joeni/pingping.py

    pingping.py
	
			# Sample proof of concept to have basic interaction with PingPing without a

			# public API.
		
			# Given the account number and password/passphrase, this script returns the
		
			# remaining budget associated with the account.
		
			#
		
			# This is a proof of concept; it's extremely barebones and doesn't include tests
		
			# or anything. Requires Python 3 and the Requests library in order to work.
		
			import requests
		
			link = "https://uhasselt-pxl.mynetpay.be/Account/Login"
		
			# Get CSRF token
		
			first_call = requests.get(link)
		
			text = first_call.text
		
			begin = text.find('__RequestVerificationToken')
		
			begin = text.find('value="', begin)
		
			end = text.find('" ', begin)
		
			token = text[begin+len('value="'):end]
		
			cookies = first_call.cookies
		
			username = ""
		
			password = ""
		
			response = requests.post(link, data={
		
			    'Username':username,
		
			    'LoginType':'Student',
		
			    'Password':password,
		
			    '__RequestVerificationToken':token,
		
			    }, cookies=cookies)
		
			html_response = response.text
		
			start = html_response.find(": &euro; ")
		
			offset = len(": &euro; ")
		
			print(html_response[start+offset:start+offset+5])

1	# Sample proof of concept to have basic interaction with PingPing without a
2	# public API.
3	# Given the account number and password/passphrase, this script returns the
4	# remaining budget associated with the account.
5	#
6	# This is a proof of concept; it's extremely barebones and doesn't include tests
7	# or anything. Requires Python 3 and the Requests library in order to work.
8	import requests
9
10	link = "https://uhasselt-pxl.mynetpay.be/Account/Login"
11	# Get CSRF token
12	first_call = requests.get(link)
13	text = first_call.text
14	begin = text.find('__RequestVerificationToken')
15	begin = text.find('value="', begin)
16	end = text.find('" ', begin)
17	token = text[begin+len('value="'):end]
18	cookies = first_call.cookies
19
20	username = ""
21	password = ""
22
23	response = requests.post(link, data={
24	'Username':username,
25	'LoginType':'Student',
26	'Password':password,
27	'__RequestVerificationToken':token,
28	}, cookies=cookies)
29
30	html_response = response.text
31	start = html_response.find(": € ")
32	offset = len(": € ")
33	print(html_response[start+offset:start+offset+5])
34