Files
frigate/frigate/analytics/collectors/features.py
T
Josh HawkinsandGitHub 4eb60af5a7 Implement opt-in analytics (#24440)
* Add analytics opt-in setting, prompt notice kind, and notice watermarks

* Add the analytics report schema

* Add the analytics state file

* Add the install and hardware analytics collectors

* Add the detection analytics collector

* Add the cameras analytics collector

* Add the features analytics collector

* Add the health analytics collector

* Build analytics reports from the section collectors

* Add the analytics report transport

* Send the daily analytics report from the main process

* Add the analytics preview API

* Generate the analytics schema and check it in CI

* Record the image variant in each Dockerfile

* Show the analytics preview in telemetry settings

* Document anonymous analytics

* change wording

* fixes

* update network requirements docs

* adapt analytics to free-form model scenes, split notice counts, and peewee 4

* fixes

* change log levels

* docstrings

* docstrings

* honor file-only analytics opt-outs and skip pre-consent notices

An opt-out saved through the YAML editor's "Save only" or a hand edit never reached the live config, so reports kept going out under the old install ID until a restart. The reporter now reads telemetry.analytics from the config file when a report is due, validated with TelemetryConfig so yes, on, and 1 still count as consent, and an opt-out there deletes the state file and skips the send. The first report under a new install ID also carried every notice since the counters started, including ones from before the opt-in, so a fresh state file now resets the notice watermarks before the report's snapshot.

* take the notice baseline at opt-in instead of the first send

The watermark reset ran at the first send attempt, so notices raised between the opt-in and that send, up to 45 minutes after a startup, were absorbed into the reset and never reported. The reporter now writes the new install ID and resets the watermarks as soon as it sees consent without a state file.

* report notice counts cumulatively from a database baseline

Moving watermarks after each accepted send kept the install ID and the notice baseline out of step: pre-consent notices went out, notices raised before the first send were dropped, and a send that finished after an off/on toggle overwrote the new identity's baseline. health.notices now carries cumulative counts since the install ID was created. Creating an ID copies the lifetime counts into the existing reported_* columns before the state file names it, and nothing is written after a send, so the backend diffs consecutive reports per install ID.

* write held notice repeats before the analytics baseline reset

Repeats of batched kinds like failed_login wait in memory until the stats emitter flushes them, so a baseline reset taken while some were held left them out, and the next flush counted those pre-opt-in repeats as post-consent. The reset now writes held repeats to the notice history under the same lock before copying the counts.

* seed detector inference speed from the first inference

The average started at 0 so idle detectors read 0, but that made every detector's speed climb from 0 for its first couple dozen inferences after a start. Detectors now use the same InferenceSpeed helper as enrichments, so the first inference seeds the average and idle detectors still read 0.
2026-11-06 07:43:38 -07:00

151 lines
5.1 KiB
Python

"""Features section: enrichments, GenAI, integrations, and users."""
from collections import Counter
from frigate.analytics.collectors.common import closed, histogram
from frigate.analytics.context import ReportContext
from frigate.analytics.schema import (
BirdseyeUsage,
ClassificationUsage,
EnrichmentDevice,
EnrichmentUsage,
FeaturesSection,
GenAIUsage,
SemanticSearchModel,
SemanticSearchUsage,
TranscriptionModel,
TranscriptionUsage,
UserRole,
)
from frigate.config.camera.genai import GenAIProviderEnum, GenAIRoleEnum
from frigate.const import REPLAY_CAMERA_PREFIX
from frigate.models import User
RUNTIME_DEVICES = {
"cpu": EnrichmentDevice.cpu,
"cuda": EnrichmentDevice.cuda,
"tensorrt": EnrichmentDevice.tensorrt,
"migraphx": EnrichmentDevice.migraphx,
}
OPENVINO_DEVICES = {
"cpu": EnrichmentDevice.openvino_cpu,
"gpu": EnrichmentDevice.openvino_gpu,
"npu": EnrichmentDevice.openvino_npu,
}
def enrichment_device(label: object) -> EnrichmentDevice | None:
"""Map a runner's device label, like "CUDA" or "OpenVINO GPU.0,CPU"."""
if not isinstance(label, str) or not label:
return None
runtime, _, target = label.partition(" ")
if runtime == "OpenVINO":
# AUTO reports "(CPU)" while it warms up on the CPU
first = target.split(",")[0].split(".")[0].strip("() ").lower()
return OPENVINO_DEVICES.get(first, EnrichmentDevice.other)
return RUNTIME_DEVICES.get(label.lower(), EnrichmentDevice.other)
def model_name(model: object) -> str | None:
"""The model's config value as a string."""
if model is None:
return None
return str(getattr(model, "value", model))
def semantic_model(model: object) -> SemanticSearchModel | None:
"""A built-in Jina model, or genai for any GenAI provider name."""
name = model_name(model)
if name is None:
return None
if name in ("jinav1", "jinav2"):
return SemanticSearchModel(name)
return SemanticSearchModel.genai
def transcription_model(model: object) -> TranscriptionModel | None:
"""Whisper, or genai for any GenAI provider name."""
name = model_name(model)
if name is None:
return None
return TranscriptionModel.whisper if name == "whisper" else TranscriptionModel.genai
def users() -> dict[UserRole, int]:
"""Count users by role, with any custom role counted as custom."""
roles: Counter[UserRole] = Counter(
closed(UserRole, user.role, UserRole.custom) for user in User.select(User.role)
)
return histogram(roles)
def collect(ctx: ReportContext) -> FeaturesSection:
"""Report which enrichments and integrations are configured."""
config = ctx.config
devices = ctx.stats.get("embeddings", {}).get("devices", {})
cameras = [
camera
for name, camera in config.cameras.items()
if not name.startswith(REPLAY_CAMERA_PREFIX)
]
providers: Counter[GenAIProviderEnum] = Counter(
genai.provider for genai in config.genai.values()
)
roles: Counter[GenAIRoleEnum] = Counter(
role for genai in config.genai.values() for role in genai.roles
)
custom = list(config.classification.custom.values())
return FeaturesSection(
face_recognition=EnrichmentUsage(
enabled=config.face_recognition.enabled,
model_size=config.face_recognition.model_size,
device=enrichment_device(devices.get("face_recognition")),
),
lpr=EnrichmentUsage(
enabled=config.lpr.enabled,
model_size=config.lpr.model_size,
device=enrichment_device(devices.get("lpr")),
),
semantic_search=SemanticSearchUsage(
enabled=config.semantic_search.enabled,
model=semantic_model(config.semantic_search.model),
model_size=config.semantic_search.model_size,
device=enrichment_device(devices.get("semantic_search")),
triggers=sum(len(camera.semantic_search.triggers) for camera in cameras),
),
audio_transcription=TranscriptionUsage(
enabled=config.audio_transcription.enabled,
model=transcription_model(config.audio_transcription.model),
model_size=config.audio_transcription.model_size,
),
genai=GenAIUsage(providers=histogram(providers), roles=histogram(roles)),
classification_models=ClassificationUsage(
state=sum(1 for model in custom if model.state_config is not None),
object=sum(1 for model in custom if model.object_config is not None),
),
birdseye=BirdseyeUsage(
enabled=config.birdseye.enabled,
modes=list(config.birdseye.modes),
restream=config.birdseye.restream,
),
mqtt=config.mqtt.enabled,
notifications=config.notifications.enabled,
auth=config.auth.enabled,
proxy_auth=config.proxy.header_map.user is not None,
tls=config.tls.enabled,
users=users(),
camera_groups=len(config.camera_groups),
profiles=len(config.profiles),
plus_api_key=config.plus_api.is_active(),
)