fix(deps): update dependency pytest-asyncio to ^0.24.0

[renovate]

This PR contains the following updates:

Package	Change	Age	Adoption	Passing	Confidence
pytest-asyncio (changelog)	^0.14.0 -> ^0.24.0

---

Release Notes

pytest-dev/pytest-asyncio (pytest-asyncio)

v0.24.0: pytest-asyncio 0.24.0

Compare Source

0.24.0 (2024-08-22)

• BREAKING: Updated minimum supported pytest version to v8.2.0
• Adds an optional loop_scope keyword argument to pytest.mark.asyncio. This argument controls which event loop is used to run the marked async test. #​706, #​871
• Deprecates the optional scope keyword argument to pytest.mark.asyncio for API consistency with pytest_asyncio.fixture. Users are encouraged to use the loop_scope keyword argument, which does exactly the same.
• Raises an error when passing scope or loop_scope as a positional argument to @pytest.mark.asyncio. #​812
• Fixes a bug that caused module-scoped async fixtures to fail when reused in other modules #​862 #​668

v0.23.8: pytest-asyncio 0.23.8

Compare Source

0.23.8 (2024-07-17)

• Fixes a bug that caused duplicate markers in async tests #​813

Known issues

As of v0.23, pytest-asyncio attaches an asyncio event loop to each item of the test suite (i.e. session, packages, modules, classes, functions) and allows tests to be run in those loops when marked accordingly. Pytest-asyncio currently assumes that async fixture scope is correlated with the new event loop scope. This prevents fixtures from being evaluated independently from the event loop scope and breaks some existing test suites (see #​706). For example, a test suite may require all fixtures and tests to run in the same event loop, but have async fixtures that are set up and torn down for each module. If you're affected by this issue, please continue using the v0.21 release, until it is resolved.

v0.23.7: pytest-asyncio 0.23.7

Compare Source

0.23.7 (2024-05-19)

• Silence deprecation warnings about unclosed event loops that occurred with certain CPython patch releases #​817

Known issues

As of v0.23, pytest-asyncio attaches an asyncio event loop to each item of the test suite (i.e. session, packages, modules, classes, functions) and allows tests to be run in those loops when marked accordingly. Pytest-asyncio currently assumes that async fixture scope is correlated with the new event loop scope. This prevents fixtures from being evaluated independently from the event loop scope and breaks some existing test suites (see #​706). For example, a test suite may require all fixtures and tests to run in the same event loop, but have async fixtures that are set up and torn down for each module. If you're affected by this issue, please continue using the v0.21 release, until it is resolved.

v0.23.6: pytest-asyncio 0.23.6

Compare Source

0.23.6 (2024-03-19)

• Fix compatibility with pytest 8.2 #​800

Known issues

As of v0.23, pytest-asyncio attaches an asyncio event loop to each item of the test suite (i.e. session, packages, modules, classes, functions) and allows tests to be run in those loops when marked accordingly. Pytest-asyncio currently assumes that async fixture scope is correlated with the new event loop scope. This prevents fixtures from being evaluated independently from the event loop scope and breaks some existing test suites (see #​706). For example, a test suite may require all fixtures and tests to run in the same event loop, but have async fixtures that are set up and torn down for each module. If you're affected by this issue, please continue using the v0.21 release, until it is resolved.

v0.23.5: pytest-asyncio 0.23.5

Compare Source

0.23.5 (2024-02-09)

• Declare compatibility with pytest 8 #​737
• Fix typing errors with recent versions of mypy #​769
• Prevent DeprecationWarning about internal use of asyncio.get_event_loop() from affecting test cases #​757

Known issues

As of v0.23, pytest-asyncio attaches an asyncio event loop to each item of the test suite (i.e. session, packages, modules, classes, functions) and allows tests to be run in those loops when marked accordingly. Pytest-asyncio currently assumes that async fixture scope is correlated with the new event loop scope. This prevents fixtures from being evaluated independently from the event loop scope and breaks some existing test suites (see #​706). For example, a test suite may require all fixtures and tests to run in the same event loop, but have async fixtures that are set up and torn down for each module. If you're affected by this issue, please continue using the v0.21 release, until it is resolved.

v0.23.4: pytest-asyncio 0.23.4

Compare Source

0.23.4 (2024-01-28)

• pytest-asyncio no longer imports additional, unrelated packages during test collection #​729
• Addresses further issues that caused an internal pytest error during test collection
• Declares incompatibility with pytest 8 #​737

v0.23.3: pytest-asyncio 0.23.3

Compare Source

0.23.3 (2024-01-01)

• Fixes a bug that caused event loops to be closed prematurely when using async generator fixtures with class scope or wider in a function-scoped test #​706
• Fixes various bugs that caused an internal pytest error during test collection #​711 #​713 #​719

Known issues

As of v0.23, pytest-asyncio attaches an asyncio event loop to each item of the test suite (i.e. session, packages, modules, classes, functions) and allows tests to be run in those loops when marked accordingly. Pytest-asyncio currently assumes that async fixture scope is correlated with the new event loop scope. This prevents fixtures from being evaluated independently from the event loop scope and breaks some existing test suites (see #​706). For example, a test suite may require all fixtures and tests to run in the same event loop, but have async fixtures that are set up and torn down for each module. If you're affected by this issue, please continue using the v0.21 release, until it is resolved.

v0.23.2: pytest-asyncio 0.23.2

Compare Source

0.23.2 (2023-12-04)

• Fixes a bug that caused an internal pytest error when collecting .txt files #​703

v0.23.1: pytest-asyncio 0.23.1

Compare Source

0.23.1 (2023-12-03)

• Fixes a bug that caused an internal pytest error when using module-level skips #​701

v0.23.0: pytest-asyncio 0.23.0

Compare Source

This release is backwards-compatible with v0.21. Changes are
non-breaking, unless you upgrade from v0.22.

• BREAKING: The asyncio_event_loop mark has been removed. Event
  loops with class, module, package, and session scopes can be
  requested via the scope keyword argument to the asyncio
  mark.
• Introduces the event_loop_policy fixture which allows testing with
  non-default or multiple event loops #​662
• Introduces pytest_asyncio.is_async_test which returns whether a
  test item is managed by pytest-asyncio #​376
• Removes and pytest-trio, mypy, and flaky from the test
  dependencies #​620, #​674, #​678

v0.22.0: pytest-asyncio 0.22.0 (yanked)

Compare Source

This release deprecated event loop overrides, but didn't provide adequate replacement functionality for all relevant use cases. As such, the release was yanked from PyPI.

0.22.0 (2023-10-31)

• Class-scoped and module-scoped event loops can be requested
  via the asyncio_event_loop mark. #​620
• Deprecate redefinition of the event_loop fixture. #​587
  Users requiring a class-scoped or module-scoped asyncio event loop for their tests
  should mark the corresponding class or module with asyncio_event_loop.
• Test items based on asynchronous generators always exit with xfail status and emit a warning during the collection phase. This behavior is consistent with synchronous yield tests. #​642
• Remove support for Python 3.7
• Declare support for Python 3.12

v0.21.2: pytest-asyncio 0.21.2

Compare Source

0.21.2 (2024-04-29)

• Fix compatibility with pytest 8.2. Backport of #​800 to pytest-asyncio v0.21 for users who are unable to upgrade to a more recent version (see #​706

v0.21.1: pytest-asyncio 0.21.1

Compare Source

0.21.1 (2023-07-12)

• Output a proper error message when an invalid asyncio_mode is selected.
• Extend warning message about unclosed event loops with additional possible cause.
  #​531
• Previously, some tests reported "skipped" or "xfailed" as a result. Now all tests report a "success" result.

v0.21.0: pytest-asyncio 0.21.0

Compare Source

0.21.0 (23-03-19)

• Drop compatibility with pytest 6.1. Pytest-asyncio now depends on pytest 7.0 or newer.
• pytest-asyncio cleans up any stale event loops when setting up and tearing down the
  event_loop fixture. This behavior has been deprecated and pytest-asyncio emits a
  DeprecationWarning when tearing down the event_loop fixture and current event loop
  has not been closed.

v0.20.3: pytest-asyncio 0.20.3

Compare Source

---

title: 'pytest-asyncio'

pytest-asyncio is a
pytest plugin. It
facilitates testing of code that uses the
asyncio library.

Specifically, pytest-asyncio provides support for coroutines as test
functions. This allows users to await code inside their tests. For
example, the following code is executed as a test item by pytest:

@​pytest.mark.asyncio
async def test_some_asyncio_code():
    res = await library.do_something()
    assert b"expected result" == res

Note that test classes subclassing the standard
unittest library are
not supported. Users are advised to use
unittest.IsolatedAsyncioTestCase
or an async framework such as
asynctest.

pytest-asyncio is available under the Apache License
2.0.

Installation

To install pytest-asyncio, simply:

$ pip install pytest-asyncio

This is enough for pytest to pick up pytest-asyncio.

Contributing

Contributions are very welcome. Tests can be run with tox, please
ensure the coverage at least stays the same before you submit a pull
request.

v0.20.2: pytest-asyncio 0.20.2

Compare Source

---

title: 'pytest-asyncio: pytest support for asyncio'

pytest-asyncio is an Apache2 licensed library, written in Python, for
testing asyncio code with pytest.

asyncio code is usually written in the form of coroutines, which makes
it slightly more difficult to test using normal testing tools.
pytest-asyncio provides useful fixtures and markers to make testing
easier.

@​pytest.mark.asyncio
async def test_some_asyncio_code():
    res = await library.do_something()
    assert b"expected result" == res

pytest-asyncio has been strongly influenced by
pytest-tornado.

Features

• fixtures for creating and injecting versions of the asyncio event
  loop
• fixtures for injecting unused tcp/udp ports
• pytest markers for treating tests as asyncio coroutines
• easy testing with non-default event loops
• support for [async def]{.title-ref} fixtures and async generator
  fixtures
• support auto mode to handle all async fixtures and tests
  automatically by asyncio; provide strict mode if a test suite
  should work with different async frameworks simultaneously, e.g.
  asyncio and trio.

Installation

To install pytest-asyncio, simply:

$ pip install pytest-asyncio

This is enough for pytest to pick up pytest-asyncio.

Modes

Pytest-asyncio provides two modes: auto and strict with strict
mode being the default.

The mode can be set by asyncio_mode configuration option in
configuration
file:

### pytest.ini
[pytest]
asyncio_mode = auto

The value can be overridden by command-line option for pytest
invocation:

$ pytest tests --asyncio-mode=strict

Auto mode

When the mode is auto, all discovered async tests are considered
asyncio-driven even if they have no @pytest.mark.asyncio marker.

All async fixtures are considered asyncio-driven as well, even if they
are decorated with a regular @pytest.fixture decorator instead of
dedicated @pytest_asyncio.fixture counterpart.

asyncio-driven means that tests and fixtures are executed by
pytest-asyncio plugin.

This mode requires the simplest tests and fixtures configuration and is
recommended for default usage unless the same project and its test
suite should execute tests from different async frameworks, e.g.
asyncio and trio. In this case, auto-handling can break tests
designed for other framework; please use strict mode instead.

Strict mode

Strict mode enforces @pytest.mark.asyncio and
@pytest_asyncio.fixture usage. Without these markers, tests and
fixtures are not considered as asyncio-driven, other pytest plugin can
handle them.

Please use this mode if multiple async frameworks should be combined in
the same test suite.

This mode is used by default for the sake of project
inter-compatibility.

Fixtures

event_loop

Creates a new asyncio event loop based on the current event loop policy.
The new loop is available as the return value of this fixture or via
asyncio.get_running_loop.
The event loop is closed when the fixture scope ends. The fixture scope
defaults to function scope.

Note that just using the event_loop fixture won't make your test
function a coroutine. You'll need to interact with the event loop
directly, using methods like event_loop.run_until_complete. See the
pytest.mark.asyncio marker for treating test functions like
coroutines.

def test_http_client(event_loop):
    url = "http://httpbin.org/get"
    resp = event_loop.run_until_complete(http_client(url))
    assert b"HTTP/1.1 200 OK" in resp

The event_loop fixture can be overridden in any of the standard pytest
locations, e.g. directly in the test file, or in conftest.py. This
allows redefining the fixture scope, for example:

@​pytest.fixture(scope="session")
def event_loop():
    policy = asyncio.get_event_loop_policy()
    loop = policy.new_event_loop()
    yield loop
    loop.close()

If you need to change the type of the event loop, prefer setting a
custom event loop policy over redefining the event_loop fixture.

If the pytest.mark.asyncio marker is applied to a test function, the
event_loop fixture will be requested automatically by the test
function.

unused_tcp_port

Finds and yields a single unused TCP port on the localhost interface.
Useful for binding temporary test servers.

unused_tcp_port_factory

A callable which returns a different unused TCP port each invocation.
Useful when several unused TCP ports are required in a test.

def a_test(unused_tcp_port_factory):
    port1, port2 = unused_tcp_port_factory(), unused_tcp_port_factory()
    ...

unused_udp_port and unused_udp_port_factory

Work just like their TCP counterparts but return unused UDP ports.

Async fixtures

Asynchronous fixtures are defined just like ordinary pytest fixtures,
except they should be decorated with @pytest_asyncio.fixture.

import pytest_asyncio

@​pytest_asyncio.fixture
async def async_gen_fixture():
    await asyncio.sleep(0.1)
    yield "a value"

@​pytest_asyncio.fixture(scope="module")
async def async_fixture():
    return await asyncio.sleep(0.1)

All scopes are supported, but if you use a non-function scope you will
need to redefine the event_loop fixture to have the same or broader
scope. Async fixtures need the event loop, and so must have the same or
narrower scope than the event_loop fixture.

auto mode automatically converts async fixtures declared with the
standard @pytest.fixture decorator to asyncio-driven versions.

Markers

pytest.mark.asyncio

Mark your test coroutine with this marker and pytest will execute it as
an asyncio task using the event loop provided by the event_loop
fixture. See the introductory section for an example.

The event loop used can be overridden by overriding the event_loop
fixture (see above).

In order to make your test code a little more concise, the pytest
pytestmark_ feature can be used to mark entire modules or classes
with this marker. Only test coroutines will be affected (by default,
coroutines prefixed by test_), so, for example, fixtures are safe to
define.

import asyncio

import pytest

### All test coroutines will be treated as marked.
pytestmark = pytest.mark.asyncio

async def test_example(event_loop):
    """No marker!"""
    await asyncio.sleep(0, loop=event_loop)

In auto mode, the pytest.mark.asyncio marker can be omitted, the
marker is added automatically to async test functions.

Note about unittest

Test classes subclassing the standard
unittest library are
not supported, users are recommended to use
unittest.IsolatedAsyncioTestCase
or an async framework such as
asynctest.

Contributing

Contributions are very welcome. Tests can be run with tox, please
ensure the coverage at least stays the same before you submit a pull
request.

v0.20.1: pytest-asyncio 0.20.1

Compare Source

---

title: 'pytest-asyncio: pytest support for asyncio'

pytest-asyncio is an Apache2 licensed library, written in Python, for
testing asyncio code with pytest.

asyncio code is usually written in the form of coroutines, which makes
it slightly more difficult to test using normal testing tools.
pytest-asyncio provides useful fixtures and markers to make testing
easier.

@​pytest.mark.asyncio
async def test_some_asyncio_code():
    res = await library.do_something()
    assert b"expected result" == res

pytest-asyncio has been strongly influenced by
pytest-tornado.

Features

• fixtures for creating and injecting versions of the asyncio event
  loop
• fixtures for injecting unused tcp/udp ports
• pytest markers for treating tests as asyncio coroutines
• easy testing with non-default event loops
• support for [async def]{.title-ref} fixtures and async generator
  fixtures
• support auto mode to handle all async fixtures and tests
  automatically by asyncio; provide strict mode if a test suite
  should work with different async frameworks simultaneously, e.g.
  asyncio and trio.

Installation

To install pytest-asyncio, simply:

$ pip install pytest-asyncio

This is enough for pytest to pick up pytest-asyncio.

Modes

Pytest-asyncio provides two modes: auto and strict with strict
mode being the default.

The mode can be set by asyncio_mode configuration option in
configuration
file:

### pytest.ini
[pytest]
asyncio_mode = auto

The value can be overridden by command-line option for pytest
invocation:

$ pytest tests --asyncio-mode=strict

Auto mode

When the mode is auto, all discovered async tests are considered
asyncio-driven even if they have no @pytest.mark.asyncio marker.

All async fixtures are considered asyncio-driven as well, even if they
are decorated with a regular @pytest.fixture decorator instead of
dedicated @pytest_asyncio.fixture counterpart.

asyncio-driven means that tests and fixtures are executed by
pytest-asyncio plugin.

This mode requires the simplest tests and fixtures configuration and is
recommended for default usage unless the same project and its test
suite should execute tests from different async frameworks, e.g.
asyncio and trio. In this case, auto-handling can break tests
designed for other framework; please use strict mode instead.

Strict mode

Strict mode enforces @pytest.mark.asyncio and
@pytest_asyncio.fixture usage. Without these markers, tests and
fixtures are not considered as asyncio-driven, other pytest plugin can
handle them.

Please use this mode if multiple async frameworks should be combined in
the same test suite.

This mode is used by default for the sake of project
inter-compatibility.

Fixtures

event_loop

Creates a new asyncio event loop based on the current event loop policy.
The new loop is available as the return value of this fixture or via
asyncio.get_running_loop.
The event loop is closed when the fixture scope ends. The fixture scope
defaults to function scope.

Note that just using the event_loop fixture won't make your test
function a coroutine. You'll need to interact with the event loop
directly, using methods like event_loop.run_until_complete. See the
pytest.mark.asyncio marker for treating test functions like
coroutines.

def test_http_client(event_loop):
    url = "http://httpbin.org/get"
    resp = event_loop.run_until_complete(http_client(url))
    assert b"HTTP/1.1 200 OK" in resp

The event_loop fixture can be overridden in any of the standard pytest
locations, e.g. directly in the test file, or in conftest.py. This
allows redefining the fixture scope, for example:

@​pytest.fixture(scope="session")
def event_loop():
    policy = asyncio.get_event_loop_policy()
    loop = policy.new_event_loop()
    yield loop
    loop.close()

If you need to change the type of the event loop, prefer setting a
custom event loop policy over redefining the event_loop fixture.

If the pytest.mark.asyncio marker is applied to a test function, the
event_loop fixture will be requested automatically by the test
function.

unused_tcp_port

Finds and yields a single unused TCP port on the localhost interface.
Useful for binding temporary test servers.

unused_tcp_port_factory

A callable which returns a different unused TCP port each invocation.
Useful when several unused TCP ports are required in a test.

def a_test(unused_tcp_port_factory):
    port1, port2 = unused_tcp_port_factory(), unused_tcp_port_factory()
    ...

unused_udp_port and unused_udp_port_factory

Work just like their TCP counterparts but return unused UDP ports.

Async fixtures

Asynchronous fixtures are defined just like ordinary pytest fixtures,
except they should be decorated with @pytest_asyncio.fixture.

import pytest_asyncio

@​pytest_asyncio.fixture
async def async_gen_fixture():
    await asyncio.sleep(0.1)
    yield "a value"

@​pytest_asyncio.fixture(scope="module")
async def async_fixture():
    return await asyncio.sleep(0.1)

All scopes are supported, but if you use a non-function scope you will
need to redefine the event_loop fixture to have the same or broader
scope. Async fixtures need the event loop, and so must have the same or
narrower scope than the event_loop fixture.

auto mode automatically converts async fixtures declared with the
standard @pytest.fixture decorator to asyncio-driven versions.

Markers

pytest.mark.asyncio

Mark your test coroutine with this marker and pytest will execute it as
an asyncio task using the event loop provided by the event_loop
fixture. See the introductory section for an example.

The event loop used can be overridden by overriding the event_loop
fixture (see above).

In order to make your test code a little more concise, the pytest
pytestmark_ feature can be used to mark entire modules or classes
with this marker. Only test coroutines will be affected (by default,
coroutines prefixed by test_), so, for example, fixtures are safe to
define.

import asyncio

import pytest

### All test coroutines will be treated as marked.
pytestmark = pytest.mark.asyncio

async def test_example(event_loop):
    """No marker!"""
    await asyncio.sleep(0, loop=event_loop)

In auto mode, the pytest.mark.asyncio marker can be omitted, the
marker is added automatically to async test functions.

Note about unittest

Test classes subclassing the standard
unittest library are
not supported, users are recommended to use
unittest.IsolatedAsyncioTestCase
or an async framework such as
asynctest.

Contributing

Contributions are very welcome. Tests can be run with tox, please
ensure the coverage at least stays the same before you submit a pull
request.

v0.20.0: pytest-asyncio 0.20.0

Compare Source

---

title: 'pytest-asyncio: pytest support for asyncio'

pytest-asyncio is an Apache2 licensed library, written in Python, for
testing asyncio code with pytest.

asyncio code is usually written in the form of coroutines, which makes
it slightly more difficult to test using normal testing tools.
pytest-asyncio provides useful fixtures and markers to make testing
easier.

@​pytest.mark.asyncio
async def test_some_asyncio_code():
    res = await library.do_something()
    assert b"expected result" == res

pytest-asyncio has been strongly influenced by
pytest-tornado.

Features

• fixtures for creating and injecting versions of the asyncio event
  loop
• fixtures for injecting unused tcp/udp ports
• pytest markers for treating tests as asyncio coroutines
• easy testing with non-default event loops
• support for [async def]{.title-ref} fixtures and async generator
  fixtures
• support auto mode to handle all async fixtures and tests
  automatically by asyncio; provide strict mode if a test suite
  should work with different async frameworks simultaneously, e.g.
  asyncio and trio.

Installation

To install pytest-asyncio, simply:

$ pip install pytest-asyncio

This is enough for pytest to pick up pytest-asyncio.

Modes

Pytest-asyncio provides two modes: auto and strict with strict
mode being the default.

The mode can be set by asyncio_mode configuration option in
configuration
file:

### pytest.ini
[pytest]
asyncio_mode = auto

The value can be overridden by command-line option for pytest
invocation:

$ pytest tests --asyncio-mode=strict

Auto mode

When the mode is auto, all discovered async tests are considered
asyncio-driven even if they have no @pytest.mark.asyncio marker.

All async fixtures are considered asyncio-driven as well, even if they
are decorated with a regular @pytest.fixture decorator instead of
dedicated @pytest_asyncio.fixture counterpart.

asyncio-driven means that tests and fixtures are executed by
pytest-asyncio plugin.

This mode requires the simplest tests and fixtures configuration and is
recommended for default usage unless the same project and its test
suite should execute tests from different async frameworks, e.g.
asyncio and trio. In this case, auto-handling can break tests
designed for other framework; please use strict mode instead.

Strict mode

Strict mode enforces @pytest.mark.asyncio and
@pytest_asyncio.fixture usage. Without these markers, tests and
fixtures are not considered as asyncio-driven, other pytest plugin can
handle them.

Please use this mode if multiple async frameworks should be combined in
the same test suite.

This mode is used by default for the sake of project
inter-compatibility.

Fixtures

event_loop

Creates a new asyncio event loop based on the current event loop policy.
The new loop is available as the return value of this fixture or via
asyncio.get_running_loop.
The event loop is closed when the fixture scope ends. The fixture scope
defaults to function scope.

Note that just using the event_loop fixture won't make your test
function a coroutine. You'll need to interact with the event loop
directly, using methods like event_loop.run_until_complete. See the
pytest.mark.asyncio marker for treating test functions like
coroutines.

def test_http_client(event_loop):
    url = "http://httpbin.org/get"
    resp = event_loop.run_until_complete(http_client(url))
    assert b"HTTP/1.1 200 OK" in resp

The event_loop fixture can be overridden in any of the standard pytest
locations, e.g. directly in the test file, or in conftest.py. This
allows redefining the fixture scope, for example:

@​pytest.fixture(scope="session")
def event_loop():
    policy = asyncio.get_event_loop_policy()
    loop = policy.new_event_loop()
    yield loop
    loop.close()

If you need to change the type of the event loop, prefer setting a
custom event loop policy over redefining the event_loop fixture.

If the pytest.mark.asyncio marker is applied to a test function, the
event_loop fixture will be requested automatically by the test
function.

unused_tcp_port

Finds and yields a single unused TCP port on the localhost interface.
Useful for binding temporary test servers.

unused_tcp_port_factory

A callable which returns a different unused TCP port each invocation.
Useful when several unused TCP ports are required in a test.

def a_test(unused_tcp_port_factory):
    port1, port2 = unused_tcp_port_factory(), unused_tcp_port_factory()
    ...

unused_udp_port and unused_udp_port_factory

Work just like their TCP counterparts but return unused UDP ports.

Async fixtures

Asynchronous fixtures are defined just like ordinary pytest fixtures,
except they should be decorated with @pytest_asyncio.fixture.

import pytest_asyncio

@​pytest_asyncio.fixture
async def async_gen_fixture():
    await asyncio.sleep(0.1)
    yield "a value"

@​pytest_asyncio.fixture(scope="module")
async def async_fixture():
    return await asyncio.sleep(0.1)

All scopes are supported, but if you use a non-function scope you will
need to redefine the event_loop fixture to have the same or broader
scope. Async fixtures need the event loop, and so must have the same or
narrower scope than the event_loop fixture.

auto mode automatically converts async fixtures declared with the
standard @pytest.fixture decorator to asyncio-driven versions.

Markers

pytest.mark.asyncio

Mark your test coroutine with this marker and pytest will execute it as
an asyncio task using the event loop provided by the event_loop
fixture. See the introductory section for an example.

The event loop used can be overridden by overriding the event_loop
fixture (see above).

In order to make your test code a little more concise, the pytest
pytestmark_ feature can be used to mark entire modules or classes
with this marker. Only test coroutines will be affected (by default,
coroutines prefixed by test_), so, for example, fixtures are safe to
define.

import asyncio

import pytest

### All test coroutines will be treated as marked.
pytestmark = pytest.mark.asyncio

async def test_example(event_loop):
    """No marker!"""
    await asyncio.sleep(0, loop=event_loop)

In auto mode, the pytest.mark.asyncio marker can be omitted, the
marker is added automatically to async test functions.

Note about unittest

Test classes subclassing the standard
unittest library are
not supported, users are recommended to use
unittest.IsolatedAsyncioTestCase
or an async framework such as
asynctest.

Contributing

Contributions are very welcome. Tests can be run with tox, please
ensure the coverage at least stays the same before you submit a pull
request.

v0.19.0: pytest-asyncio 0.19.0

Compare Source

---

title: 'pytest-asyncio: pytest support for asyncio'

pytest-asyncio is an Apache2 licensed library, written in Python, for
testing asyncio code with pytest.

asyncio code is usually written in the form of coroutines, which makes
it slightly more difficult to test using normal testing tools.
pytest-asyncio provides useful fixtures and markers to make testing
easier.

@​pytest.mark.asyncio
async def test_some_asyncio_code():
    res = await library.do_something()
    assert b"expected result" == res

pytest-asyncio has been strongly influenced by
pytest-tornado.

Features

• fixtures for creating and injecting versions of the asyncio event
  loop
• fixtures for injecting unused tcp/udp ports
• pytest markers for treating tests as asyncio coroutines
• easy testing with non-default event loops
• support for [async def]{.title-ref} fixtures and async generator
  fixtures
• support auto mode to handle all async fixtures and tests
  automatically by asyncio; provide strict mode if a test suite
  should work with different async frameworks simultaneously, e.g.
  asyncio and trio.

Installation

To install pytest-asyncio, simply:

$ pip install pytest-asyncio

This is enough for pytest to pick up pytest-asyncio.

Modes

Starting from pytest-asyncio>=0.17, three modes are provided: auto,
strict and legacy. Starting from pytest-asyncio>=0.19 the strict
mode is the default.

The mode can be set by asyncio_mode configuration option in
configuration
file:

### pytest.ini
[pytest]
asyncio_mode = auto

The value can be overridden by command-line option for pytest
invocation:

$ pytest tests --asyncio-mode=strict

Auto mode

When the mode is auto, all discovered async tests are considered
asyncio-driven even if they have no @pytest.mark.asyncio marker.

All async fixtures are considered asyncio-driven as well, even if they
are decorated with a regular @pytest.fixture decorator instead of
dedicated @pytest_asyncio.fixture counterpart.

asyncio-driven means that tests and fixtures are executed by
pytest-asyncio plugin.

This mode requires the simplest tests and fixtures configuration and is
recommended for default usage unless the same project and its test
suite should execute tests from different async frameworks, e.g.
asyncio and trio. In this case, auto-handling can break tests
designed for other framework; please use strict mode instead.

Strict mode

Strict mode enforces @pytest.mark.asyncio and
@pytest_asyncio.fixture usage. Without these markers, tests and
fixtures are not considered as asyncio-driven, other pytest plugin can
handle them.

Please use this mode if multiple async frameworks should be combined in
the same test suite.

This mode is used by default for the sake of project
inter-compatibility.

Legacy mode

This mode follows rules used by pytest-asyncio<0.17: tests are not
auto-marked but fixtures are.

Deprecation warnings are emitted with suggestion to either switching to
auto mode or using strict mode with @pytest_asyncio.fixture
decorators.

The default was changed to strict in pytest-asyncio>=0.19.

Fixtures

event_loop

Creates a new asyncio event loop based on the current event loop policy.
The new loop is available as the return value of this fixture or via
asyncio.get_running_loop.
The event loop is closed when the fixture scope ends. The fixture scope
defaults to function scope.

Note that just using the event_loop fixture won't make your test
function a coroutine. You'll need to interact with the event loop
directly, using methods like event_loop.run_until_complete. See the
pytest.mark.asyncio marker for treating test functions like
coroutines.

def test_http_client(event_loop):
    url = "http://httpbin.org/get"
    resp = event_loop.run_until_complete(http_client(url))
    assert b"HTTP/1.1 200 OK" in resp

The event_loop fixture can be overridden in any of the standard pytest
locations, e.g. directly in the test file, or in conftest.py. This
allows redefining the fixture scope, for example:

@​pytest.fixture(scope="session")
def event_loop():
    policy = asyncio.get_event_loop_policy()
    loop = policy.new_event_loop()
    yield loop
    loop.close()

If you need to change the type of the event loop, prefer setting a
custom event loop policy over redefining the event_loop fixture.

If the pytest.mark.asyncio marker is applied to a test function, the
event_loop fixture will be requested automatically by the test
function.

unused_tcp_port

Finds and yields a single unused TCP port on the localhost interface.
Useful for binding temporary test servers.

unused_tcp_port_factory

A callable which returns a different unused TCP port each invocation.
Useful when several unused TCP ports are required in a test.

def a_test(unused_tcp_port_factory):
    port1, port2 = unused_tcp_port_factory(), unused_tcp_port_factory()
    ...

unused_udp_port and unused_udp_port_factory

Work just like their TCP counterparts but return unused UDP ports.

Async fixtures

Asynchronous fixtures are defined just like ordinary pytest fixtures,
except they should be decorated with @pytest_asyncio.fixture.

import pytest_asyncio

@​pytest_asyncio.fixture
async def async_gen_fixture():
    await asyncio.sleep(0.1)
    yield "a value"

@​pytest_asyncio.fixture(scope="module")
async def async_fixture():
    return await asyncio.sleep(0.1)

All scopes are supported, but if you use a non-function scope you will
need to redefine the event_loop fixture to have the same or broader
scope. Async fixtures need the event loop, and so must have the same or
narrower scope than the event_loop fixture.

auto and legacy mode automatically converts async fixtures declared
with the standard @pytest.fixture decorator to asyncio-driven
versions.

Markers

pytest.mark.asyncio

Mark your test coroutine with this marker and pytest will execute it as
an asyncio task using the event loop provided by the event_loop
fixture. See the introductory section for an example.

The event loop used can be overridden by overriding the event_loop
fixture (see above).

In order to make your test code a little more concise, the pytest
pytestmark_ feature can be used to mark entire modules or classes
with this marker. Only test coroutines will be affected (by default,
coroutines prefixed by test_), so, for example, fixtures are safe to
define.

import asyncio

import pytest

### All test coroutines will be treated as marked.
pytestmark = pytest.mark.asyncio

async def test_example(event_loop):
    """No marker!"""
    await asyncio.sleep(0, loop=event_loop)

In auto mode, the pytest.mark.asyncio marker can be omitted, the
marker is added automatically to async test functions.

Note about unittest

Test classes subclassing the standard
unittest library are
not supported, users are recommended to use
unittest.IsolatedAsyncioTestCase
or an async framework such as
asynctest.

Contributing

Contributions are very welcome. Tests can be run with tox, please
ensure the coverage at least stays the same before you submit a pull
request.

v0.18.3: pytest-asyncio 0.18.3

Compare Source

---

title: 'pytest-asyncio: pytest support for asyncio'

pytest-asyncio is an Apache2 licensed library, written in Python, for
testing asyncio code with pytest.

asyncio code is usually written in the form of coroutines, which makes
it slightly more difficult to test using normal testing tools.
pytest-asyncio provides useful fixtures and markers to make testing
easier.

@​pytest.mark.asyncio
async def test_some_asyncio_code():
    res = await library.do_something()
    assert b"expected result" == res

pytest-asyncio has been strongly influenced by
pytest-tornado.

Features

• fixtures for creating and injecting versions of the asyncio event
  loop
• fixtures for injecting unused tcp/udp ports
• pytest markers for treating tests as asyncio coroutines
• easy testing with non-default event loops
• support for [async def]{.title-ref} fixtures and async generator
  fixtures
• support auto mode to handle all async fixtures and tests
  automatically by asyncio; provide strict mode if a test suite
  should work with different async frameworks simultaneously, e.g.
  asyncio and trio.

Installation

To install pytest-asyncio, simply:

$ pip install pytest-asyncio

This is enough for pytest to pick up pytest-asyncio.

Modes

Starting from pytest-asyncio>=0.17, three modes are provided: auto,
strict and legacy (default).

The mode can be set by asyncio_mode configuration option in
configuration
file:

### pytest.ini
[pytest]
asyncio_mode = auto

The value can be overridden by command-line option for pytest
invocation:

$ pytest tests --asyncio-mode=strict

Auto mode

When the mode is auto, all discovered async tests are considered
asyncio-driven even if they have no @pytest.mark.asyncio marker.

All async fixtures are considered asyncio-driven as well, even if they
are decorated with a regular @pytest.fixture decorator instead of
dedicated @pytest_asyncio.fixture counterpart.

asyncio-driven means that tests and fixtures are executed by
pytest-asyncio plugin.

This mode requires the simplest tests and fixtures configuration and is
recommended for default usage unless the same project and its test
suite should execute tests from different async frameworks, e.g.
asyncio and trio. In this case, auto-handling can break tests
designed for other framework; please use strict mode instead.

Strict mode

Strict mode enforces @pytest.mark.asyncio and
@pytest_asyncio.fixture usage. Without these markers, tests and
fixtures are not considered as asyncio-driven, other pytest plugin can
handle them.

Please use this mode if multiple async frameworks should be combined in
the same test suite.

Legacy mode

This mode follows rules used by pytest-asyncio<0.17: tests are not
auto-marked but fixtures are.

This mode is used by default for the sake of backward compatibility,
deprecation warnings are emitted with suggestion to either switching to
auto mode or using strict mode with @pytest_asyncio.fixture
decorators.

In future, the default will be changed.

Fixtures

event_loop

Creates and injects a new instance of the default asyncio event loop. By
default, the loop will be closed at the end of the test (i.e. the
default fixture scope is function).

Note that just using the event_loop fixture won't make your test
function a coroutine. You'll need to interact with the event loop
directly, using methods like event_loop.run_until_complete. See the
pytest.mark.asyncio marker for treating test functions like
coroutines.

Simply using this fixture will not set the generated event loop as the
default asyncio event loop, or change the asyncio event loop policy in
any way. Use pytest.mark.asyncio for this purpose.

def test_http_client(event_loop):
    url = "http://httpbin.org/get"
    resp = event_loop.run_until_complete(http_client(url))
    assert b"HTTP/1.1 200 OK" in resp

This fixture can be easily overridden in any of the standard pytest
locations (e.g. directly in the test file, or in conftest.py) to use a
non-default event loop. This will take effect even if you're using the
pytest.mark.asyncio marker and not the event_loop fixture directly.

@​pytest.fixture
def event_loop():
    loop = MyCustomLoop()
    yield loop
    loop.close()

If the pytest.mark.asyncio marker is applied, a pytest hook will
ensure the produced loop is set as the default global loop. Fixtures
depending on the event_loop fixture can expect the policy to be
properly modified when they run.

unused_tcp_port

Finds and yields a single unused TCP port on the localhost interface.
Useful for binding temporary test servers.

unused_tcp_port_factory

A callable which returns a different unused TCP port each invocation.
Useful when several unused TCP ports are required in a test.

def a_test(unused_tcp_port_factory):
    port1, port2 = unused_tcp_port_factory(), unused_tcp_port_factory()
    ...

unused_udp_port and unused_udp_port_factory

Work just like their TCP counterparts but return unused UDP ports.

Async fixtures

Asynchronous fixtures are defined just like ordinary pytest fixtures,
except they should be decorated with @pytest_asyncio.fixture.

import pytest_asyncio

@​pytest_asyncio.fixture
async def async_gen_fixture():
    await asyncio.sleep(0.1)
    yield "a value"

@​pytest_asyncio.fixture(scope="module")
async def async_fixture():
    return await asyncio.sleep(0.1)

All scopes are supported, but if you use a non-function scope you will
need to redefine the event_loop fixture to have the same or broader
scope. Async fixtures need the event loop, and so must have the same or
narrower scope than the event_loop fixture.

auto and legacy mode automatically converts async fixtures declared
with the standard @pytest.fixture decorator to asyncio-driven
versions.

Markers

pytest.mark.asyncio

Mark your test coroutine with this marker and pytest will execute it as
an asyncio task using the event loop provided by the event_loop
fixture. See the introductory section for an example.

The event loop used can be overridden by overriding the event_loop
fixture (see above).

In order to make your test code a little more concise, the pytest
pytestmark_ feature can be used to mark entire modules or classes
with this marker. Only test coroutines will be affected (by default,
coroutines prefixed by test_), so, for example, fixtures are safe to
define.

import asyncio

import pytest

### All test coroutines will be treated as marked.
pytestmark = pytest.mark.asyncio

async def test_example(event_loop):
    """No marker!"""
    await asyncio.sleep(0, loop=event_loop)

In auto mode, the pytest.mark.asyncio marker can be omitted, the
marker is added automatically to async test functions.

Note about unittest

Test classes subclassing the standard
unittest library are
not supported, users are recommended to use
unitest.IsolatedAsyncioTestCase
or an async framework such as
asynctest.

Contributing

---

Configuration

📅 Schedule: Branch creation - At any time (no schedule defined), Automerge - At any time (no schedule defined).

🚦 Automerge: Disabled by config. Please merge this manually once you are satisfied.

♻ Rebasing: Whenever PR becomes conflicted, or you tick the rebase/retry checkbox.

🔕 Ignore: Close this PR and you won't be reminded about this update again.

---

• If you want to rebase/retry this PR, check this box

---

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[renovate]

⚠ Artifact update problem

Renovate failed to update an artifact related to this branch. You probably do not want to merge this PR as-is.

♻ Renovate will retry this branch, including artifacts, only when one of the following happens:

• any of the package files in this branch needs updating, or
• the branch becomes conflicted, or
• you click the rebase/retry checkbox if found above, or
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The artifact failure details are included below:

File name: poetry.lock

[12:26:09.399] INFO (9): Installing tool python v3.12.0...
installing v2 tool python v3.12.0
linking tool python v3.12.0
Python 3.12.0
pip 23.3.1 from /opt/containerbase/tools/python/3.12.0/lib/python3.12/site-packages/pip (python 3.12)
[12:26:18.963] INFO (9): Installed tool python in 9.5s.
[12:26:19.714] INFO (170): Installing tool poetry v1.2.2...
installing v2 tool poetry v1.2.2
linking tool poetry v1.2.2
Poetry (version 1.2.2)
[12:26:33.295] INFO (170): Installed tool poetry in 13.5s.


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♻ Renovate will retry this branch, including artifacts, only when one of the following happens:

• any of the package files in this branch needs updating, or
• the branch becomes conflicted, or
• you click the rebase/retry checkbox if found above, or
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File name: poetry.lock

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