def main(config):
logging.basicConfig(level=logging.INFO)
if isinstance(config, str):
config = ConfigEngine(config)
if not config.get_boolean('Logger', 'EnableReports'):
logger.info("Reporting disabled!")
else:
logger.info("Reporting enabled!")
schedule.every().day.at("00:01").do(create_daily_report, config=config)
sources = config.get_video_sources()
areas = config.get_areas()
for src in sources:
if src['daily_report']:
schedule.every().day.at(src['daily_report_time']).do(
send_daily_report_notification, config=config, entity_info=src)
for area in areas:
if area['daily_report']:
schedule.every().day.at(area['daily_report_time']).do(
send_daily_report_notification, config=config, entity_info=area)
while True:
schedule.run_pending()
time.sleep(10)
def raw_data_backup(config: ConfigEngine, bucket_name: str):
"""
Uploads into S3 the raw data generated by the cameras and the areas.
"""
s3_uploader = S3Uploader()
sources = config.get_video_sources()
areas = config.get_areas()
source_log_directory = get_source_log_directory(config)
area_log_directory = get_area_log_directory(config)
# Backup all the source files
for src in sources:
source_directory = os.path.join(source_log_directory, src["id"])
objects_log_directory = os.path.join(source_directory, "objects_log")
today_objects_csv = os.path.join(objects_log_directory,
str(date.today()) + ".csv")
bucket_prefix = f"sources/{src['id']}/object_logs"
if os.path.isfile(today_objects_csv):
# Upload the today object files to S3
s3_uploader.upload_file(bucket_name, today_objects_csv,
f"{str(date.today())}.csv", bucket_prefix)
# Backup all the area files
for area in areas:
area_directory = os.path.join(area_log_directory, area.id)
occupancy_log_directory = os.path.join(area_directory, "occupancy_log")
today_occupancy_csv = os.path.join(occupancy_log_directory,
str(date.today()) + ".csv")
bucket_prefix = f"areas/{area.id}/occupancy_log"
if os.path.isfile(today_objects_csv):
# Upload the today occupancy files to S3
s3_uploader.upload_file(bucket_name, today_occupancy_csv,
f"{str(date.today())}.csv", bucket_prefix)
def main(config):
logging.basicConfig(level=logging.INFO)
if isinstance(config, str):
config = ConfigEngine(config)
libs.pubsub.init_shared_resources()
video_path = config.get_section_dict("App")["VideoPath"]
process_engine = Process(target=start_engine, args=(config, video_path,))
process_api = Process(target=start_web_gui, args=(config,))
process_api.start()
process_engine.start()
logger.info("Services Started.")
forever = threading.Event()
try:
forever.wait()
except KeyboardInterrupt:
logger.info("Received interrupt. Terminating...")
process_engine.terminate()
process_engine.join()
logger.info("CV Engine terminated.")
process_api.terminate()
process_api.join()
logger.info("Web GUI terminated.")
def reports_backup(config: ConfigEngine, bucket_name: str):
"""
Uploads into s3 the reports generated yesterday by the cameras and the areas.
"""
s3_uploader = S3Uploader()
sources = config.get_video_sources()
areas = config.get_areas()
source_log_directory = get_source_log_directory(config)
area_log_directory = get_area_log_directory(config)
yesterday = str(date.today() - timedelta(days=1))
# Backup the sources yesterday reports
for src in sources:
source_directory = os.path.join(source_log_directory, src["id"])
reports_directory = os.path.join(source_directory, "reports")
source_metrics = [FaceMaskUsageMetric, SocialDistancingMetric]
for metric in source_metrics:
metric_folder = os.path.join(reports_directory, metric.reports_folder)
metric_hourly_report = os.path.join(metric_folder, f"report_{yesterday}.csv")
metric_daily_report = os.path.join(metric_folder, "report.csv")
bucket_prefix = f"sources/{src['id']}/reports/{metric.reports_folder}"
if os.path.isfile(metric_hourly_report):
s3_uploader.upload_file(bucket_name, metric_hourly_report, f"report_{yesterday}.csv", bucket_prefix)
if os.path.isfile(metric_daily_report):
s3_uploader.upload_file(bucket_name, metric_daily_report, "report.csv", bucket_prefix)
# Backup the areas yesterday reports
for area in areas:
area_directory = os.path.join(area_log_directory, area["id"])
occupancy_reports_directory = os.path.join(area_directory, "reports", OccupancyMetric.reports_folder)
occupancy_hourly_report = os.path.join(occupancy_reports_directory, f"report_{yesterday}.csv")
occupancy_daily_report = os.path.join(occupancy_reports_directory, "report.csv")
bucket_prefix = f"areas/{area['id']}/reports/{OccupancyMetric.reports_folder}"
if os.path.isfile(occupancy_hourly_report):
s3_uploader.upload_file(bucket_name, occupancy_hourly_report, f"report_{yesterday}.csv", bucket_prefix)
if os.path.isfile(occupancy_daily_report):
s3_uploader.upload_file(bucket_name, occupancy_hourly_report, "report.csv", bucket_prefix)
def get_config_file_json_strings(config_sample_path, decamelize=False):
config_sample = ConfigEngine(config_sample_path)
sections = config_sample.get_sections()
config_sample_json = {}
for section in sections:
config_sample_json[section] = config_sample.get_section_dict(section)
if decamelize:
"""
Do not forget that "Source_1" becomes "source__1".
"""
config_sample_json = humps.decamelize(config_sample_json)
return config_sample_json
def test_get_config():
config = ConfigEngine(config_sample_path)
app_instance = ProcessorAPI(config)
api = app_instance.app
client = TestClient(api)
response_get = client.get("/config")
assert response_get.status_code == 200
assert response_get.json() == config_sample_json
def config_rollback():
original_path = "/repo/api/tests/data/config-x86-openvino.ini"
config_sample_path_to_modify = "/repo/api/tests/data/config-x86-openvino_TEMPORARY.ini"
shutil.copyfile(original_path, config_sample_path_to_modify)
config = ConfigEngine(config_sample_path_to_modify)
Settings(config=config)
# Import ProcessorAPI after Settings has been initialized with a config.
from api.processor_api import ProcessorAPI
app_instance = ProcessorAPI()
api = app_instance.app
client = TestClient(api)
yield client, config_sample_path_to_modify
os.remove(config_sample_path_to_modify)
def config_rollback_base(option="JUST_CAMERAS"):
original_path = ""
if option == "EMPTY":
"""
Empty template with no camera or area.
"""
original_path = "/repo/api/tests/data/config-x86-openvino_EMPTY.ini"
elif option == "JUST_CAMERAS":
"""
Here there are charged only 2 cameras:
camera_example (ID: 49)
camera_example_2 (ID: 50)
"""
original_path = "/repo/api/tests/data/config-x86-openvino_JUST_CAMERAS.ini"
elif option == "METRICS":
"""
Here there are charged 4 cameras and two areas:
camera_example (ID: 49), Area 5
camera_example_2 (ID: 50), Area 5
camera_example_3 (ID: 51), Area 6
camera_example_4 (ID: 52), Area 6
"""
original_path = "/repo/api/tests/data/config-x86-openvino_METRICS.ini"
config_sample_path_to_modify = "/repo/api/tests/data/config-x86-openvino_TEMPORARY.ini"
shutil.copyfile(original_path, config_sample_path_to_modify)
config = ConfigEngine(config_sample_path_to_modify)
Settings(config=config)
# Import ProcessorAPI after Settings has been initialized with a config.
from api.processor_api import ProcessorAPI
app_instance = ProcessorAPI()
api = app_instance.app
client = TestClient(api)
return client, config_sample_path_to_modify
def __init__(self, args):
self.config = ConfigEngine(args.config)
self.engine = CvEngine(self.config)
self.ui = UI(self.config, self.engine)
self.engine.set_ui(self.ui)
self.ui.start()
def main(config):
logging.basicConfig(level=logging.INFO)
if isinstance(config, str):
config = ConfigEngine(config)
# Schedule configured periodic tasks
periodic_tasks_names = [
x for x in config.get_sections() if x.startswith("PeriodicTask_")
]
for p_task in periodic_tasks_names:
if not config.get_boolean(p_task, "Enabled"):
continue
task_name = config.get_section_dict(p_task).get("Name")
if task_name == "metrics":
logger.info("Metrics enabled!")
schedule.every().day.at("00:01").do(compute_daily_metrics,
config=config)
schedule.every().hour.at(":01").do(compute_hourly_metrics,
config=config)
live_interval = int(
config.get_section_dict(p_task).get("LiveInterval", 10))
schedule.every(live_interval).minutes.do(
compute_live_metrics,
config=config,
live_interval=live_interval)
else:
raise ValueError(f"Not supported periodic task named: {task_name}")
# Schedule daily/weekly reports for sources and areas
sources = config.get_video_sources()
areas = config.get_areas()
for src in sources:
if src['daily_report']:
schedule.every().day.at(src['daily_report_time']).do(
send_daily_report_notification, config=config, entity_info=src)
for area in areas:
if area['daily_report']:
schedule.every().day.at(area['daily_report_time']).do(
send_daily_report_notification,
config=config,
entity_info=area)
if config.get_boolean("App", "DailyGlobalReport"):
schedule.every().day.at(
config.get_section_dict("App")["GlobalReportTime"]).do(
send_daily_global_report,
config=config,
sources=sources,
areas=areas)
if config.get_boolean("App", "WeeklyGlobalReport"):
schedule.every(7).days.at(
config.get_section_dict("App")["GlobalReportTime"]).do(
send_weekly_global_report,
config=config,
sources=sources,
areas=areas)
while True:
schedule.run_pending()
time.sleep(10)
def main(config):
logging.basicConfig(level=logging.INFO)
if isinstance(config, str):
config = ConfigEngine(config)
Settings(config=config)
start_api(config)
from fastapi.testclient import TestClient
from libs.config_engine import ConfigEngine
from api.models.base import Config
from api.processor_api import ProcessorAPI
import pytest
import humps
import copy
config_sample_path='/repo/api/models/data/config-sample.ini'
config = ConfigEngine(config_sample_path)
app_instance = ProcessorAPI(config)
api = app_instance.app
client = TestClient(api)
# read sample config file
config_sample = ConfigEngine(config_sample_path)
sections = config_sample.get_sections()
config_sample_json = {}
for section in sections:
config_sample_json[section] = config_sample.get_section_dict(section)
config_sample_json = humps.decamelize(config_sample_json)
#@pytest.mark.order1
def test_set_config():
response = client.put(
"/config",
json=config_sample_json,
)
def main(config):
logging.basicConfig(level=logging.INFO)
if isinstance(config, str):
config = ConfigEngine(config)
start_core(config)
