def duplicate_request(msg):
# 1.ignore unexepcted object
if ignore_check(msg):
return
# 2.prepare useful info
origin_url = msg['flow']['request']['url']
sorted_url = sort_params(origin_url[origin_url.rfind('//')+2:])
request_key_list = [
sorted_url,
msg['flow']['request']['method']
]
request_key = get_md5_code(request_key_list)
request_time = msg['time']
# 3.check data
if request_key in HISTORY_URL:
history_request_time = HISTORY_URL[request_key]['time']
if request_time - history_request_time < THRESHOLD_TIME:
url = HISTORY_URL[request_key]['url']
title = f'Duplicated requests: {url}\n'
description = f'Duplicated requests: {url}\n'
description += f'First at {history_request_time}\n'
description += f'Second at {request_time}\n'
event.issue(title, description)
# 4.update storage data
HISTORY_URL.update({
request_key: {
'time': request_time,
'url': sorted_url
}
})
overdue_urls = []
for key, value in HISTORY_URL.items():
if time.time() - value['time'] >= THRESHOLD_TIME:
overdue_urls.append(key)
else:
break
for overdue_url in overdue_urls:
del HISTORY_URL[overdue_url]
def img_size(msg):
# 1.ignore unexepcted object
if ignore_check(msg):
return
# 2.prepare useful info
img_size = int(msg['flow']['size'])
img_size = Decimal(img_size / 1024).quantize(Decimal('0.0'))
# 3.check data
if img_size > THRESHOLD_IMG_SIZE:
img_url = msg['flow']['request']['url']
img_url = img_url[img_url.rfind('//') + 2:]
title = f'Image size {img_size}KB is beyond expectations: {img_url}\n'
description = f'Image size {img_size}KB is beyond expectations: {img_url}\n'
description += f'Expecte: {THRESHOLD_IMG_SIZE}KB\n'
description += f'Actual: {img_size}KB\n'
event.issue(title, description)