def _process_exception(self,
exception,
exR,
close_name=my_settings.REQ_LOG_NAME):
#save head exception information
def_exc_log = arr_lambda_by_name(my_settings.EXCEPTION_FIELDS,
exception_fields)
glog.err([my_settings.EXCEPTION_TOP_NAME] +
arr_funcs_call(def_exc_log, exception))
#save frames info
def_exc_log = arr_lambda_by_name(my_settings.EXCEPTION_STACK_FIELDS,
exception_fields)
frames = exR.get_traceback_frames()
frames.reverse()
for frame in frames:
glog.err([my_settings.EXCEPTION_MIDDLE_NAME] +
arr_funcs_call(def_exc_log, frame, exR))
#save close info
def_exc_log = arr_lambda_by_name(my_settings.EXCEPTION_CLOSE,
exception_fields)
self.mid_c_log(close_name, arr_funcs_call(def_exc_log, exception, exR))
if my_settings.FLUSH_RESPONSE:
glog.flush()
def _process_exception(self,exception,exR,close_name=my_settings.REQ_LOG_NAME):
#save head exception information
def_exc_log = arr_lambda_by_name(my_settings.EXCEPTION_FIELDS,exception_fields)
glog.err([my_settings.EXCEPTION_TOP_NAME]+arr_funcs_call(def_exc_log,exception))
#save frames info
def_exc_log = arr_lambda_by_name(my_settings.EXCEPTION_STACK_FIELDS,exception_fields)
frames = exR.get_traceback_frames()
frames.reverse()
for frame in frames:
glog.err([my_settings.EXCEPTION_MIDDLE_NAME]+arr_funcs_call(def_exc_log,frame,exR))
#save close info
def_exc_log = arr_lambda_by_name(my_settings.EXCEPTION_CLOSE,exception_fields)
self.mid_c_log(close_name,arr_funcs_call(def_exc_log,exception,exR))
if my_settings.FLUSH_RESPONSE:
glog.flush()
def process_request(self,request):
self.mid_a_log(my_settings.VIEW_LOG_NAME,arr_funcs_call(arr_lambda_by_name(my_settings.VIEW_OPEN_FIELDS,view_open_fields),request))
def iget_def_res_log(self):
return arr_lambda_by_name(my_settings.RESPONSE_FIELDS,response_fields)
def iget_def_req_log(self):
return arr_lambda_by_name(my_settings.REQUEST_FIELDS,request_fields)
def process_request(self, request):
self.mid_a_log(
my_settings.VIEW_LOG_NAME,
arr_funcs_call(
arr_lambda_by_name(my_settings.VIEW_OPEN_FIELDS,
view_open_fields), request))
def iget_def_res_log(self):
return arr_lambda_by_name(my_settings.RESPONSE_FIELDS, response_fields)
def iget_def_req_log(self):
return arr_lambda_by_name(my_settings.REQUEST_FIELDS, request_fields)
def __init__(self,
# path ( template ) to log file in file system
# copied into action_log_template property
# action_log_file = converted real file path
# action_log_fh = current filehandle
action_log,
# list of levels which will be logged
# default is ['crt', 'err', 'imp', 'inf', 'log', 'trc', 'dbg']
level=None,
# the log level which will be used if Logger object used
# as function
# means glog() is equal to glog.log() in case
# default_level = 'log'
# stored into def_log_call property as function
default_level='log',
# list of levels which will be actually saved into
# the log file if it is None the all levels will be stored.
loglev=None,
# list of fields name or function which fill be put
# in every log row right after parent index.
# list of possible name can be found in ucsvlog.fields.every
# but you can also use your own function as string name
# of link
# this list ['stacksize','fname','filename','lineno']
# will be used if None passed
# pass an empty list in case you don't want to store call info
# stored into same name property, but converted into functions
func_fields=None,
# using in codes.open(buffering=???)
# http://docs.python.org/library/codecs.html#codecs.open
# which is the same as for buildin function open
# http://docs.python.org/library/functions.html#open
# and save into action_log_buffering
buffering=0,
# related folder is using for save related file paths
# in call info
# saved into same name property but add '/' at the end
# if doesn't have
related_folder=None,
# True - if you want to store one block in different files.
# useful for logging long terms blocks,
# like long working cron scripts
# False - if you want to store one block in one file
# useful in short terms block, like http requests
# saved into same name property
splitting_blocks=False,
# if this value is not None then every row will have
# with value as last cell
# using in Reader object to be sure that the row is
# 100% valid and not broken
# saved into same name property
close_row=None,
):
self.splitting_blocks = splitting_blocks
self.close_row = close_row
if related_folder is not None:
related_folder = os.path.abspath(related_folder)
if not related_folder.endswith('/'):
related_folder += '/'
self.related_folder = related_folder
self.action_log_template = action_log
self.action_log_buffering = buffering
self.action_log_file = None
self.action_log_fh = None
if loglev is None:
loglev = [
'crt', # critical error
'err', # error
'imp', # important information
'inf', # information
'log', # base log
'trc', # trace some data
'dbg' # debug information
]
if level is None:
level = loglev
if isinstance(level, int):
level = loglev[:level]
if func_fields is None:
func_fields = ['stacksize', 'fname', 'filename', 'lineno']
self._aindex_stack = []
# generate write functions or empty function
# depends on loglev and level input parameters
for logname in loglev:
if logname in level:
setattr(self, logname, self.lbd_tlog(logname))
setattr(self, 'a_' + logname, self.lbd_alog(logname))
setattr(self, 'c_' + logname, self.lbd_clog(logname))
else:
setattr(self, logname, lambda *args, **kwargs: None)
setattr(self, 'a_' + logname, lambda *args, **kwargs: None)
setattr(self, 'c_' + logname, lambda *args, **kwargs: None)
self.def_log_call = getattr(self, default_level)
self.func_fields = arr_lambda_by_name(func_fields, every)
