def test_if_value_is_returned(self, python_logger):
logger = ULog(logger=python_logger)
@logger.log_args(msg=ERROR_MSG, arguments=('p1', ))
def f(p1, kw1=''):
return RETURN_VALUE
return_value = f('v1')
assert return_value == RETURN_VALUE
def test_if_value_is_returned(self, python_logger):
logger = ULog(logger=python_logger)
@logger.log_return(msg=ERROR_MSG)
def f():
return RETURN_VALUE
return_value = f()
assert return_value == RETURN_VALUE
def test_if_selected_paramet_is_logged(self, python_logger):
logger = ULog(logger=python_logger)
@logger.log_args(msg=ERROR_MSG, arguments=('p1', ))
def f(p1, kw1=''):
pass
f('v1')
python_logger.log.assert_called_with(10, 'msg\np1: v1', exc_info=False)
def test_if_the_same_log_level_is_loged(self, python_logger):
logger = ULog(logger=python_logger)
@logger.log_return(msg=ERROR_MSG, level=LogLevel.Debug)
def f():
return RETURN_VALUE
f()
assert python_logger.log.call_count == 1
def test_if_the_same_log_level_is_loged(self, python_logger):
logger = ULog(logger=python_logger)
@logger.log_args(msg=ERROR_MSG,
arguments=('p1', ),
level=LogLevel.Debug)
def f(p1, kw1=''):
return RETURN_VALUE
f('v1')
assert python_logger.log.call_count == 1
def test_if_return_value_is_returned_when_there_is_no_exception(
self, python_logger):
logger = ULog(logger=python_logger)
@logger.log_exception(ERROR_MSG, level=LogLevel.Debug)
def myfunc():
return RETURN_VALUE
return_value = myfunc()
assert python_logger.log.call_count == 0
assert return_value == RETURN_VALUE
def test_if_the_same_log_level_is_loged(self, python_logger):
logger = ULog(logger=python_logger)
exception = FakeException()
@logger.log_exception(ERROR_MSG, level=LogLevel.Debug)
def myfunc():
raise exception
with pytest.raises(FakeException):
myfunc()
assert python_logger.log.call_count == 1
def test_if_logger_is_called_for_loggin_exception(self, python_logger):
logger = ULog(logger=python_logger)
exception = FakeException()
@logger.log_exception(msg=ERROR_MSG)
def myfunc():
raise exception
with pytest.raises(FakeException):
myfunc()
python_logger.log.assert_called_once_with(40, ERROR_MSG, True)
def test_if_all_passed_params_are_logged(self, python_logger):
logger = ULog(logger=python_logger)
@logger.log_args(msg=ERROR_MSG)
def f(p1, kw1=''):
pass
f('v1', 'v2')
python_logger.log.assert_called_with(LogLevel.Debug,
'msg\np1: v1\nkw1: v2',
exc_info=False)
assert python_logger.log.call_count == 1
def test_if_kwargs_are_logged(self, python_logger):
logger = ULog(logger=python_logger)
@logger.log_args(msg=ERROR_MSG)
def f(p1, p2=''):
pass
f(p1='v1', p2='v2')
call = python_logger.log.call_args[0]
logged_message = call[1]
assert '\np1: v1' in logged_message
assert '\np2: v2' in logged_message
assert python_logger.log.call_count == 1
def test_if_log_is_returned(self, python_logger):
logger = ULog(logger=python_logger)
@logger.log_return()
def f():
return RETURN_VALUE
f()
assert python_logger.log.call_count == 1
call = python_logger.log.call_args[0]
logged_message = call[1]
assert RETURN_VALUE in logged_message
assert LogLevel.Debug == call[0]
import logging
from ulog import ULog
logging.basicConfig(level=logging.DEBUG)
ulog = ULog()
class MyException(Exception):
def __init__(self, context):
self._context = context
def __str__(self):
return 'My exception with context: %s' % self._context
class TestClass(object):
@ulog.log_return('Return from function {callable_name}: {return_value}')
@ulog.log_exception(msg='OMG!', traceback=True)
@ulog.log_args()
def divide_func(self, x, y):
return x / y
tc = TestClass()
try:
tc.divide_func(0, 0)
except:
pass
from .sd import setup_sd
import uos
import network
import gc
import json
from ulog import ULog
import machine
# RESOURCE_DIR = "app/resources"
IMG_PATH_TEMPLATE = "app/resources/{}__{}__{}.jpg"
V1_BASE_PATH = "/api/v1"
IMG_API_PATH = "{}/{}".format(V1_BASE_PATH, "retrieve")
RESET_API_PATH = "{}/{}".format(V1_BASE_PATH, "reset")
IMG_API_CAPTURE_PATH = "{}/{}".format(V1_BASE_PATH, "obtain")
logger = ULog("main.py")
run_logger = ULog("runtime")
LED_PIN = 15
LED = machine.Pin(LED_PIN, machine.Pin.OUT)
time.sleep_ms(300)
logger.info("led set to pin {}".format(LED_PIN))
LED.off()
logger.info("led.off")
# TODO: check if connected
CAM = None
if not CAM:
CAM = setup_cam(logger)
logger.info("camera setup")
import machine
from ulog import ULog
from updater.ota_updater import OTAUpdater
install_logger = ULog("install")
def maybe_download_and_install_update():
install_logger.info("Checking for Updates...")
ota_updater = OTAUpdater(
"https://github.com/JackBurdick/argus",
github_src_dir="src",
main_dir="app",
secrets_file="secrets.py",
)
install_logger.info("ota_updater created")
new_update_installed = ota_updater.install_update_if_available()
install_logger.info("no new update installed")
if new_update_installed:
install_logger.info("installed update")
install_logger.info("restarting machine")
machine.reset()
del ota_updater
def boot():
maybe_download_and_install_update()
