:
raise TypeError(
@ -237,17 +244,15 @@ def mk_dec(
f'ext_types = {ext_types!r}\n'
)
# XXX, i *thought* we would require a boxing struct as per docs,
# https://jcristharif.com/msgspec/extending.html#mapping-to-from-native-types
# |_ see comment,
# > Note that typed deserialization is required for
# > successful roundtripping here, so we pass `MyMessage` to
# > `Decoder`.
#
# BUT, turns out as long as you spec a union with `Raw` it
# will work? kk B)
#
# maybe_box_struct = mk_boxed_ext_struct(ext_types)
if len(ext_types) > 1:
_boxed_structs = mk_boxed_ext_structs(ext_types)
ext_types = [
etype
for etype in ext_types
if etype not in _boxed_structs
]
ext_types += list(_boxed_structs.values())
spec = Raw | Union[*ext_types]
return MsgDec(
@ -255,29 +260,26 @@ def mk_dec(
type=spec, # like `MsgType[Any]`
dec_hook=dec_hook,
),
_ext_types_boxes=_boxed_structs
)
# TODO? remove since didn't end up needing this?
def mk_boxed_ext_struct(
def mk_boxed_ext_structs(
ext_types: list[Type],
) -> Struct:
# NOTE, originally was to wrap non-msgpack-supported "extension
# types" in a field-typed boxing struct, see notes around the
# `dec_hook()` branch in `mk_dec()`.
ext_types_union = Union[*ext_types]
repr_ext_types_union: str = (
str(ext_types_union)
or
"|".join(ext_types)
)
BoxedExtType = msgspec.defstruct(
f'BoxedExts[{repr_ext_types_union}]',
fields=[
('boxed', ext_types_union),
],
)
return BoxedExtType
) -> dict[Type, Struct]:
box_types: dict[Type, Struct] = {}
for ext_type in ext_types:
info = msgspec.inspect.type_info(ext_type)
if isinstance(info, CustomType):
box_types[ext_type] = msgspec.defstruct(
f'Box{ext_type.__name__}',
tag=True,
fields=[
('inner', ext_type),
],
)
return box_types
def unpack_spec_types(
@ -378,7 +380,7 @@ class MsgCodec(Struct):
_dec: msgpack.Decoder
_pld_spec: Type[Struct]|Raw|Any
# _ext_types_box: Struct|None = None
_ext_types_boxes: dict[Type, Struct] = {}
def __repr__(self) -> str:
speclines: str = textwrap.indent(
@ -465,45 +467,29 @@ class MsgCodec(Struct):
'''
__tracebackhide__: bool = hide_tb
if use_buf:
self._enc.encode_into(py_obj, self._buf)
return self._buf
return self._enc.encode(py_obj)
# try:
# return self._enc.encode(py_obj)
# except TypeError as typerr:
# typerr.add_note(
# '|_src error from `msgspec`'
# # f'|_{self._enc.encode!r}'
# )
# raise typerr
try:
# TODO! REMOVE once i'm confident we won't ever need it!
#
# box: Struct = self._ext_types_box
# if (
# as_ext_type
# or
# (
# # XXX NOTE, auto-detect if the input type
# box
# and
# (ext_types := unpack_spec_types(
# spec=box.__annotations__['boxed'])
# )
# )
# ):
# match py_obj:
# # case PayloadMsg(pld=pld) if (
# # type(pld) in ext_types
# # ):
# # py_obj.pld = box(boxed=py_obj)
# # breakpoint()
# case _ if (
# type(py_obj) in ext_types
# ):
# py_obj = box(boxed=py_obj)
box: Struct|None = self._ext_types_boxes.get(type(py_obj), None)
if (
as_ext_type
or
box
):
py_obj = box(inner=py_obj)
if use_buf:
self._enc.encode_into(py_obj, self._buf)
return self._buf
return self._enc.encode(py_obj)
except TypeError as typerr:
typerr.add_note(
'|_src error from `msgspec`'
# f'|_{self._enc.encode!r}'
)
raise typerr
@property
def dec(self) -> msgpack.Decoder:
@ -565,11 +551,6 @@ def mk_codec(
enc_hook: Callable|None = None,
ext_types: list[Type]|None = None,
# optionally provided msg-decoder from which we pull its,
# |_.dec_hook()
# |_.type
ext_dec: MsgDec|None = None
#
# ?TODO? other params we might want to support
# Encoder:
# write_buffer_size=write_buffer_size,
@ -597,12 +578,6 @@ def mk_codec(
)
dec_hook: Callable|None = None
if ext_dec:
dec: msgspec.Decoder = ext_dec.dec
dec_hook = dec.dec_hook
pld_spec |= dec.type
if ext_types:
pld_spec |= Union[*ext_types]
# (manually) generate a msg-spec (how appropes) for all relevant
# payload-boxing-struct-msg-types, parameterizing the
@ -630,10 +605,16 @@ def mk_codec(
enc = msgpack.Encoder(
enc_hook=enc_hook,
)
boxes = {}
if ext_types and len(ext_types) > 1:
boxes = mk_boxed_ext_structs(ext_types)
codec = MsgCodec(
_enc=enc,
_dec=dec,
_pld_spec=pld_spec,
_ext_types_boxes=boxes
)
# sanity on expected backend support
assert codec.lib.__name__ == libname
@ -809,78 +790,298 @@ def limit_msg_spec(
assert curr_codec is current_codec()
# XXX: msgspec won't allow this with non-struct custom types
# like `NamespacePath`!@!
# @cm
# def extend_msg_spec(
# payload_spec: Union[Type[Struct]],
'''
Encoder / Decoder generic hook factory
# ) -> MsgCodec:
# '''
# Extend the current `MsgCodec.pld_spec` (type set) by extending
# the payload spec to **include** the types specified by
# `payload_spec`.
# '''
# codec: MsgCodec = current_codec()
# pld_spec: Union[Type] = codec.pld_spec
# extended_spec: Union[Type] = pld_spec|payload_spec
# with limit_msg_spec(payload_types=extended_spec) as ext_codec:
# # import pdbp; pdbp.set_trace()
# assert ext_codec.pld_spec == extended_spec
# yield ext_codec
#
# ^-TODO-^ is it impossible to make something like this orr!?
# TODO: make an auto-custom hook generator from a set of input custom
# types?
# -[ ] below is a proto design using a `TypeCodec` idea?
#
# type var for the expected interchange-lib's
# IPC-transport type when not available as a built-in
# serialization output.
WireT = TypeVar('WireT')
'''
# TODO: some kinda (decorator) API for built-in subtypes
# that builds this implicitly by inspecting the `mro()`?
class TypeCodec(Protocol):
# builtins we can have in same pld_spec as custom types
default_builtins = (
None,
bool,
int,
float,
bytes,
list
)
# spec definition type
TypeSpec = (
Type |
Union[Type] |
list[Type] |
tuple[Type] |
set[Type]
)
class TypeCodec:
'''
A per-custom-type wire-transport serialization translator
description type.
This class describes a way of encoding to or decoding from a "wire type",
objects that have `encode_fn` and `decode_fn` can be used with
`.encode/.decode`.
'''
src_type: Type
wire_type: WireT
def encode(obj: Type) -> WireT:
...
def __init__(
self,
wire_type: Type,
decode_fn: str,
encode_fn: str = 'encode',
):
self._encode_fn: str = encode_fn
self._decode_fn: str = decode_fn
self._wire_type: Type = wire_type
def decode(
obj_type: Type[WireT],
obj: WireT,
) -> Type:
...
def __repr__(self) -> str:
return (
f'{type(self).__name__}('
f'{self._encode_fn}, '
f'{self._decode_fn}) '
f'-> {self._wire_type}'
)
@property
def encode_fn(self) -> str:
return self._encode_fn
@property
def decode_fn(self) -> str:
return self._decode_fn
@property
def wire_type(self) -> str:
return self._wire_type
def is_type_compat(self, obj: any) -> bool:
return (
hasattr(obj, self._encode_fn)
and
hasattr(obj, self._decode_fn)
)
def encode(self, obj: any) -> any:
return getattr(obj, self._encode_fn)()
def decode(self, cls: Type, raw: any) -> any:
return getattr(cls, self._decode_fn)(raw)
class MsgpackTypeCodec(TypeCodec):
...
'''
Default codec descriptions for wire types:
- bytes
- str
- int
'''
def mk_codec_hooks(
type_codecs: list[TypeCodec],
BytesCodec = TypeCodec(
decode_fn='from_bytes',
wire_type=bytes
)
) -> tuple[Callable, Callable]:
StrCodec = TypeCodec(
decode_fn='from_str',
wire_type=str
)
IntCodec = TypeCodec(
decode_fn='from_int',
wire_type=int
)
default_codecs: dict[Type, TypeCodec] = {
bytes: BytesCodec,
str: StrCodec,
int: IntCodec
}
def mk_spec_set(
spec: TypeSpec
) -> set[Type]:
'''
Deliver a `enc_hook()`/`dec_hook()` pair which handle
manual convertion from an input `Type` set such that whenever
the `TypeCodec.filter()` predicate matches the
`TypeCodec.decode()` is called on the input native object by
the `dec_hook()` and whenever the
`isiinstance(obj, TypeCodec.type)` matches against an
`enc_hook(obj=obj)` the return value is taken from a
`TypeCodec.encode(obj)` callback.
Given any of the different spec definitions, always return a `set[Type]`
with each spec type as an item.
- When passed list|tuple|set do nothing
- When passed a single type we wrap it in tuple
- When passed a Union we wrap its inner types in tuple
'''
...
if not (
isinstance(spec, set)
or
isinstance(spec, list)
or
isinstance(spec, tuple)
):
spec_info = msgspec.inspect.type_info(spec)
match spec_info:
case UnionType():
return set((
t.cls
for t in spec_info.types
))
case _:
return set((spec, ))
return set(spec)
def mk_codec_map_from_spec(
spec: TypeSpec,
codecs: dict[Type, TypeCodec] = default_codecs
) -> dict[Type, TypeCodec]:
'''
Generate a map of spec type -> supported codec
'''
spec: set[Type] = mk_spec_set(spec)
spec_codecs: dict[Type, TypeCodec] = {}
for t in spec:
if t in spec_codecs:
continue
for codec_type in (int, bytes, str):
codec = codecs[codec_type]
if codec.is_type_compat(t):
spec_codecs[t] = codec
break
return spec_codecs
def mk_enc_hook(
spec: TypeSpec,
with_builtins: bool = True,
builtins: set[Type] = default_builtins,
codecs: dict[Type, TypeCodec] = default_codecs
) -> Callable:
'''
Given a type specification return a msgspec enc_hook fn
'''
spec_codecs = mk_codec_map_from_spec(spec)
def enc_hook(obj: any) -> any:
try:
t = type(obj)
maybe_codec = spec_codecs.get(t, None)
if maybe_codec:
return maybe_codec.encode(obj)
# passthrough builtins
if builtins and t in builtins:
return obj
raise NotImplementedError(
f"Objects of type {type(obj)} are not supported:\n{obj}"
)
except* Exception as e:
e.add_note(f'enc_hook: {t}, {type(obj)} {obj}')
raise
return enc_hook
def mk_dec_hook(
spec: TypeSpec,
with_builtins: bool = True,
builtins: set[Type] = default_builtins,
codecs: dict[Type, TypeCodec] = default_codecs
) -> Callable:
'''
Given a type specification return a msgspec dec_hook fn
'''
spec_codecs = mk_codec_map_from_spec(spec)
def dec_hook(t: Type, obj: any) -> any:
try:
if t is type(obj):
return obj
maybe_codec = spec_codecs.get(t, None)
if maybe_codec:
return maybe_codec.decode(t, obj)
# passthrough builtins
if builtins and type(obj) in builtins:
return obj
raise NotImplementedError(
f"Objects of type {type} are not supported from {obj}"
)
except* Exception as e:
e.add_note(f'dec_hook: {t}, {type(obj)} {obj}')
raise
return dec_hook
def mk_codec_hooks(*args, **kwargs) -> tuple[Callable, Callable]:
'''
Given a type specification return a msgspec enc & dec hook fn pair
'''
return (
mk_enc_hook(*args, **kwargs),
mk_dec_hook(*args, **kwargs)
)
def mk_codec_from_spec(
spec: TypeSpec,
with_builtins: bool = True,
builtins: set[Type] = default_builtins,
codecs: dict[Type, TypeCodec] = default_codecs
) -> MsgCodec:
'''
Given a type specification return a MsgCodec
'''
spec: set[Type] = mk_spec_set(spec)
return mk_codec(
enc_hook=mk_enc_hook(
spec,
with_builtins=with_builtins,
builtins=builtins,
codecs=codecs
),
ext_types=spec
)
def mk_msgpack_codec(
spec: TypeSpec,
with_builtins: bool = True,
builtins: set[Type] = default_builtins,
codecs: dict[Type, TypeCodec] = default_codecs
) -> tuple[msgpack.Encoder, msgpack.Decoder]:
'''
Get a msgpack Encoder, Decoder pair for a given type spec
'''
enc_hook, dec_hook = mk_codec_hooks(
spec,
with_builtins=with_builtins,
builtins=builtins,
codecs=codecs
)
encoder = msgpack.Encoder(enc_hook=enc_hook)
decoder = msgpack.Decoder(spec, dec_hook=dec_hook)
return encoder, decoder

View File

@ -210,14 +210,12 @@ class PldRx(Struct):
match msg:
case Return()|Error():
log.runtime(
f'Rxed final-outcome msg\n'
f'\n'
f'Rxed final outcome msg\n'
f'{msg}\n'
)
case Stop():
log.runtime(
f'Rxed stream stopped msg\n'
f'\n'
f'{msg}\n'
)
if passthrough_non_pld_msgs:
@ -263,9 +261,8 @@ class PldRx(Struct):
if (
type(msg) is Return
):
log.runtime(
log.info(
f'Rxed final result msg\n'
f'\n'
f'{msg}\n'
)
return self.decode_pld(
@ -307,13 +304,10 @@ class PldRx(Struct):
try:
pld: PayloadT = self._pld_dec.decode(pld)
log.runtime(
f'Decoded payload for\n'
# f'\n'
'Decoded msg payload\n\n'
f'{msg}\n'
# ^TODO?, ideally just render with `,
# pld={decode}` in the `msg.pformat()`??
f'where, '
f'{type(msg).__name__}.pld={pld!r}\n'
f'where payload decoded as\n'
f'|_pld={pld!r}\n'
)
return pld
except TypeError as typerr:
@ -500,8 +494,7 @@ def limit_plds(
finally:
log.runtime(
f'Reverted to previous payload-decoder\n'
f'\n'
'Reverted to previous payload-decoder\n\n'
f'{orig_pldec}\n'
)
# sanity on orig settings
@ -615,7 +608,7 @@ async def drain_to_final_msg(
#
# -[ ] make sure pause points work here for REPLing
# the runtime itself; i.e. ensure there's no hangs!
# |_from tractor.devx.debug import pause
# |_from tractor.devx._debug import pause
# await pause()
# NOTE: we get here if the far end was
@ -636,8 +629,7 @@ async def drain_to_final_msg(
(local_cs := rent_n.cancel_scope).cancel_called
):
log.cancel(
f'RPC-ctx cancelled by local-parent scope during drain!\n'
f'\n'
'RPC-ctx cancelled by local-parent scope during drain!\n\n'
f'c}}>\n'
f' |_{rent_n}\n'
f' |_.cancel_scope = {local_cs}\n'
@ -671,8 +663,7 @@ async def drain_to_final_msg(
# final result arrived!
case Return():
log.runtime(
f'Context delivered final draining msg\n'
f'\n'
'Context delivered final draining msg:\n'
f'{pretty_struct.pformat(msg)}'
)
ctx._result: Any = pld
@ -706,14 +697,12 @@ async def drain_to_final_msg(
):
log.cancel(
'Cancelling `MsgStream` drain since '
f'{reason}\n'
f'\n'
f'{reason}\n\n'
f'<= {ctx.chan.uid}\n'
f' |_{ctx._nsf}()\n'
f'\n'
f' |_{ctx._nsf}()\n\n'
f'=> {ctx._task}\n'
f' |_{ctx._stream}\n'
f'\n'
f' |_{ctx._stream}\n\n'
f'{pretty_struct.pformat(msg)}\n'
)
break
@ -750,8 +739,7 @@ async def drain_to_final_msg(
case Stop():
pre_result_drained.append(msg)
log.runtime( # normal/expected shutdown transaction
f'Remote stream terminated due to "stop" msg\n'
f'\n'
'Remote stream terminated due to "stop" msg:\n\n'
f'{pretty_struct.pformat(msg)}\n'
)
continue
@ -826,8 +814,7 @@ async def drain_to_final_msg(
else:
log.cancel(
f'Skipping `MsgStream` drain since final outcome is set\n'
f'\n'
'Skipping `MsgStream` drain since final outcome is set\n\n'
f'{ctx.outcome}\n'
)

View File

@ -20,7 +20,6 @@ Prettified version of `msgspec.Struct` for easier console grokin.
'''
from __future__ import annotations
from collections import UserList
import textwrap
from typing import (
Any,
Iterator,
@ -106,11 +105,27 @@ def iter_fields(struct: Struct) -> Iterator[
)
def iter_struct_ppfmt_lines(
def pformat(
struct: Struct,
field_indent: int = 0,
) -> Iterator[tuple[str, str]]:
field_indent: int = 2,
indent: int = 0,
) -> str:
'''
Recursion-safe `pprint.pformat()` style formatting of
a `msgspec.Struct` for sane reading by a human using a REPL.
'''
# global whitespace indent
ws: str = ' '*indent
# field whitespace indent
field_ws: str = ' '*(field_indent + indent)
# qtn: str = ws + struct.__class__.__qualname__
qtn: str = struct.__class__.__qualname__
obj_str: str = '' # accumulator
fi: structs.FieldInfo
k: str
v: Any
@ -120,18 +135,15 @@ def iter_struct_ppfmt_lines(
# ..]` over .__name__ == `Literal` but still get only the
# latter for simple types like `str | int | None` etc..?
ft: type = fi.type
typ_name: str = getattr(
ft,
'__name__',
str(ft)
).replace(' ', '')
typ_name: str = getattr(ft, '__name__', str(ft))
# recurse to get sub-struct's `.pformat()` output Bo
if isinstance(v, Struct):
yield from iter_struct_ppfmt_lines(
struct=v,
field_indent=field_indent+field_indent,
val_str: str = v.pformat(
indent=field_indent + indent,
field_indent=indent + field_indent,
)
else:
val_str: str = repr(v)
@ -149,39 +161,8 @@ def iter_struct_ppfmt_lines(
# raise
# return _Struct.__repr__(struct)
yield (
' '*field_indent, # indented ws prefix
f'{k}: {typ_name} = {val_str},', # field's repr line content
)
def pformat(
struct: Struct,
field_indent: int = 2,
indent: int = 0,
) -> str:
'''
Recursion-safe `pprint.pformat()` style formatting of
a `msgspec.Struct` for sane reading by a human using a REPL.
'''
obj_str: str = '' # accumulator
for prefix, field_repr, in iter_struct_ppfmt_lines(
struct,
field_indent=field_indent,
):
obj_str += f'{prefix}{field_repr}\n'
# global whitespace indent
ws: str = ' '*indent
if indent:
obj_str: str = textwrap.indent(
text=obj_str,
prefix=ws,
)
# qtn: str = ws + struct.__class__.__qualname__
qtn: str = struct.__class__.__qualname__
# TODO: LOLOL use `textwrap.indent()` instead dawwwwwg!
obj_str += (field_ws + f'{k}: {typ_name} = {val_str},\n')
return (
f'{qtn}(\n'

View File

@ -154,39 +154,6 @@ class Aid(
# should also include at least `.pid` (equiv to port for tcp)
# and/or host-part always?
@property
def uid(self) -> tuple[str, str]:
'''
Legacy actor "unique-id" pair format.
'''
return (
self.name,
self.uuid,
)
def reprol(
self,
sin_uuid: bool = True,
) -> str:
if not sin_uuid:
return (
f'{self.name}[{self.uuid[:6]}]@{self.pid!r}'
)
return (
f'{self.name}@{self.pid!r}'
)
# mk hashable via `.uuid`
def __hash__(self) -> int:
return hash(self.uuid)
def __eq__(self, other: Aid) -> bool:
return self.uuid == other.uuid
# use pretty fmt since often repr-ed for console/log
__repr__ = pretty_struct.Struct.__repr__
class SpawnSpec(
pretty_struct.Struct,
@ -203,7 +170,6 @@ class SpawnSpec(
# a hard `Struct` def for all of these fields!
_parent_main_data: dict
_runtime_vars: dict[str, Any]
# ^NOTE see `._state._runtime_vars: dict`
# module import capability
enable_modules: dict[str, str]

View File

@ -38,6 +38,7 @@ from typing import (
import tractor
from tractor._exceptions import (
InternalError,
is_multi_cancelled,
TrioTaskExited,
TrioCancelled,
AsyncioTaskExited,
@ -48,7 +49,7 @@ from tractor._state import (
_runtime_vars,
)
from tractor._context import Unresolved
from tractor.devx import debug
from tractor.devx import _debug
from tractor.log import (
get_logger,
StackLevelAdapter,
@ -58,9 +59,6 @@ from tractor.log import (
# from tractor.msg import (
# pretty_struct,
# )
from tractor.trionics import (
is_multi_cancelled,
)
from tractor.trionics._broadcast import (
broadcast_receiver,
BroadcastReceiver,
@ -130,7 +128,6 @@ class LinkedTaskChannel(
_trio_task: trio.Task
_aio_task_complete: trio.Event
_closed_by_aio_task: bool = False
_suppress_graceful_exits: bool = True
_trio_err: BaseException|None = None
@ -209,15 +206,10 @@ class LinkedTaskChannel(
async def aclose(self) -> None:
await self._from_aio.aclose()
# ?TODO? async version of this?
def started_nowait(
def started(
self,
val: Any = None,
) -> None:
'''
Synchronize aio-side with its trio-parent.
'''
self._aio_started_val = val
return self._to_trio.send_nowait(val)
@ -248,7 +240,6 @@ class LinkedTaskChannel(
# cycle on the trio side?
# await trio.lowlevel.checkpoint()
return await self._from_aio.receive()
except BaseException as err:
async with translate_aio_errors(
chan=self,
@ -326,7 +317,7 @@ def _run_asyncio_task(
qsize: int = 1,
provide_channels: bool = False,
suppress_graceful_exits: bool = True,
hide_tb: bool = True,
hide_tb: bool = False,
**kwargs,
) -> LinkedTaskChannel:
@ -354,6 +345,18 @@ def _run_asyncio_task(
# value otherwise it would just return ;P
assert qsize > 1
if provide_channels:
assert 'to_trio' in args
# allow target func to accept/stream results manually by name
if 'to_trio' in args:
kwargs['to_trio'] = to_trio
if 'from_trio' in args:
kwargs['from_trio'] = from_trio
coro = func(**kwargs)
trio_task: trio.Task = trio.lowlevel.current_task()
trio_cs = trio.CancelScope()
aio_task_complete = trio.Event()
@ -368,25 +371,6 @@ def _run_asyncio_task(
_suppress_graceful_exits=suppress_graceful_exits,
)
# allow target func to accept/stream results manually by name
if 'to_trio' in args:
kwargs['to_trio'] = to_trio
if 'from_trio' in args:
kwargs['from_trio'] = from_trio
if 'chan' in args:
kwargs['chan'] = chan
if provide_channels:
assert (
'to_trio' in args
or
'chan' in args
)
coro = func(**kwargs)
async def wait_on_coro_final_result(
to_trio: trio.MemorySendChannel,
coro: Awaitable,
@ -459,23 +443,9 @@ def _run_asyncio_task(
f'Task exited with final result: {result!r}\n'
)
# XXX ALWAYS close the child-`asyncio`-task-side's
# `to_trio` handle which will in turn relay
# a `trio.EndOfChannel` to the `trio`-parent.
# Consequently the parent `trio` task MUST ALWAYS
# check for any `chan._aio_err` to be raised when it
# receives an EoC.
#
# NOTE, there are 2 EoC cases,
# - normal/graceful EoC due to the aio-side actually
# terminating its "streaming", but the task did not
# error and is not yet complete.
#
# - the aio-task terminated and we specially mark the
# closure as due to the `asyncio.Task`'s exit.
#
# only close the sender side which will relay
# a `trio.EndOfChannel` to the trio (consumer) side.
to_trio.close()
chan._closed_by_aio_task = True
aio_task_complete.set()
log.runtime(
@ -509,12 +479,12 @@ def _run_asyncio_task(
if (
debug_mode()
and
(greenback := debug.maybe_import_greenback(
(greenback := _debug.maybe_import_greenback(
force_reload=True,
raise_not_found=False,
))
):
log.devx(
log.info(
f'Bestowing `greenback` portal for `asyncio`-task\n'
f'{task}\n'
)
@ -673,9 +643,8 @@ def _run_asyncio_task(
not trio_cs.cancel_called
):
log.cancel(
f'Cancelling trio-side due to aio-side src exc\n'
f'\n'
f'{curr_aio_err!r}\n'
f'Cancelling `trio` side due to aio-side src exc\n'
f'{curr_aio_err}\n'
f'\n'
f'(c>\n'
f' |_{trio_task}\n'
@ -787,7 +756,6 @@ async def translate_aio_errors(
aio_done_before_trio: bool = aio_task.done()
assert aio_task
trio_err: BaseException|None = None
eoc: trio.EndOfChannel|None = None
try:
yield # back to one of the cross-loop apis
except trio.Cancelled as taskc:
@ -819,48 +787,12 @@ async def translate_aio_errors(
# )
# raise
# XXX EoC is a special SIGNAL from the aio-side here!
# There are 2 cases to handle:
# 1. the "EoC passthrough" case.
# - the aio-task actually closed the channel "gracefully" and
# the trio-task should unwind any ongoing channel
# iteration/receiving,
# |_this exc-translator wraps calls to `LinkedTaskChannel.receive()`
# in which case we want to relay the actual "end-of-chan" for
# iteration purposes.
#
# 2. relaying the "asyncio.Task termination" case.
# - if the aio-task terminates, maybe with an error, AND the
# `open_channel_from()` API was used, it will always signal
# that termination.
# |_`wait_on_coro_final_result()` always calls
# `to_trio.close()` when `provide_channels=True` so we need to
# always check if there is an aio-side exc which needs to be
# relayed to the parent trio side!
# |_in this case the special `chan._closed_by_aio_task` is
# ALWAYS set.
#
except trio.EndOfChannel as _eoc:
eoc = _eoc
if (
chan._closed_by_aio_task
and
aio_err
):
log.cancel(
f'The asyncio-child task terminated due to error\n'
f'{aio_err!r}\n'
)
chan._trio_to_raise = aio_err
trio_err = chan._trio_err = eoc
#
# ?TODO?, raise something like a,
# chan._trio_to_raise = AsyncioErrored()
# BUT, with the tb rewritten to reflect the underlying
# call stack?
else:
trio_err = chan._trio_err = eoc
# XXX always passthrough EoC since this translator is often
# called from `LinkedTaskChannel.receive()` which we want
# passthrough and further we have no special meaning for it in
# terms of relaying errors or signals from the aio side!
except trio.EndOfChannel as eoc:
trio_err = chan._trio_err = eoc
raise eoc
# NOTE ALSO SEE the matching note in the `cancel_trio()` asyncio
@ -909,7 +841,7 @@ async def translate_aio_errors(
except BaseException as _trio_err:
trio_err = chan._trio_err = _trio_err
# await tractor.pause(shield=True) # workx!
entered: bool = await debug._maybe_enter_pm(
entered: bool = await _debug._maybe_enter_pm(
trio_err,
api_frame=inspect.currentframe(),
)
@ -1113,7 +1045,7 @@ async def translate_aio_errors(
#
if wait_on_aio_task:
await chan._aio_task_complete.wait()
log.debug(
log.info(
'asyncio-task is done and unblocked trio-side!\n'
)
@ -1130,17 +1062,11 @@ async def translate_aio_errors(
trio_to_raise: (
AsyncioCancelled|
AsyncioTaskExited|
Exception| # relayed from aio-task
None
) = chan._trio_to_raise
raise_from: Exception = (
trio_err if (aio_err is trio_to_raise)
else aio_err
)
if not suppress_graceful_exits:
raise trio_to_raise from raise_from
raise trio_to_raise from (aio_err or trio_err)
if trio_to_raise:
match (
@ -1173,7 +1099,7 @@ async def translate_aio_errors(
)
return
case _:
raise trio_to_raise from raise_from
raise trio_to_raise from (aio_err or trio_err)
# Check if the asyncio-side is the cause of the trio-side
# error.
@ -1239,6 +1165,7 @@ async def run_task(
@acm
async def open_channel_from(
target: Callable[..., Any],
suppress_graceful_exits: bool = True,
**target_kwargs,
@ -1272,6 +1199,7 @@ async def open_channel_from(
# deliver stream handle upward
yield first, chan
except trio.Cancelled as taskc:
# await tractor.pause(shield=True) # ya it worx ;)
if cs.cancel_called:
if isinstance(chan._trio_to_raise, AsyncioCancelled):
log.cancel(
@ -1478,7 +1406,7 @@ def run_as_asyncio_guest(
)
# XXX make it obvi we know this isn't supported yet!
assert 0
# await debug.maybe_init_greenback(
# await _debug.maybe_init_greenback(
# force_reload=True,
# )

View File

@ -31,9 +31,9 @@ from ._broadcast import (
)
from ._beg import (
collapse_eg as collapse_eg,
get_collapsed_eg as get_collapsed_eg,
is_multi_cancelled as is_multi_cancelled,
)
from ._taskc import (
maybe_raise_from_masking_exc as maybe_raise_from_masking_exc,
from ._ordering import (
order_send_channel as order_send_channel,
order_receive_channel as order_receive_channel
)

View File

@ -15,94 +15,31 @@
# along with this program. If not, see <https://www.gnu.org/licenses/>.
'''
`BaseExceptionGroup` utils and helpers pertaining to
first-class-`trio` from a "historical" perspective, like "loose
exception group" task-nurseries.
`BaseExceptionGroup` related utils and helpers pertaining to
first-class-`trio` from a historical perspective B)
'''
from contextlib import (
asynccontextmanager as acm,
)
from typing import (
Literal,
Type,
)
import trio
# from trio._core._concat_tb import (
# concat_tb,
# )
# XXX NOTE
# taken verbatim from `trio._core._run` except,
# - remove the NONSTRICT_EXCEPTIONGROUP_NOTE deprecation-note
# guard-check; we know we want an explicit collapse.
# - mask out tb rewriting in collapse case, i don't think it really
# matters?
#
def collapse_exception_group(
excgroup: BaseExceptionGroup[BaseException],
) -> BaseException:
"""Recursively collapse any single-exception groups into that single contained
exception.
"""
exceptions = list(excgroup.exceptions)
modified = False
for i, exc in enumerate(exceptions):
if isinstance(exc, BaseExceptionGroup):
new_exc = collapse_exception_group(exc)
if new_exc is not exc:
modified = True
exceptions[i] = new_exc
if (
len(exceptions) == 1
and isinstance(excgroup, BaseExceptionGroup)
# XXX trio's loose-setting condition..
# and NONSTRICT_EXCEPTIONGROUP_NOTE in getattr(excgroup, "__notes__", ())
):
# exceptions[0].__traceback__ = concat_tb(
# excgroup.__traceback__,
# exceptions[0].__traceback__,
# )
return exceptions[0]
elif modified:
return excgroup.derive(exceptions)
else:
return excgroup
def get_collapsed_eg(
def maybe_collapse_eg(
beg: BaseExceptionGroup,
) -> BaseException|None:
) -> BaseException:
'''
If the input beg can collapse to a single sub-exception which is
itself **not** an eg, return it.
If the input beg can collapse to a single non-eg sub-exception,
return it instead.
'''
maybe_exc = collapse_exception_group(beg)
if maybe_exc is beg:
return None
if len(excs := beg.exceptions) == 1:
return excs[0]
return maybe_exc
return beg
@acm
async def collapse_eg(
hide_tb: bool = True,
# XXX, for ex. will always show begs containing single taskc
ignore: set[Type[BaseException]] = {
# trio.Cancelled,
},
add_notes: bool = True,
bp: bool = False,
):
async def collapse_eg():
'''
If `BaseExceptionGroup` raised in the body scope is
"collapse-able" (in the same way that
@ -110,114 +47,12 @@ async def collapse_eg(
only raise the lone emedded non-eg in in place.
'''
__tracebackhide__: bool = hide_tb
try:
yield
except BaseExceptionGroup as _beg:
beg = _beg
except* BaseException as beg:
if (
bp
and
len(beg.exceptions) > 1
):
import tractor
if tractor.current_actor(
err_on_no_runtime=False,
):
await tractor.pause(shield=True)
else:
breakpoint()
exc := maybe_collapse_eg(beg)
) is not beg:
raise exc
if (
(exc := get_collapsed_eg(beg))
and
type(exc) not in ignore
):
# TODO? report number of nested groups it was collapsed
# *from*?
if add_notes:
from_group_note: str = (
'( ^^^ this exc was collapsed from a group ^^^ )\n'
)
if (
from_group_note
not in
getattr(exc, "__notes__", ())
):
exc.add_note(from_group_note)
# raise exc
# ^^ this will leave the orig beg tb above with the
# "during the handling of <beg> the following.."
# So, instead do..
#
if cause := exc.__cause__:
raise exc from cause
else:
# suppress "during handling of <the beg>"
# output in tb/console.
raise exc from None
# keep original
raise # beg
def is_multi_cancelled(
beg: BaseException|BaseExceptionGroup,
ignore_nested: set[BaseException] = set(),
) -> Literal[False]|BaseExceptionGroup:
'''
Predicate to determine if an `BaseExceptionGroup` only contains
some (maybe nested) set of sub-grouped exceptions (like only
`trio.Cancelled`s which get swallowed silently by default) and is
thus the result of "gracefully cancelling" a collection of
sub-tasks (or other conc primitives) and receiving a "cancelled
ACK" from each after termination.
Docs:
----
- https://docs.python.org/3/library/exceptions.html#exception-groups
- https://docs.python.org/3/library/exceptions.html#BaseExceptionGroup.subgroup
'''
if (
not ignore_nested
or
trio.Cancelled not in ignore_nested
# XXX always count-in `trio`'s native signal
):
ignore_nested.update({trio.Cancelled})
if isinstance(beg, BaseExceptionGroup):
# https://docs.python.org/3/library/exceptions.html#BaseExceptionGroup.subgroup
# |_ "The condition can be an exception type or tuple of
# exception types, in which case each exception is checked
# for a match using the same check that is used in an
# except clause. The condition can also be a callable
# (other than a type object) that accepts an exception as
# its single argument and returns true for the exceptions
# that should be in the subgroup."
matched_exc: BaseExceptionGroup|None = beg.subgroup(
tuple(ignore_nested),
# ??TODO, complain about why not allowed to use
# named arg style calling???
# XD .. wtf?
# condition=tuple(ignore_nested),
)
if matched_exc is not None:
return matched_exc
# NOTE, IFF no excs types match (throughout the error-tree)
# -> return `False`, OW return the matched sub-eg.
#
# IOW, for the inverse of ^ for the purpose of
# maybe-enter-REPL--logic: "only debug when the err-tree contains
# at least one exc-type NOT in `ignore_nested`" ; i.e. the case where
# we fallthrough and return `False` here.
return False
raise beg

View File

@ -40,11 +40,6 @@ from typing import (
import trio
from tractor._state import current_actor
from tractor.log import get_logger
# from ._beg import collapse_eg
# from ._taskc import (
# maybe_raise_from_masking_exc,
# )
if TYPE_CHECKING:
from tractor import ActorNursery
@ -109,9 +104,6 @@ async def _enter_and_wait(
async def gather_contexts(
mngrs: Sequence[AsyncContextManager[T]],
# caller can provide their own scope
tn: trio.Nursery|None = None,
) -> AsyncGenerator[
tuple[
T | None,
@ -120,19 +112,17 @@ async def gather_contexts(
None,
]:
'''
Concurrently enter a sequence of async context managers (`acm`s),
each scheduled in a separate `trio.Task` and deliver their
unwrapped `yield`-ed values in the same order once all `@acm`s
in every task have entered.
Concurrently enter a sequence of async context managers (acms),
each from a separate `trio` task and deliver the unwrapped
`yield`-ed values in the same order once all managers have entered.
On exit, all `acm`s are subsequently and concurrently exited with
**no order guarantees**.
On exit, all acms are subsequently and concurrently exited.
This function is somewhat similar to a batch of non-blocking
calls to `contextlib.AsyncExitStack.enter_async_context()`
(inside a loop) *in combo with* a `asyncio.gather()` to get the
`.__aenter__()`-ed values, except the managers are both
concurrently entered and exited and *cancellation-just-works*.
concurrently entered and exited and *cancellation just works*(R).
'''
seed: int = id(mngrs)
@ -152,47 +142,37 @@ async def gather_contexts(
if not mngrs:
raise ValueError(
'`.trionics.gather_contexts()` input mngrs is empty?\n'
'\n'
'Did try to use inline generator syntax?\n'
'Check that list({mngrs}) works!\n'
# 'or sequence-type intead!\n'
# 'Use a non-lazy iterator or sequence-type intead!\n'
'Use a non-lazy iterator or sequence type intead!'
)
try:
async with (
#
# ?TODO, does including these (eg-collapsing,
# taskc-unmasking) improve tb noise-reduction/legibility?
#
# collapse_eg(),
maybe_open_nursery(
nursery=tn,
) as tn,
# maybe_raise_from_masking_exc(),
):
for mngr in mngrs:
tn.start_soon(
_enter_and_wait,
mngr,
unwrapped,
all_entered,
parent_exit,
seed,
)
async with trio.open_nursery(
strict_exception_groups=False,
# ^XXX^ TODO? soo roll our own then ??
# -> since we kinda want the "if only one `.exception` then
# just raise that" interface?
) as tn:
for mngr in mngrs:
tn.start_soon(
_enter_and_wait,
mngr,
unwrapped,
all_entered,
parent_exit,
seed,
)
# deliver control to caller once all ctx-managers have
# started (yielded back to us).
await all_entered.wait()
# deliver control once all managers have started up
await all_entered.wait()
try:
yield tuple(unwrapped.values())
finally:
# NOTE: this is ABSOLUTELY REQUIRED to avoid
# the following wacky bug:
# <tractorbugurlhere>
parent_exit.set()
finally:
# XXX NOTE: this is ABSOLUTELY REQUIRED to avoid
# the following wacky bug:
# <tractorbugurlhere>
parent_exit.set()
# Per actor task caching helpers.
# Further potential examples of interest:
@ -204,7 +184,7 @@ class _Cache:
a kept-alive-while-in-use async resource.
'''
service_tn: Optional[trio.Nursery] = None
service_n: Optional[trio.Nursery] = None
locks: dict[Hashable, trio.Lock] = {}
users: int = 0
values: dict[Any, Any] = {}
@ -245,9 +225,6 @@ async def maybe_open_context(
kwargs: dict = {},
key: Hashable | Callable[..., Hashable] = None,
# caller can provide their own scope
tn: trio.Nursery|None = None,
) -> AsyncIterator[tuple[bool, T]]:
'''
Maybe open an async-context-manager (acm) if there is not already
@ -280,94 +257,40 @@ async def maybe_open_context(
# have it not be closed until all consumers have exited (which is
# currently difficult to implement any other way besides using our
# pre-allocated runtime instance..)
if tn:
# TODO, assert tn is eventual parent of this task!
task: trio.Task = trio.lowlevel.current_task()
task_tn: trio.Nursery = task.parent_nursery
if not tn._cancel_status.encloses(
task_tn._cancel_status
):
raise RuntimeError(
f'Mis-nesting of task under provided {tn} !?\n'
f'Current task is NOT a child(-ish)!!\n'
f'\n'
f'task: {task}\n'
f'task_tn: {task_tn}\n'
)
service_tn = tn
else:
service_tn: trio.Nursery = current_actor()._service_tn
service_n: trio.Nursery = current_actor()._service_n
# TODO: is there any way to allocate
# a 'stays-open-till-last-task-finshed nursery?
# service_tn: trio.Nursery
# async with maybe_open_nursery(_Cache.service_tn) as service_tn:
# _Cache.service_tn = service_tn
# service_n: trio.Nursery
# async with maybe_open_nursery(_Cache.service_n) as service_n:
# _Cache.service_n = service_n
cache_miss_ke: KeyError|None = None
maybe_taskc: trio.Cancelled|None = None
try:
# **critical section** that should prevent other tasks from
# checking the _Cache until complete otherwise the scheduler
# may switch and by accident we create more then one resource.
yielded = _Cache.values[ctx_key]
except KeyError as _ke:
# XXX, stay mutexed up to cache-miss yield
try:
cache_miss_ke = _ke
log.debug(
f'Allocating new @acm-func entry\n'
f'ctx_key={ctx_key}\n'
f'acm_func={acm_func}\n'
)
mngr = acm_func(**kwargs)
resources = _Cache.resources
assert not resources.get(ctx_key), f'Resource exists? {ctx_key}'
resources[ctx_key] = (service_tn, trio.Event())
yielded: Any = await service_tn.start(
_Cache.run_ctx,
mngr,
ctx_key,
)
_Cache.users += 1
finally:
# XXX, since this runs from an `except` it's a checkpoint
# whih can be `trio.Cancelled`-masked.
#
# NOTE, in that case the mutex is never released by the
# (first and) caching task and **we can't** simply shield
# bc that will inf-block on the `await
# no_more_users.wait()`.
#
# SO just always unlock!
lock.release()
except KeyError:
log.debug(f'Allocating new {acm_func} for {ctx_key}')
mngr = acm_func(**kwargs)
resources = _Cache.resources
assert not resources.get(ctx_key), f'Resource exists? {ctx_key}'
resources[ctx_key] = (service_n, trio.Event())
try:
yield (
False, # cache_hit = "no"
yielded,
)
except trio.Cancelled as taskc:
maybe_taskc = taskc
log.cancel(
f'Cancelled from cache-miss entry\n'
f'\n'
f'ctx_key: {ctx_key!r}\n'
f'mngr: {mngr!r}\n'
)
# XXX, always unset ke from cancelled context
# since we never consider it a masked exc case!
# - bc this can be called directly ty `._rpc._invoke()`?
#
if maybe_taskc.__context__ is cache_miss_ke:
maybe_taskc.__context__ = None
raise taskc
# sync up to the mngr's yielded value
yielded = await service_n.start(
_Cache.run_ctx,
mngr,
ctx_key,
)
_Cache.users += 1
lock.release()
yield False, yielded
else:
_Cache.users += 1
log.debug(
log.runtime(
f'Re-using cached resource for user {_Cache.users}\n\n'
f'{ctx_key!r} -> {type(yielded)}\n'
@ -377,19 +300,9 @@ async def maybe_open_context(
# f'{ctx_key!r} -> {yielded!r}\n'
)
lock.release()
yield (
True, # cache_hit = "yes"
yielded,
)
yield True, yielded
finally:
if lock.locked():
stats: trio.LockStatistics = lock.statistics()
log.error(
f'Lock left locked by last owner !?\n'
f'{stats}\n'
)
_Cache.users -= 1
if yielded is not None:

View File

@ -0,0 +1,108 @@
# tractor: structured concurrent "actors".
# Copyright 2018-eternity Tyler Goodlet.
# This program is free software: you can redistribute it and/or modify
# it under the terms of the GNU Affero General Public License as published by
# the Free Software Foundation, either version 3 of the License, or
# (at your option) any later version.
# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU Affero General Public License for more details.
# You should have received a copy of the GNU Affero General Public License
# along with this program. If not, see <https://www.gnu.org/licenses/>.
'''
Helpers to guarantee ordering of messages through a unordered channel
'''
from __future__ import annotations
from heapq import (
heappush,
heappop
)
import trio
import msgspec
class OrderedPayload(msgspec.Struct, frozen=True):
index: int
payload: bytes
@classmethod
def from_msg(cls, msg: bytes) -> OrderedPayload:
return msgspec.msgpack.decode(msg, type=OrderedPayload)
def encode(self) -> bytes:
return msgspec.msgpack.encode(self)
def order_send_channel(
channel: trio.abc.SendChannel[bytes],
start_index: int = 0
):
next_index = start_index
send_lock = trio.StrictFIFOLock()
channel._send = channel.send
channel._aclose = channel.aclose
async def send(msg: bytes):
nonlocal next_index
async with send_lock:
await channel._send(
OrderedPayload(
index=next_index,
payload=msg
).encode()
)
next_index += 1
async def aclose():
async with send_lock:
await channel._aclose()
channel.send = send
channel.aclose = aclose
def order_receive_channel(
channel: trio.abc.ReceiveChannel[bytes],
start_index: int = 0
):
next_index = start_index
pqueue = []
channel._receive = channel.receive
def can_pop_next() -> bool:
return (
len(pqueue) > 0
and
pqueue[0][0] == next_index
)
async def drain_to_heap():
while not can_pop_next():
msg = await channel._receive()
msg = OrderedPayload.from_msg(msg)
heappush(pqueue, (msg.index, msg.payload))
def pop_next():
nonlocal next_index
_, msg = heappop(pqueue)
next_index += 1
return msg
async def receive() -> bytes:
if can_pop_next():
return pop_next()
await drain_to_heap()
return pop_next()
channel.receive = receive

View File

@ -1,184 +0,0 @@
# tractor: structured concurrent "actors".
# Copyright 2018-eternity Tyler Goodlet.
# This program is free software: you can redistribute it and/or modify
# it under the terms of the GNU Affero General Public License as published by
# the Free Software Foundation, either version 3 of the License, or
# (at your option) any later version.
# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU Affero General Public License for more details.
# You should have received a copy of the GNU Affero General Public License
# along with this program. If not, see <https://www.gnu.org/licenses/>.
'''
`trio.Task` cancellation helpers, extensions and "holsters".
'''
from __future__ import annotations
from contextlib import (
asynccontextmanager as acm,
)
from typing import TYPE_CHECKING
import trio
from tractor.log import get_logger
log = get_logger(__name__)
if TYPE_CHECKING:
from tractor.devx.debug import BoxedMaybeException
def find_masked_excs(
maybe_masker: BaseException,
unmask_from: set[BaseException],
) -> BaseException|None:
''''
Deliver any `maybe_masker.__context__` provided
it a declared masking exc-type entry in `unmask_from`.
'''
if (
type(maybe_masker) in unmask_from
and
(exc_ctx := maybe_masker.__context__)
# TODO? what about any cases where
# they could be the same type but not same instance?
# |_i.e. a cancel masking a cancel ??
# or (
# exc_ctx is not maybe_masker
# )
):
return exc_ctx
return None
# XXX, relevant discussion @ `trio`-core,
# https://github.com/python-trio/trio/issues/455
#
@acm
async def maybe_raise_from_masking_exc(
tn: trio.Nursery|None = None,
unmask_from: (
BaseException|
tuple[BaseException]
) = (trio.Cancelled,),
raise_unmasked: bool = True,
extra_note: str = (
'This can occurr when,\n'
' - a `trio.Nursery` scope embeds a `finally:`-block '
'which executes a checkpoint!'
#
# ^TODO? other cases?
),
always_warn_on: tuple[BaseException] = (
trio.Cancelled,
),
# ^XXX, special case(s) where we warn-log bc likely
# there will be no operational diff since the exc
# is always expected to be consumed.
) -> BoxedMaybeException:
'''
Maybe un-mask and re-raise exception(s) suppressed by a known
error-used-as-signal type (cough namely `trio.Cancelled`).
Though this unmasker targets cancelleds, it can be used more
generally to capture and unwrap masked excs detected as
`.__context__` values which were suppressed by any error type
passed in `unmask_from`.
-------------
STILL-TODO ??
-------------
-[ ] support for egs which have multiple masked entries in
`maybe_eg.exceptions`, in which case we should unmask the
individual sub-excs but maintain the eg-parent's form right?
'''
from tractor.devx.debug import (
BoxedMaybeException,
pause,
)
boxed_maybe_exc = BoxedMaybeException(
raise_on_exit=raise_unmasked,
)
matching: list[BaseException]|None = None
maybe_eg: ExceptionGroup|None
if tn:
try: # handle egs
yield boxed_maybe_exc
return
except* unmask_from as _maybe_eg:
maybe_eg = _maybe_eg
matches: ExceptionGroup
matches, _ = maybe_eg.split(
unmask_from
)
if not matches:
raise
matching: list[BaseException] = matches.exceptions
else:
try: # handle non-egs
yield boxed_maybe_exc
return
except unmask_from as _maybe_exc:
maybe_exc = _maybe_exc
matching: list[BaseException] = [
maybe_exc
]
# XXX, only unmask-ed for debuggin!
# TODO, remove eventually..
except BaseException as _berr:
berr = _berr
await pause(shield=True)
raise berr
if matching is None:
raise
masked: list[tuple[BaseException, BaseException]] = []
for exc_match in matching:
if exc_ctx := find_masked_excs(
maybe_masker=exc_match,
unmask_from={unmask_from},
):
masked.append((exc_ctx, exc_match))
boxed_maybe_exc.value = exc_match
note: str = (
f'\n'
f'^^WARNING^^ the above {exc_ctx!r} was masked by a {unmask_from!r}\n'
)
if extra_note:
note += (
f'\n'
f'{extra_note}\n'
)
exc_ctx.add_note(note)
if type(exc_match) in always_warn_on:
log.warning(note)
# await tractor.pause(shield=True)
if raise_unmasked:
if len(masked) < 2:
raise exc_ctx from exc_match
else:
# ?TODO, see above but, possibly unmasking sub-exc
# entries if there are > 1
await pause(shield=True)
else:
raise

576
uv.lock
View File

@ -1,23 +1,32 @@
version = 1
revision = 2
revision = 1
requires-python = ">=3.11"
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