def get_client_ip(request):
"""
This fct return the client ip. If not private in the request use it.
Otherwise, use the ip provided by the client itself.
"""
client_addr = request.client_addr
# If the ip_addresses is private, check if the client provided one.
int_ip = resources.get_int_from_ip(client_addr)
if ((167772160 <= int_ip <= 184549375)
or (2886729728 <= int_ip <= 2887778303)
or (3232235520 <= int_ip <= 3232301055)): # is_private
ip = request.json_body.get("ip", "")
if ip:
int_ip = resources.get_int_from_ip(ip)
if not ((167772160 <= int_ip <= 184549375) or
(2886729728 <= int_ip <= 2887778303) or
(3232235520 <= int_ip <= 3232301055)): # is_private
client_addr = ip
return client_addr
def get_client_ip(request):
"""
This fct return the client ip. If not private in the request use it.
Otherwise, use the ip provided by the client itself.
"""
client_addr = request.client_addr
# If the ip_addresses is private, check if the client provided one.
int_ip = resources.get_int_from_ip(client_addr)
if ((167772160 <= int_ip <= 184549375) or
(2886729728 <= int_ip <= 2887778303) or
(3232235520 <= int_ip <= 3232301055)): # is_private
ip = request.json_body.get("ip", "")
if ip:
int_ip = resources.get_int_from_ip(ip)
if not ((167772160 <= int_ip <= 184549375) or
(2886729728 <= int_ip <= 2887778303) or
(3232235520 <= int_ip <= 3232301055)): # is_private
client_addr = ip
return client_addr
def feedback(request):
global nb_feedback
if not request.path_qs.startswith("/feedback.py"):
raise HTTPBadRequest('Malformed input')
parameters = request.params
# override real IP for testing
ip = parameters.get('ip', request.client_addr)
# If the client have a private ip, it is on the same network as
# the server. So we use the server ip as there isn't have geoip
# info for private ip.
int_ip = resources.get_int_from_ip(ip)
if ((167772160 <= int_ip <= 184549375) or
(2886729728 <= int_ip <= 2887778303) or
(3232235520 <= int_ip <= 3232301055)): # is_private
ip = server_ip
# Get parameters
measurements = parameters.get('measurements', '')
html = not bool(parameters.get('text_only', ''))
full_page = bool(parameters.get('full_page', ''))
# Limit the number of ip used in the analysis to limit the time.
if len(measurements) == '':
raise HTTPBadRequest('Malformed input. No measurements received.')
ms = [m for m in measurements.split('-') if m]
if time_table_idx == 0:
nb = 20
elif time_table_idx == 1:
nb = 15
else:
nb = 10
measurements = '-'.join(ms[-nb:])
response = display_stats(ip, measurements, html, full_page)
if full_page:
response = response.encode('utf-8')
content_type = 'text/html' if html else 'text/plain'
else:
response = json.dumps({'content': response}) # already utf-8 encoded
# wrap the reponse in jsonp
response = parameters.get('jsoncallback',
'jsoncallback') + '(' + response + ')'
content_type = 'application/json'
res = Response(response,
content_type=content_type,
charset='utf-8')
nb_feedback += 1
return res
def feedback(request):
global nb_feedback
if not request.path_qs.startswith("/feedback.py"):
raise HTTPBadRequest('Malformed input')
parameters = request.params
# override real IP for testing
ip = parameters.get('ip', request.client_addr)
# If the client have a private ip, it is on the same network as
# the server. So we use the server ip as there isn't have geoip
# info for private ip.
int_ip = resources.get_int_from_ip(ip)
if ((167772160 <= int_ip <= 184549375)
or (2886729728 <= int_ip <= 2887778303)
or (3232235520 <= int_ip <= 3232301055)): # is_private
ip = server_ip
# Get parameters
measurements = parameters.get('measurements', '')
html = not bool(parameters.get('text_only', ''))
full_page = bool(parameters.get('full_page', ''))
# Limit the number of ip used in the analysis to limit the time.
if len(measurements) == '':
raise HTTPBadRequest('Malformed input. No measurements received.')
ms = [m for m in measurements.split('-') if m]
if time_table_idx == 0:
nb = 20
elif time_table_idx == 1:
nb = 15
else:
nb = 10
measurements = '-'.join(ms[-nb:])
response = display_stats(ip, measurements, html, full_page)
if full_page:
response = response.encode('utf-8')
content_type = 'text/html' if html else 'text/plain'
else:
response = json.dumps({'content': response}) # already utf-8 encoded
# wrap the reponse in jsonp
response = parameters.get('jsoncallback',
'jsoncallback') + '(' + response + ')'
content_type = 'application/json'
res = Response(response, content_type=content_type, charset='utf-8')
nb_feedback += 1
return res
