def test_getLevelNames():
"""
Test getLevelNames
"""
levels = [
"DEBUG", "VERBOSE", "INFO", "WARN", "NOTICE", "ERROR", "ALWAYS",
"FATAL"
]
assert sorted(LogLevels.getLevelNames()) == sorted(levels)
def setLevel(self, levelName):
"""
Check if the level name exists and set it.
:param levelName: string representing the level to give to the logger
:return: boolean representing if the setting is done or not
"""
result = False
if levelName.upper() in LogLevels.getLevelNames():
self._logger.setLevel(LogLevels.getLevelValue(levelName))
result = True
return result
def setLevel(self, levelName):
"""
Configure the level of the handler associated to the backend.
Make sure the handler has been created before calling the method.
:param int level: a level
"""
result = False
if levelName.upper() in LogLevels.getLevelNames():
self._handler.setLevel(LogLevels.getLevelValue(levelName))
self._level = levelName
result = True
return result
def setLevel(self, levelName):
"""
Check if the level name exists and get the integer value before setting it.
:params levelName: string representing the level to give to the logger
:return: boolean representing if the setting is done or not
"""
result = False
if levelName.upper() in LogLevels.getLevelNames():
self._setLevel(LogLevels.getLevelValue(levelName))
result = True
return result
def shown(self, levelName):
"""
Determine if messages with a certain level will be displayed or not.
:params levelName: string representing the level to analyse
:return: boolean which give the answer
"""
# lock to prevent a level change
self._lockLevel.acquire()
try:
result = False
if levelName.upper() in LogLevels.getLevelNames():
result = self._level <= LogLevels.getLevelValue(levelName)
return result
finally:
self._lockLevel.release()
def getAllPossibleLevels():
"""
:return: a list of all levels available
"""
return LogLevels.getLevelNames()
def getAllPossibleLevels(): """ :return: a list of all levels available """ return LogLevels.getLevelNames()
"""
_, _, _ = gLoggerReset()
log = gLogger.getSubLogger("log")
log.setLevel("notice")
anotherLog = gLogger.getSubLogger("log")
assert log.getLevel() == anotherLog.getLevel()
assert log == anotherLog
# Run the tests for all the log levels and exceptions
# We may need to rerun the test if we are unlucky and the timestamps
# don't match
@flaky(max_runs=3)
@pytest.mark.parametrize("logLevel", ["exception"] + [lvl.lower() for lvl in LogLevels.getLevelNames()])
def test_localSubLoggerObject(logLevel):
"""
Create a local subLogger and compare its output with the standard subLogger
for all the log levels
"""
capturedBackend, log, _ = gLoggerReset()
# Set the level to debug to always make sure that something is printed
log.setLevel("debug")
# Create a real subLogger and a localSubLogger
# with the same "name"
subLog = log.getSubLogger("child")
localSubLog = log.getSubLogger("child")
# Print and capture a message with the real sublogger
_, _, _ = gLoggerReset()
log = gLogger.getSubLogger("log")
log.setLevel("notice")
anotherLog = gLogger.getSubLogger("log")
assert log.getLevel() == anotherLog.getLevel()
assert log == anotherLog
# Run the tests for all the log levels and exceptions
# We may need to rerun the test if we are unlucky and the timestamps
# don't match
@flaky(max_runs=3)
@pytest.mark.parametrize("logLevel", ["exception"] +
[lvl.lower() for lvl in LogLevels.getLevelNames()])
def test_localSubLoggerObject(logLevel):
"""
Create a local subLogger and compare its output with the standard subLogger
for all the log levels
"""
capturedBackend, log, _ = gLoggerReset()
# Set the level to debug to always make sure that something is printed
log.setLevel("debug")
# Create a real subLogger and a localSubLogger
# with the same "name"
subLog = log.getSubLogger("child")
localSubLog = log.getSubLogger("child")
# Print and capture a message with the real sublogger