def test_broken_unicode_python2(logger, mock_send):
# py3 record.getMessage() returns a binary string here
# which is safely converted to unicode during the sanitization
# process
logger.error(b"Broken \xde log message")
decoded = get_mock_send_arg(mock_send)
assert u"Broken %s log message" % UNICODE_REPLACEMENT == decoded["short_message"]
def test_message_to_pickle_serializes_datetime_objects_instead_of_blindly_repring_them(
logger, mock_send):
timestamp = datetime.datetime(2001, 2, 3, 4, 5, 6, 7)
logger.error("Log message", extra={"ts": timestamp})
decoded = get_mock_send_arg(mock_send)
assert "datetime.datetime" not in decoded["_ts"]
assert timestamp.isoformat() == decoded["_ts"]
def test_broken_unicode_python2(logger, mock_send):
# py3 record.getMessage() returns a binary string here
# which is safely converted to unicode during the sanitization
# process
logger.error(b"Broken \xde log message")
decoded = get_mock_send_arg(mock_send)
assert u"Broken %s log message" % UNICODE_REPLACEMENT == decoded[
"short_message"]
def test_status_field_issue(logger):
message = get_unique_message()
logger.error(message, extra={"status": "OK"})
graylog_response = get_graylog_response(message, fields=["status"])
assert message == graylog_response["message"]
assert "long_message" not in graylog_response
assert "timestamp" in graylog_response
assert "OK" == graylog_response["status"]
def test_non_status_field_log(logger):
message = get_unique_message()
logger.error(message, extra={"foo": "bar"})
graylog_response = get_graylog_response(message, fields=["foo"])
assert message == graylog_response["message"]
assert "long_message" not in graylog_response
assert "timestamp" in graylog_response
assert "bar" == graylog_response["foo"]
def test_common_logging(logger):
"""Test sending a common usage log"""
message = get_unique_message()
logger.error(message)
graylog_response = get_graylog_response(message)
assert message == graylog_response["message"]
assert "long_message" not in graylog_response
assert "timestamp" in graylog_response
assert SYSLOG_LEVELS[logging.ERROR] == graylog_response["level"]
def test_debug_mode(logger):
message = get_unique_message()
logger.error(message)
graylog_response = get_graylog_response(message, fields=["function", "pid", "thread_name"])
assert message == graylog_response['message']
assert "long_message" not in graylog_response
assert "timestamp" in graylog_response
assert graylog_response['file'].endswith("test_debugging_fields.py")
assert 'test_debug_mode' == graylog_response['function']
assert 'line' in graylog_response
assert "file" in graylog_response
assert "pid" in graylog_response
assert "thread_name" in graylog_response
def test_debug_mode(logger):
message = get_unique_message()
logger.error(message)
graylog_response = get_graylog_response(
message, fields=["function", "pid", "thread_name"])
assert message == graylog_response['message']
assert "long_message" not in graylog_response
assert "timestamp" in graylog_response
assert graylog_response['file'].endswith("test_debugging_fields.py")
assert 'test_debug_mode' == graylog_response['function']
assert 'line' in graylog_response
assert "file" in graylog_response
assert "pid" in graylog_response
assert "thread_name" in graylog_response
def test_manual_exc_info_handler(logger, mock_send):
"""Check that a the ``full_message`` traceback info is passed when
the ``exc_info=1`` flag is given within a log message"""
try:
raise SyntaxError("Syntax error")
except SyntaxError:
logger.error("Failed", exc_info=1)
arg = get_mock_send_arg(mock_send)
assert "Failed" == arg["short_message"]
assert arg["full_message"].startswith("Traceback (most recent call last):")
# GELFHTTPHandler mocking does not complete the stacktrace
# thus a missing \n
assert arg["full_message"].endswith("SyntaxError: Syntax error") or arg[
"full_message"].endswith("SyntaxError: Syntax error\n")
def test_manual_exc_info_handler(logger, mock_send):
"""Check that a the ``full_message`` traceback info is passed when
the ``exc_info=1`` flag is given within a log message"""
try:
raise SyntaxError("Syntax error")
except SyntaxError:
logger.error("Failed", exc_info=1)
arg = get_mock_send_arg(mock_send)
assert "Failed" == arg["short_message"]
assert arg["full_message"].startswith("Traceback (most recent call last):")
# GELFHTTPHandler mocking does not complete the stacktrace
# thus a missing \n
assert arg["full_message"].endswith("SyntaxError: Syntax error") or \
arg["full_message"].endswith("SyntaxError: Syntax error\n")
def test_unicode(logger, mock_send):
logger.error(u"Mensaje de registro espa\xf1ol")
arg = get_mock_send_arg(mock_send)
assert u"Mensaje de registro espa\xf1ol" == arg["short_message"]
def test_status_field_issue(logger, mock_send):
logger.error("Log message", extra={"status": "OK"})
decoded = get_mock_send_arg(mock_send)
assert "Log message" == decoded["short_message"]
assert "OK" == decoded["_status"]
def test_list(logger, mock_send):
logger.error("Log message", extra={"foo": ["bar", "baz"]})
decoded = get_mock_send_arg(mock_send)
assert "Log message" == decoded["short_message"]
assert ["bar", "baz"] == decoded["_foo"]
def test_arbitrary_object(logger, mock_send):
logger.error("Log message", extra={"foo": TestClass()})
decoded = get_mock_send_arg(mock_send)
assert "Log message" == decoded["short_message"]
assert "<TestClass>" == decoded["_foo"]
def test_broken_unicode_python3(logger, mock_send):
# py3 record.getMessage() returns somewhat broken "b"foo"" if the
# message string is not a string, but a binary object: b"foo"
logger.error(b"Broken \xde log message")
decoded = get_mock_send_arg(mock_send)
assert "b'Broken \\xde log message'" == decoded["short_message"]
def test_extra_field(logger, mock_send):
logger.error("Log message", extra={"foo": "bar"})
decoded = get_mock_send_arg(mock_send)
assert "Log message" == decoded["short_message"]
assert "bar" == decoded["_foo"]
def test_unicode(logger, mock_send):
logger.error(u"Mensaje de registro espa\xf1ol")
arg = get_mock_send_arg(mock_send)
assert u"Mensaje de registro espa\xf1ol" == arg["short_message"]
def test_broken_unicode_python3(logger, mock_send):
# py3 record.getMessage() returns somewhat broken "b"foo"" if the
# message string is not a string, but a binary object: b"foo"
logger.error(b"Broken \xde log message")
decoded = get_mock_send_arg(mock_send)
assert "b'Broken \\xde log message'" == decoded["short_message"]
def test_extra_field(logger, mock_send):
logger.error("Log message", extra={"foo": "bar"})
decoded = get_mock_send_arg(mock_send)
assert "Log message" == decoded["short_message"]
assert "bar" == decoded["_foo"]
def test_list(logger, mock_send):
logger.error("Log message", extra={"foo": ["bar", "baz"]})
decoded = get_mock_send_arg(mock_send)
assert "Log message" == decoded["short_message"]
assert ["bar", "baz"] == decoded["_foo"]
def test_status_field_issue(logger, mock_send):
logger.error("Log message", extra={"status": "OK"})
decoded = get_mock_send_arg(mock_send)
assert "Log message" == decoded["short_message"]
assert "OK" == decoded["_status"]
def test_message_to_pickle_serializes_datetime_objects_instead_of_blindly_repring_them(logger, mock_send):
timestamp = datetime.datetime(2001, 2, 3, 4, 5, 6, 7)
logger.error("Log message", extra={"ts": timestamp})
decoded = get_mock_send_arg(mock_send)
assert "datetime.datetime" not in decoded["_ts"]
assert timestamp.isoformat() == decoded["_ts"]
def test_arbitrary_object(logger, mock_send):
logger.error("Log message", extra={"foo": TestClass()})
decoded = get_mock_send_arg(mock_send)
assert "Log message" == decoded["short_message"]
assert "<TestClass>" == decoded["_foo"]
