def create_camera(name: str, camera_device_id: int, timer: list, resolution: dict, trimming: dict) -> None:
cameras = get_camera_config()
tank_id = get_config_item('TANK_ID')
camera_id = generate_camera_id(tank_id)
new_camera = {
'camera_id': camera_id,
'name': name,
'camera_device_id': camera_device_id,
'resolution': {
'x': resolution['x'],
'y': resolution['y'],
},
'timer': list(timer),
'trimming': {
'top': trimming['top'],
'bottom': trimming['bottom'],
'left': trimming['left'],
'right': trimming['right'],
},
'latest_picture_url': ''
}
cameras.append(new_camera)
set_camera_config(cameras)
logger(
INFO,
'Create new camera 📸\n' + json.dumps(new_camera),
True,
False
)
return
def post_slack_with_attachment(
channel: str,
username: str,
text: str,
icon_emoji: str,
color: str,
attachment_title: str,
attachment_text: str,
attachment_footer: str,
) -> None:
post_data = {
"channel":
channel,
"username":
username,
"text":
text,
"icon_emoji":
icon_emoji,
"attachments": [{
"color": color,
"author_name": attachment_title,
"text": attachment_text,
"footer": attachment_footer,
}]
}
slack_webhook_url = get_config_item('SLACK')['WEBHOOK_URL']
response = requests.post(slack_webhook_url, data=json.dumps(post_data))
def auto_feeder(pin: int) -> bool:
"""
auto feeder
Parameters
----------
pin : int
target gpio (BCM)
Returns
-------
bool
Auto feeding successful
"""
is_running = gpio_read(pin)
if is_running:
return False
AUTO_FEEDER_RUN_TIME = get_config_item('DEVICE')['AUTO_FEEDER_RUN_TIME']
# auto feeder on
gpio_write(pin, 1)
try:
publish_device_state()
except:
gpio_write(pin, 0)
return False
time.sleep(AUTO_FEEDER_RUN_TIME)
# pump off
gpio_write(pin, 0)
publish_device_state()
return True
def import_sensor_back_file(backup_file: list) -> None:
MAX_SENSOR_NUMBER = get_config_item('MAX_SENSOR_NUMBER')
if len(backup_file) != MAX_SENSOR_NUMBER:
raise FormatInvalid('Device number invalid')
# TODO Validation
set_sensor_config(backup_file)
return
def import_device_back_file(backup_file: list) -> None:
MAX_DEVICE_NUMBER = get_config_item('MAX_DEVICE_NUMBER')
if len(backup_file) != MAX_DEVICE_NUMBER:
raise FormatInvalid('Device number invalid')
# TODO Validation
set_gpio_config(backup_file)
return
def post_slack(channel: str, username: str, text: str,
icon_emoji: str) -> None:
post_data = {
"channel": channel,
"username": username,
"text": text,
"icon_emoji": icon_emoji
}
slack_webhook_url = get_config_item('SLACK')['WEBHOOK_URL']
response = requests.post(slack_webhook_url, data=json.dumps(post_data))
def logger(log_level: str,
message: str,
require_slack: bool = False,
mention_required: bool = False) -> None:
prefix = log_message_prefix_generator(log_level)
# stdout
print('{colored_prefix} {message}'.format(colored_prefix=color_text(
text=prefix, color=LOG_LEVEL[log_level]['COLOR']),
message=message))
# out to log file
if LOG_LEVEL[log_level]['LEVEL'] >= MIN_FILE_OUTPUT_LEVEL:
output_log_file(text=f'{prefix} {message}\n')
# slack
slack_notification = get_config_item('SLACK')['SLACK_NOTIFICATION']
if require_slack and slack_notification:
mention = ''
if log_level == ERROR or log_level == FATAL or mention_required:
mention = SLACK_MENTION_TYPE['CHANNEL']
# Error handling is required in HTTP Request
try:
post_log_to_slack(
pretext=mention,
color=LOG_LEVEL[log_level]['SLACK_COLOR'],
title=f'[{log_level}]',
text=message,
footer=datetime.datetime.now().strftime('%Y-%m-%d %H:%M:%S'))
except Exception as e:
error_message = ''.join(
traceback.TracebackException.from_exception(e).format())
error_message += """
-----------------------------------------------
This message can not post to slack.
{message}
-----------------------------------------------
""".format(message=message)
logger(ERROR, error_message)
add_unsent_message(
log_level=log_level,
message=message,
)
pass
return
def post_log_to_slack(pretext: str, color: str, title: str, text: str,
footer: str) -> None:
# get slack config from config
slack_config = get_config_item('SLACK')
# post slack with attachment
post_slack_with_attachment(
channel=slack_config['LOG']['CHANNEL'],
username=slack_config['LOG']['USERNAME'],
text=pretext,
icon_emoji=slack_config['LOG']['ICON_EMOJI'],
color=color,
attachment_title=title,
attachment_text=text,
attachment_footer=footer,
)
def post_slack_by_type(text: str, type_: str) -> None:
slack_config = get_config_item('SLACK')
if type_ == SLACK_NOTIFICATION_TYPE['NOTIFICATION']:
post_slack(
channel=slack_config['NOTIFICATION']['CHANNEL'],
username=slack_config['NOTIFICATION']['USERNAME'],
text=slack_config['NOTIFICATION']['MESSAGE_FORMAT'].format(
message=text),
icon_emoji=slack_config['NOTIFICATION']['ICON_EMOJI'],
)
elif type_ == SLACK_NOTIFICATION_TYPE['ERROR']:
post_slack(
channel=slack_config['ERROR']['CHANNEL'],
username=slack_config['ERROR']['USERNAME'],
text=slack_config['ERROR']['MESSAGE_FORMAT'].format(message=text),
icon_emoji=slack_config['ERROR']['ICON_EMOJI'],
)
else:
raise NotificationTypeUndefined('This type does not exist.')
ls,
make_dir,
set_json_file,
zero_padding,
zero_padding_month,
)
from service.logger import (
logger,
DEBUG,
INFO,
WARN,
ERROR,
FATAL,
)
AMS_ROOT_PATH = get_config_item('ROOT_PATH').rstrip('/')
def get_camera_config_by_id(camera_id: str) -> dict:
cameras = get_camera_config()
for camera in cameras:
if camera['camera_id'] == camera_id:
return camera
return {}
def get_camera_device_config_by_id(camera_device_id: int) -> dict:
camera_devices = get_camera_device_config()
for camera_device in camera_devices:
if camera_device['camera_device_id'] == camera_device_id:
return camera_device
return {}
def main():
PORT = get_config_item('port')
app.run(debug=True, host='0.0.0.0', port=PORT)
def publish_sensor_data() -> None:
sensing_config = get_config_item('SENSING')
sensor_data_publish_period = sensing_config['SENSOR_DATA_PUBLISH_PERIOD']
sensing_number = sensing_config['SENSING_NUMBER']
sensor_config = get_sensor_config()
total_value = {}
for sensor in sensor_config:
# if a sensor exists
if sensor['sensor']: total_value[sensor['sensor_id']] = 0
for _ in range(sensing_number):
for sensor_id in total_value.keys():
sensor_value = read_mcp(sensor_id)
total_value[sensor_id] += sensor_value
time.sleep(sensor_data_publish_period / sensing_number)
publish_data = {
"timestamp": int( datetime.datetime.now().strftime('%s') ),
"sensors": [],
}
for sensor in sensor_config:
# if a sensor does not exists
if sensor['sensor'] == {}:
continue
# Least squares coefficients
if len(sensor['sensor']['calibration']) > 1:
a, b = least_squares( sensor['sensor']['calibration'] )
else:
# use raw value
a, b = 1, 0
publish_data['sensors'].append({
"sensor_id": sensor['sensor_id'],
"name": sensor['sensor']['name'],
"type": sensor['sensor']['type'],
"value": round( a * total_value[sensor['sensor_id']] / sensing_number + b, 2),
"raw_value": round(total_value[sensor['sensor_id']] / sensing_number, 1),
})
publish_topic = publish_topics['SENSOR_DATA']
publish_data_json = json.dumps(publish_data)
write_current_sensor_values(publish_data_json)
publish(
topic = publish_topic,
message = publish_data_json,
qos = 0,
retain = True,
)
print_color_log(
title = LOG_TITLE['SENSOR'],
title_color = Color.YELLOW,
text = '{unixtime}: {topic}: {message}'.format(
unixtime = datetime.datetime.now().strftime('%s'),
topic = color_text(publish_topic, Color.GREEN),
message = publish_data_json,
)
)
from on_message.camera_album_get import get_album
from on_message.camera_take_picture import camera_take_picture
from service.device import get_all_device_state
from service.sensor import get_current_sensor_values
from service.backup import backup_file_name, get_device_backup_file, import_device_back_file, get_sensor_backup_file, import_sensor_back_file
from service.logger import (
logger,
DEBUG,
INFO,
WARN,
ERROR,
FATAL,
)
app = Flask(__name__)
server_config = get_config_item('LOCAL_SERVER')
empty_response = json.dumps({})
class InvalidUsage(Exception):
status_code = 400
def __init__(self, message, status_code=None, payload=None):
Exception.__init__(self)
self.message = message
if status_code is not None:
self.status_code = status_code
self.payload = payload
def to_dict(self):
"SLACK_COLOR": '#D7DF01',
},
"ERROR": {
"LEVEL": 4,
"COLOR": Color.RED,
"SLACK_COLOR": '#FF4000',
},
"FATAL": {
"LEVEL": 5,
"COLOR": Color.PURPLE,
"SLACK_COLOR": '#FF00BF',
},
}
MIN_FILE_OUTPUT_LEVEL = 2
AMS_ROOT_PATH = get_config_item('ROOT_PATH')
OUTPUT_LOG_FILE_PATH = '/'.join([AMS_ROOT_PATH, 'log', 'logger'])
UNSENT_LOG_FILE_PATH = '/'.join([AMS_ROOT_PATH, 'log', 'tmp', 'unsent.json'])
def log_message_prefix_generator(log_level: str) -> str:
"""
Parameters
----------
text: log_level
log level
e.g. "INFO", "WARN", ...
Returns
----------
str
from commons.consts import (
CRON_START_TEXT,
CRON_END_TEXT,
CRON_COMMENT_FORMAT,
CRON_FORMAT_CONTINUOUS,
CRON_FORMAT_DAILY,
CRON_FORMAT_DISCREATE,
DEVICE_RUN_TYPE,
DEVICE_TYPE,
)
from lib.config import get_gpio_config, get_config_item, get_root_path
from lib.cron import get_crontab, write_to_crontab
FEED_PUMP_DEFAULT_TIME = get_config_item('DEVICE')['FEED_PUMP_DEFAULT_TIME']
def cron_text_generator() -> str:
"""
This text is generated by this function.
# ------ AMS start -------
# device_id: 1
# device_name: my_main_light
# on
30 10 * * * gpio -g mode 26 out && gpio -g write 26 1
# off
30 18 * * * gpio -g mode 26 out && gpio -g write 26 0
# device_id: 2
import sys
import pathlib
current_dir = pathlib.Path(__file__).resolve().parent
sys.path.append( str(current_dir) + '/../' )
from service.camera import take_picture
from service.trimming import trimming
from service.uploader import s3_upload, publish_picture
from lib.config import get_config_item
TMP_BASE_PICTURE_PATH = get_config_item('tmp_base_picture_path')
TMP_TRIMMED_PICTURE_PATH = get_config_item('tmp_trimmed_picture_path')
def picture(request: dict) -> None:
# case no camera
if len(request['cameras']) == 0:
return
take_picture(
file_ = TMP_BASE_PICTURE_PATH,
x = request['resolution']['x'],
y = request['resolution']['y'],
warm_up_time = request['cameraWarmUpTime']
)
for camera in request['cameras']:
trimming(
input_path = TMP_BASE_PICTURE_PATH,
output_path = TMP_TRIMMED_PICTURE_PATH,
