build(deps-dev): Bump the minor group across 1 directory with 6 updates

pyproject.toml

@@ -4,7 +4,7 @@
 [build-system]
 requires = [
   "setuptools == 82.0.1",
-  "setuptools_scm[toml] == 10.0.5",
+  "setuptools_scm[toml] == 10.2.1",
   "frequenz-repo-config[lib] == 0.18.0",
 ]
 build-backend = "setuptools.build_meta"
@@ -60,15 +60,15 @@ dev-mkdocs = [
   "mkdocstrings[python] == 1.0.6",
   "mkdocstrings-python == 2.0.5",
   "pymdownx-superfence-filter-lines == 0.1.0",
-  "griffe==2.0.2",
+  "griffe==2.1.0",
 ]
 dev-mypy = [
   # For checking the noxfile, docs/ script, and tests
   "frequenz-channels[dev-mkdocs,dev-noxfile,dev-pytest]",
-  "mypy == 2.1.0",
+  "mypy == 2.3.0",
   "types-Markdown == 3.10.2.20260518",
 ]
-dev-noxfile = ["nox == 2026.4.10", "frequenz-repo-config[lib] == 0.18.0"]
+dev-noxfile = ["nox == 2026.7.11", "frequenz-repo-config[lib] == 0.18.0"]
 dev-pylint = [
   # For checking the noxfile, docs/ script, and tests
   "frequenz-channels[dev-mkdocs,dev-noxfile,dev-pytest]",
@@ -77,8 +77,8 @@ dev-pylint = [
 dev-pytest = [
   "async-solipsism == 0.9",
   "frequenz-repo-config[extra-lint-examples] == 0.18.0",
-  "hypothesis == 6.155.7",
-  "pytest == 9.0.3",
+  "hypothesis == 6.163.0",
+  "pytest == 9.1.1",
   "pytest-asyncio == 1.4.0",
   "pytest-mock == 3.15.1",
 ]

tests/test_timer.py

@@ -7,6 +7,7 @@
 import enum
 import re
 from datetime import timedelta
+from typing import Any
 
 import async_solipsism
 import hypothesis
@@ -22,6 +23,21 @@
 )
 
 
+def _approx_timedelta(expected: timedelta) -> Any:
+    """Build an approximate comparison for a timedelta.
+
+    `pytest.approx()` requires an explicit tolerance to compare timedeltas, and since
+    timers work with a microsecond resolution, one microsecond is used as the tolerance.
+
+    Args:
+        expected: The timedelta the compared value should be close to.
+
+    Returns:
+        An object comparing equal to any timedelta within one microsecond of `expected`.
+    """
+    return pytest.approx(expected, abs=timedelta(microseconds=1))
+
+
 @pytest.fixture(autouse=True)
 def event_loop_policy() -> async_solipsism.EventLoopPolicy:
     """Return an event loop policy that uses the async solipsism event loop."""
@@ -384,7 +400,7 @@ async def test_timer_close_receiver() -> None:
     timer = Timer(timedelta(seconds=1.0), TriggerAllMissed())
 
     drift = await timer.receive()
-    assert drift == pytest.approx(timedelta(seconds=0.0))
+    assert drift == _approx_timedelta(timedelta(seconds=0.0))
     assert event_loop.time() == pytest.approx(1.0)
 
     timer.close()
@@ -403,7 +419,7 @@ async def test_timer_autostart() -> None:
     # time 1.0 without any drift
     await asyncio.sleep(0.5)
     drift = await timer.receive()
-    assert drift == pytest.approx(timedelta(seconds=0.0))
+    assert drift == _approx_timedelta(timedelta(seconds=0.0))
     assert event_loop.time() == pytest.approx(1.0)
 
 
@@ -420,12 +436,12 @@ async def test_timer_autostart_with_delay() -> None:
     # time 1.5 without any drift
     await asyncio.sleep(1.2)
     drift = await timer.receive()
-    assert drift == pytest.approx(timedelta(seconds=0.0))
+    assert drift == _approx_timedelta(timedelta(seconds=0.0))
     assert event_loop.time() == pytest.approx(1.5)
 
     # Still the next tick should be at 2.5 (every second)
     drift = await timer.receive()
-    assert drift == pytest.approx(timedelta(seconds=0.0))
+    assert drift == _approx_timedelta(timedelta(seconds=0.0))
     assert event_loop.time() == pytest.approx(2.5)
 
 
@@ -437,12 +453,12 @@ async def test_timer_autostart_with_tick_at_start() -> None:
 
     # The first tick should be at 0.0, without any delay.
     drift = await timer.receive()
-    assert drift == pytest.approx(timedelta(seconds=0.0))
+    assert drift == _approx_timedelta(timedelta(seconds=0.0))
     assert event_loop.time() == pytest.approx(0.0)
 
     # The next tick should be at 1.0
     drift = await timer.receive()
-    assert drift == pytest.approx(timedelta(seconds=0.0))
+    assert drift == _approx_timedelta(timedelta(seconds=0.0))
     assert event_loop.time() == pytest.approx(1.0)
 
 
@@ -460,12 +476,12 @@ async def test_timer_autostart_with_delay_and_tick_at_start() -> None:
     # The first tick should be at 0.5, as soon as the start delay is over.
     await asyncio.sleep(0.3)
     drift = await timer.receive()
-    assert drift == pytest.approx(timedelta(seconds=0.0))
+    assert drift == _approx_timedelta(timedelta(seconds=0.0))
     assert event_loop.time() == pytest.approx(0.5)
 
     # The next tick should be at 1.5
     drift = await timer.receive()
-    assert drift == pytest.approx(timedelta(seconds=0.0))
+    assert drift == _approx_timedelta(timedelta(seconds=0.0))
     assert event_loop.time() == pytest.approx(1.5)
 
 
@@ -509,7 +525,7 @@ async def test_timer_no_autostart(
     else:
         assert False, f"Unknown start method {start_method}"
 
-    assert drift == pytest.approx(timedelta(seconds=0.0))
+    assert drift == _approx_timedelta(timedelta(seconds=0.0))
     assert event_loop.time() == pytest.approx(1.5)
 
 
@@ -523,29 +539,29 @@ async def test_timer_trigger_all_missed() -> None:
     # We let the first tick be triggered on time
     drift = await timer.receive()
     assert event_loop.time() == pytest.approx(interval)
-    assert drift == pytest.approx(timedelta(seconds=0.0))
+    assert drift == _approx_timedelta(timedelta(seconds=0.0))
 
     # Now we let the time pass interval plus a bit more, so we should get
     # a drift, but the next tick should be triggered still at a multiple of the
     # interval because we are using TRIGGER_ALL.
     await asyncio.sleep(interval + 0.1)
     drift = await timer.receive()
     assert event_loop.time() == pytest.approx(interval * 2 + 0.1)
-    assert drift == pytest.approx(timedelta(seconds=0.1))
+    assert drift == _approx_timedelta(timedelta(seconds=0.1))
     drift = await timer.receive()
     assert event_loop.time() == pytest.approx(interval * 3)
-    assert drift == pytest.approx(timedelta(seconds=0.0))
+    assert drift == _approx_timedelta(timedelta(seconds=0.0))
 
     # Now we let the time pass by two times the interval, so we should get
     # a drift of a whole interval and then next tick should be triggered
     # immediately with no drift, because we are still at an interval boundary.
     await asyncio.sleep(2 * interval)
     drift = await timer.receive()
     assert event_loop.time() == pytest.approx(interval * 5)
-    assert drift == pytest.approx(timedelta(seconds=interval))
+    assert drift == _approx_timedelta(timedelta(seconds=interval))
     drift = await timer.receive()
     assert event_loop.time() == pytest.approx(interval * 5)
-    assert drift == pytest.approx(timedelta(seconds=0.0))
+    assert drift == _approx_timedelta(timedelta(seconds=0.0))
 
     # Finally we let the time pass by 5 times the interval plus some extra
     # delay (even when the tolerance should be irrelevant for this mode),
@@ -556,22 +572,22 @@ async def test_timer_trigger_all_missed() -> None:
     await asyncio.sleep(5 * interval + extra_delay)
     drift = await timer.receive()
     assert event_loop.time() == pytest.approx(interval * 10 + extra_delay)
-    assert drift == pytest.approx(timedelta(seconds=interval * 4 + extra_delay))
+    assert drift == _approx_timedelta(timedelta(seconds=interval * 4 + extra_delay))
     drift = await timer.receive()
     assert event_loop.time() == pytest.approx(interval * 10 + extra_delay)
-    assert drift == pytest.approx(timedelta(seconds=interval * 3 + extra_delay))
+    assert drift == _approx_timedelta(timedelta(seconds=interval * 3 + extra_delay))
     drift = await timer.receive()
     assert event_loop.time() == pytest.approx(interval * 10 + extra_delay)
-    assert drift == pytest.approx(timedelta(seconds=interval * 2 + extra_delay))
+    assert drift == _approx_timedelta(timedelta(seconds=interval * 2 + extra_delay))
     drift = await timer.receive()
     assert event_loop.time() == pytest.approx(interval * 10 + extra_delay)
-    assert drift == pytest.approx(timedelta(seconds=interval * 1 + extra_delay))
+    assert drift == _approx_timedelta(timedelta(seconds=interval * 1 + extra_delay))
     drift = await timer.receive()
     assert event_loop.time() == pytest.approx(interval * 10 + extra_delay)
-    assert drift == pytest.approx(timedelta(seconds=interval * 0 + extra_delay))
+    assert drift == _approx_timedelta(timedelta(seconds=interval * 0 + extra_delay))
     drift = await timer.receive()
     assert event_loop.time() == pytest.approx(interval * 11)
-    assert drift == pytest.approx(timedelta(seconds=0.0))
+    assert drift == _approx_timedelta(timedelta(seconds=0.0))
 
 
 async def test_timer_skip_missed_and_resync() -> None:
@@ -584,29 +600,29 @@ async def test_timer_skip_missed_and_resync() -> None:
     # We let the first tick be triggered on time
     drift = await timer.receive()
     assert event_loop.time() == pytest.approx(interval)
-    assert drift == pytest.approx(timedelta(seconds=0.0))
+    assert drift == _approx_timedelta(timedelta(seconds=0.0))
 
     # Now we let the time pass interval plus a bit more, so we should get
     # a drift, but the next tick should be triggered still at a multiple of the
     # interval because we are using TRIGGER_ALL.
     await asyncio.sleep(interval + 0.1)
     drift = await timer.receive()
     assert event_loop.time() == pytest.approx(interval * 2 + 0.1)
-    assert drift == pytest.approx(timedelta(seconds=0.1))
+    assert drift == _approx_timedelta(timedelta(seconds=0.1))
     drift = await timer.receive()
     assert event_loop.time() == pytest.approx(interval * 3)
-    assert drift == pytest.approx(timedelta(seconds=0.0))
+    assert drift == _approx_timedelta(timedelta(seconds=0.0))
 
     # Now we let the time pass by two times the interval, so we should get
     # a drift of a whole interval and then next tick should an interval later,
     # as the delayed tick will be skipped and the timer will resync.
     await asyncio.sleep(2 * interval)
     drift = await timer.receive()
     assert event_loop.time() == pytest.approx(interval * 5)
-    assert drift == pytest.approx(timedelta(seconds=interval))
+    assert drift == _approx_timedelta(timedelta(seconds=interval))
     drift = await timer.receive()
     assert event_loop.time() == pytest.approx(interval * 6)
-    assert drift == pytest.approx(timedelta(seconds=0.0))
+    assert drift == _approx_timedelta(timedelta(seconds=0.0))
 
     # Finally we let the time pass by 5 times the interval plus some extra
     # delay. The timer should fire immediately once with a drift of 4 intervals
@@ -616,13 +632,13 @@ async def test_timer_skip_missed_and_resync() -> None:
     await asyncio.sleep(5 * interval + extra_delay)
     drift = await timer.receive()
     assert event_loop.time() == pytest.approx(interval * 11 + extra_delay)
-    assert drift == pytest.approx(timedelta(seconds=interval * 4 + extra_delay))
+    assert drift == _approx_timedelta(timedelta(seconds=interval * 4 + extra_delay))
     drift = await timer.receive()
     assert event_loop.time() == pytest.approx(interval * 12)
-    assert drift == pytest.approx(timedelta(seconds=0.0))
+    assert drift == _approx_timedelta(timedelta(seconds=0.0))
     drift = await timer.receive()
     assert event_loop.time() == pytest.approx(interval * 13)
-    assert drift == pytest.approx(timedelta(seconds=0.0))
+    assert drift == _approx_timedelta(timedelta(seconds=0.0))
 
 
 async def test_timer_skip_missed_and_drift() -> None:
@@ -647,21 +663,21 @@ async def test_timer_skip_missed_and_drift() -> None:
     await asyncio.sleep(interval + tolerance)
     drift = await timer.receive()
     assert event_loop.time() == pytest.approx(interval * 2 + tolerance)
-    assert drift == pytest.approx(timedelta(seconds=tolerance))
+    assert drift == _approx_timedelta(timedelta(seconds=tolerance))
     drift = await timer.receive()
     assert event_loop.time() == pytest.approx(interval * 3)
-    assert drift == pytest.approx(timedelta(seconds=0.0))
+    assert drift == _approx_timedelta(timedelta(seconds=0.0))
 
     # Now we let the time pass the interval plus two times the tolerance. Now
     # the timer should start to drift, and the next tick should be triggered at
     # a multiple of the interval plus the shift of two times the tolerance.
     await asyncio.sleep(interval + tolerance * 2)
     drift = await timer.receive()
     assert event_loop.time() == pytest.approx(interval * 4 + tolerance * 2)
-    assert drift == pytest.approx(timedelta(seconds=tolerance * 2))
+    assert drift == _approx_timedelta(timedelta(seconds=tolerance * 2))
     drift = await timer.receive()
     assert event_loop.time() == pytest.approx(interval * 5 + tolerance * 2)
-    assert drift == pytest.approx(timedelta(seconds=0.0))
+    assert drift == _approx_timedelta(timedelta(seconds=0.0))
 
     # Now we let the time pass by two times the interval, so we should missed
     # one tick (the tick at time = 6 + tolerance * 2) and the next tick should
@@ -671,10 +687,10 @@ async def test_timer_skip_missed_and_drift() -> None:
     await asyncio.sleep(2 * interval)
     drift = await timer.receive()
     assert event_loop.time() == pytest.approx(interval * 7 + tolerance * 2)
-    assert drift == pytest.approx(timedelta(seconds=interval))
+    assert drift == _approx_timedelta(timedelta(seconds=interval))
     drift = await timer.receive()
     assert event_loop.time() == pytest.approx(interval * 8 + tolerance * 2)
-    assert drift == pytest.approx(timedelta(seconds=0.0))
+    assert drift == _approx_timedelta(timedelta(seconds=0.0))
 
     # Finally we let the time pass by 5 times the interval plus a tiny bit more
     # than the tolerance, so we should missed 4 ticks (the ticks at times 9+,
@@ -683,10 +699,12 @@ async def test_timer_skip_missed_and_drift() -> None:
     await asyncio.sleep(5 * interval + tolerance + 0.001)
     drift = await timer.receive()
     assert event_loop.time() == pytest.approx(interval * 13 + tolerance * 3 + 0.001)
-    assert drift == pytest.approx(timedelta(seconds=interval * 4 + tolerance + 0.001))
+    assert drift == _approx_timedelta(
+        timedelta(seconds=interval * 4 + tolerance + 0.001)
+    )
     drift = await timer.receive()
     assert event_loop.time() == pytest.approx(interval * 14 + tolerance * 3 + 0.001)
-    assert drift == pytest.approx(timedelta(seconds=0.0))
+    assert drift == _approx_timedelta(timedelta(seconds=0.0))
 
 
 async def test_timer_reset_with_new_interval() -> None: