def to_json_dict(self):
j = {
'status': self.status,
'content_type': self.content_type,
'headers_id': text_type(self.headers.grid_id),
'body_id': text_type(self.body.grid_id)
}
if check_text_content_type(self.content_type):
j['text_type'] = True
else:
j['text_type'] = False
return j
def to_json_dict(self):
j = {
'status': self.status,
'content_type': self.content_type,
'headers_id': text_type(self.headers.grid_id),
'body_id': text_type(self.body.grid_id)
}
if check_text_content_type(self.content_type):
j['text_type'] = True
else:
j['text_type'] = False
return j
def check_text_content_type(content_type):
"""
检查content_type 是否是文本类型
:param content_type:
:return:
"""
content_type = text_type(content_type).lower()
text_content_type = [
'text', 'application/json', 'application/x-javascript',
'application/x-www-form-urlencoded'
]
return any(map(content_type.startswith, text_content_type))
def check_text_content_type(content_type):
"""
检查content_type 是否是文本类型
:param content_type:
:return:
"""
content_type = text_type(content_type).lower()
text_content_type = [
'text',
'application/json',
'application/x-javascript',
'application/x-www-form-urlencoded'
]
return any(map(content_type.startswith, text_content_type))
def to_json_dict(self):
j = {
'id': text_type(self.id),
'forward_url': self.forward_url,
'timestamp': datetime_to_timestamp(self.accessed_at),
'accessed_at': datetime_to_str(self.accessed_at, '%Y-%m-%d %H:%M:%S'),
'elapsed': self.elapsed,
'result_code': self.result_code,
'result_msg': self.result_msg,
'ip': self.ip,
'request': self.request.to_json_dict(),
'response': self.response.to_json_dict(),
'client': self.client.to_json_dict(),
'endpoint': self.endpoint.to_json_dict()
}
return j
def to_json_dict(self):
j = {
'id': text_type(self.id),
'forward_url': self.forward_url,
'timestamp': datetime_to_timestamp(self.accessed_at),
'accessed_at': datetime_to_str(self.accessed_at, '%Y-%m-%d %H:%M:%S'),
'elapsed': self.elapsed,
'result_code': self.result_code,
'result_msg': self.result_msg,
'ip': self.ip,
'request': self.request.to_json_dict(),
'response': self.response.to_json_dict(),
'client': self.client.to_json_dict(),
'endpoint': self.endpoint.to_json_dict()
}
return j
def _render_time_frame_data(unit, time_frame, name_map, data, data_type, count_list_dict):
count_data = []
if unit == 'hour':
dk_format = '%Y-%m-%d %H'
else:
dk_format = '%Y-%m-%d'
if data_type == 'total':
count_dict = {}
for t in data:
k = t.date.strftime(dk_format)
count_dict[k] = t.count
temp_data = []
for t in time_frame:
temp_data.append(count_dict.get(t, 0))
name = name_map.get('total', '全部应用')
count_data.append([name, temp_data])
elif data_type in ['client', 'endpoint']:
# count_list_dict = {}
k_field = data_type + '_id'
for t in data:
k = t['_id'][k_field]
dk = t['_id']['date'].strftime(dk_format)
if k in count_list_dict:
count_list_dict[k][dk] = t['count']
else:
count_list_dict[k] = {dk: t['count']}
for k, v in count_list_dict.items():
temp_data = []
for t in time_frame:
temp_data.append(v.get(t, 0))
name = name_map[data_type].get(text_type(k), text_type(k))
count_data.append([name, temp_data])
elif data_type == 'client_endpoint':
# count_list_dict = {}
for t in data:
k = '%s/%s' % (t['_id']['client_id'], t['_id']['endpoint_id'])
dk = t['_id']['date'].strftime(dk_format)
if k in count_list_dict:
count_list_dict[k][dk] = t['count']
else:
count_list_dict[k] = {dk: t['count']}
for k, v in count_list_dict.items():
temp_data = []
for t in time_frame:
temp_data.append(v.get(t, 0))
name = name_map[data_type].get(text_type(k), text_type(k))
count_data.append([name, temp_data])
elif data_type == 'result_code':
# count_list_dict = {}
for t in data:
k = t['_id']['code']
dk = t['_id']['date'].strftime(dk_format)
if k in count_list_dict:
count_list_dict[k][dk] = t['count']
else:
count_list_dict[k] = {dk: t['count']}
for k, v in count_list_dict.items():
temp_data = []
for t in time_frame:
temp_data.append(v.get(t, 0))
name = name_map[data_type].get(text_type(k), text_type(k))
count_data.append([name, temp_data])
return count_data
def _render_time_frame_data(unit, time_frame, name_map, data, data_type,
count_list_dict):
count_data = []
if unit == 'hour':
dk_format = '%Y-%m-%d %H'
else:
dk_format = '%Y-%m-%d'
if data_type == 'total':
count_dict = {}
for t in data:
k = t.date.strftime(dk_format)
count_dict[k] = t.count
temp_data = []
for t in time_frame:
temp_data.append(count_dict.get(t, 0))
name = name_map.get('total', '全部应用')
count_data.append([name, temp_data])
elif data_type in ['client', 'endpoint']:
# count_list_dict = {}
k_field = data_type + '_id'
for t in data:
k = t['_id'][k_field]
dk = t['_id']['date'].strftime(dk_format)
if k in count_list_dict:
count_list_dict[k][dk] = t['count']
else:
count_list_dict[k] = {dk: t['count']}
for k, v in count_list_dict.items():
temp_data = []
for t in time_frame:
temp_data.append(v.get(t, 0))
name = name_map[data_type].get(text_type(k), text_type(k))
count_data.append([name, temp_data])
elif data_type == 'client_endpoint':
# count_list_dict = {}
for t in data:
k = '%s/%s' % (t['_id']['client_id'], t['_id']['endpoint_id'])
dk = t['_id']['date'].strftime(dk_format)
if k in count_list_dict:
count_list_dict[k][dk] = t['count']
else:
count_list_dict[k] = {dk: t['count']}
for k, v in count_list_dict.items():
temp_data = []
for t in time_frame:
temp_data.append(v.get(t, 0))
name = name_map[data_type].get(text_type(k), text_type(k))
count_data.append([name, temp_data])
elif data_type == 'result_code':
# count_list_dict = {}
for t in data:
k = t['_id']['code']
dk = t['_id']['date'].strftime(dk_format)
if k in count_list_dict:
count_list_dict[k][dk] = t['count']
else:
count_list_dict[k] = {dk: t['count']}
for k, v in count_list_dict.items():
temp_data = []
for t in time_frame:
temp_data.append(v.get(t, 0))
name = name_map[data_type].get(text_type(k), text_type(k))
count_data.append([name, temp_data])
return count_data