EsphomeLogsHandler.build_command now appends --no-states to the
spawned `esphome logs` argv when the WebSocket spawn message
includes `no_states: true`. This lets the dashboard frontend
suppress entity-state log lines for OTA log sessions without
requiring users to drop to the CLI.
Adds three unit tests covering the truthy, missing, and explicit-False
cases.
- script/build_helpers.py: when injecting a non-MULTI_CONF component
into the post-validation config, run its CONFIG_SCHEMA with {} so
defaults are populated. Without this, socket got config = {} and
socket.FILTER_SOURCE_FILES crashed with KeyError on
'implementation' (the schema's defaulted key was never filled in).
Falls back to {} if the schema can't validate empty input.
- tests/components/json/__init__.py: enable codegen for json so its
to_code runs during cpp unit test builds, registering the
ArduinoJson library. Required for any api dep test, since
json_util.cpp #includes <ArduinoJson.h>.
Locally verified 'script/cpp_unit_test.py api' now compiles and runs;
ProtoMacVarint test suite (9 cases) passes.
- Test file: declare proto_debug_end_ locally instead of misusing
PROTO_ENCODE_DEBUG_INIT (which expands to a comma+expression for
appending to a function call, not a standalone statement). Add
NOLINTNEXTLINE on the deterministic mt19937_64 seed so clang-tidy
cert-msc32-c stops failing the build (the seed is intentional for
reproducible test runs).
- socket FILTER_SOURCE_FILES: tolerate non-dict CORE.config['socket']
(e.g. C++ unit-test builds where socket isn't validated as a
mapping). Returning [] is safe -- all impl files are guarded by
USE_SOCKET_IMPL_* defines so only the selected one contributes
code.
Verifies encode_varint_raw_48bit and calc_uint64_48bit_force for the
8 corner-case MAC addresses requested in review:
00:00:00:00:00:00, 11:00:00:00:00:00, 00:AA:00:00:00:00,
00:00:BB:00:00:00, 00:00:00:CC:00:00, 00:00:00:00:DD:00,
00:00:00:00:00:EE, FF:FF:FF:FF:FF:FF
For each value the test asserts byte-identical output to the reference
encode_varint_raw_64 loop, the expected encoded byte length, agreement
with calc_uint64_48bit_force, and round-trip through a generic varint
decoder. Adds a 100-value deterministic-random sample across the full
48-bit space for additional coverage.
Cover the four paths introduced by the wake split:
- default manifests (recursive_sources=False) skip subdirs entirely,
- opt-in manifests walk non-subpackage subdirs with /-joined paths,
- subdirs containing __init__.py are skipped to avoid double-counting
existing component subpackages, and __pycache__ is always skipped,
- FILTER_SOURCE_FILES entries accept /-joined subpaths.
Every \`esphome\` CLI invocation pays the cost of whatever \`esphome/__main__.py\`
imports at module scope before the requested command even runs. This
moves three heavy imports into the functions that actually use them:
- \`esphome.zeroconf\` (discover_mdns_devices): only needed for the
name_add_mac_suffix OTA discovery path.
- \`esphome.writer\`: only needed by compile/clean paths.
- \`esphome.yaml_util\`: only needed by codegen, config dump, and rename.
Local measurement drops from ~75ms to ~47ms (-37%) for a cold
\`python -c 'import esphome.__main__'\`. The zeroconf chain alone accounts
for most of the gain — the case that motivated the CI budget check.
Also adds a module-level note explaining the intent so future PRs don't
innocently promote these back to the top.
Retargets four test patches from \`esphome.__main__.discover_mdns_devices\`
to \`esphome.zeroconf.discover_mdns_devices\` now that the symbol is only
bound inside the function that calls it.
- determine-jobs: trigger on changes to requirements_test.txt too; that
file is hashed into the venv cache key and installed during
restore-python, so a change there can alter the import environment.
- ci.yml: merge the --check and --har steps so we only run
importtime-waterfall once per job (was measuring twice: ~7-8s of
wasted CI time per run). Uses the new script/check_import_time.py
--check --har <path> combination; the HAR reflects the same
measurement that produced the pass/fail decision.
- script/check_import_time.py: refactor the CLI so --har is a standalone
option rather than a mutually-exclusive mode. --check and --update
each accept an optional --har PATH that writes the HAR from the same
subprocess invocation. Plain --har is still supported for local use.
- tests: add tests/script/test_check_import_time.py covering HAR parsing,
root lookup, offender ranking/dedup, budget round-trip, and the three
--check exit paths (pass, regression, missing budget) plus the new
--check --har combined write. Add requirements_test.txt case to the
should_run_import_time parametrized test.
The previous parser walked `-X importtime` stderr by hand (string-splitting
on `|`, indent-width math). Replace it with a load of the HAR JSON that
importtime-waterfall already produces: each entry carries the module name,
self-time, and cumulative — no tree reconstruction needed. Drops the
hand-rolled retry loop too, since importtime-waterfall does best-of-6
internally.
The committed budget (75.2ms) was seeded on a fast local machine; GHA
runners measured 122.8ms, so the first CI run tripped the check. Reset
the baseline to 123ms with a 25% margin (ceiling ~154ms) to absorb GHA
variance. Tighten later once we have several data points.
Adds unit tests for should_run_import_time across the trigger matrix and
wires the new mock into the existing test_main_* suite.
J. Nick Koston