class Log(object):
def __init__(self):
self.model = LogsAPIModel()
self.str = ""
self.common_model = CommonAPIModel()
def flatten_dict(self, d, parent_key=''):
items = []
for k, v in d.items():
if isinstance(v, dict):
self.str+=":%s" % k
items.extend(self.flatten_dict(v, k).items())
else:
self.str+=":%s" % k
items.append((k, v))
return dict(items)
# Checks the tags in the database and adds them if they are new entries
def check_tags(self, tags):
if isinstance(tags, list):
for el in tags:
self.model.upsert_tag(el)
elif isinstance(tags, str) or isinstance(tags, unicode):
self.model.upsert_tag(tags)
def __call__(self, *args, **kwargs):
log_dict = args[0]
try:
tags = log_dict.get('tags')
except:
tags = None
message = log_dict.get('message', '')
now = int(time())
self.check_tags(tags)
entry = {'time': now, 'message': message, 'tags': tags}
# Add the data to a separate field, for easy searching
if isinstance(message, dict):
self.str = ""
self.flatten_dict(message)
_searchable = self.str
elif isinstance(message, list):
_searchable = ":".join(["%s" % el for el in message])
else:
_searchable = message
entry['_searchable'] = _searchable
self.model.save_log(entry)
self.common_model.upsert_unread('logs')
class TestCommonAPIModel(unittest.TestCase):
def setUp(self):
self.model = CommonAPIModel()
def test_upsert_unread_logs(self):
self.model.unread.remove()
self.model.upsert_unread('logs')
eq_(1, self.model.unread.count())
entry = self.model.unread.find_one()
eq_(1,entry['logs'])
eq_(0,entry['exceptions'])
def test_upsert_unread_exceptions(self):
self.model.unread.remove()
self.model.upsert_unread('exceptions')
eq_(1, self.model.unread.count())
entry = self.model.unread.find_one()
eq_(1,entry['exceptions'])
eq_(0,entry['logs'])
class Log(object):
def __init__(self):
self.model = LogsAPIModel()
self.str = ""
self.common_model = CommonAPIModel()
def flatten_dict(self, d, parent_key=''):
items = []
for k, v in d.items():
if isinstance(v, dict):
self.str += ":%s" % k
items.extend(self.flatten_dict(v, k).items())
else:
self.str += ":%s" % k
items.append((k, v))
return dict(items)
# Checks the tags in the database and adds them if they are new entries
def check_tags(self, tags):
if isinstance(tags, list):
for el in tags:
self.model.upsert_tag(el)
elif isinstance(tags, str) or isinstance(tags, unicode):
self.model.upsert_tag(tags)
def __call__(self, *args, **kwargs):
log_dict = args[0]
try:
tags = log_dict.get('tags')
except:
tags = None
message = log_dict.get('message', '')
now = int(time())
self.check_tags(tags)
entry = {'time': now, 'message': message, 'tags': tags}
# Add the data to a separate field, for easy searching
if isinstance(message, dict):
self.str = ""
self.flatten_dict(message)
_searchable = self.str
elif isinstance(message, list):
_searchable = ":".join(["%s" % el for el in message])
else:
_searchable = message
entry['_searchable'] = _searchable
self.model.save_log(entry)
self.common_model.upsert_unread('logs')
class Exception(object):
def __init__(self):
self.exception = {}
self.model = ExceptionAPIModel()
self.common_model = CommonAPIModel()
def __call__(self, *args, **kwargs):
now = int(time())
exception_dict = args[0]
exception_class = exception_dict.get('exception_class', '')
url = exception_dict.get('url', '')
backtrace = exception_dict.get('backtrace', '')
message = exception_dict.get('message', '')
enviroment = exception_dict.get('enviroment', '')
data = exception_dict.get('data', '')
exception_string = "{0}{1}{2}".format(exception_class, url, backtrace)
exception_id = md5(exception_string).hexdigest()
additional_data = {'occurrence': now}
if message: additional_data['message'] = message
if enviroment: additional_data['enviroment'] = enviroment
if data: additional_data['data'] = data
exception_in_db = self.model.collection.find_one(
{"exception_id": exception_id})
if exception_in_db is not None:
exception_in_db['last_occurrence'] = now
exception_in_db['additional_data'].insert(0, additional_data)
exception_in_db[
'total_occurrences'] = exception_in_db['total_occurrences'] + 1
self.model.collection.update({'_id': exception_in_db['_id']},
exception_in_db)
else:
entry = {
'last_occurrence': now,
'exception_id': exception_id,
'exception_class': exception_class,
'url': url,
'backtrace': backtrace,
}
entry['additional_data'] = [additional_data]
entry['total_occurrences'] = 1
self.model.save_exception(entry)
self.common_model.upsert_unread('exceptions')
class Exception(object):
def __init__(self):
self.exception = {}
self.model = ExceptionAPIModel()
self.common_model = CommonAPIModel()
def __call__(self, *args, **kwargs):
now = int(time())
exception_dict = args[0]
exception_class = exception_dict.get('exception_class', '')
url = exception_dict.get('url', '')
backtrace = exception_dict.get('backtrace', '')
message= exception_dict.get('message', '')
enviroment = exception_dict.get('enviroment', '')
data = exception_dict.get('data', '')
exception_string = "{0}{1}{2}".format(exception_class, url, backtrace)
exception_id = md5(exception_string).hexdigest()
additional_data = {'occurrence': now}
if message: additional_data['message'] = message
if enviroment: additional_data['enviroment'] = enviroment
if data: additional_data['data'] = data
exception_in_db = self.model.collection.find_one({"exception_id" : exception_id})
if exception_in_db is not None:
exception_in_db['last_occurrence'] = now
exception_in_db['additional_data'].insert(0, additional_data)
exception_in_db['total_occurrences'] = exception_in_db['total_occurrences']+1
self.model.collection.update({'_id' : exception_in_db['_id']}, exception_in_db)
else:
entry = {'last_occurrence': now,
'exception_id': exception_id,
'exception_class': exception_class,
'url': url,
'backtrace' : backtrace,
}
entry['additional_data'] = [additional_data]
entry['total_occurrences'] = 1
self.model.save_exception(entry)
self.common_model.upsert_unread('exceptions')
class TestCommonAPIModel(unittest.TestCase):
def setUp(self):
self.model = CommonAPIModel()
def test_upsert_unread_logs(self):
self.model.unread.remove()
self.model.upsert_unread('logs')
eq_(1, self.model.unread.count())
entry = self.model.unread.find_one()
eq_(1, entry['logs'])
eq_(0, entry['exceptions'])
def test_upsert_unread_exceptions(self):
self.model.unread.remove()
self.model.upsert_unread('exceptions')
eq_(1, self.model.unread.count())
entry = self.model.unread.find_one()
eq_(1, entry['exceptions'])
eq_(0, entry['logs'])