Wasser module is created for providing https requests for Python 2.6, where you don't have pyOpenSSL, cryptography. Instead this module uses ssl wrapped sockets

Class for representation of server response, and manipulating data in it

wasser.Response

head - headers of http response

body - body of http response

code - code of http response

date - date of http response

content_length - length of body

content_type - type of body

encoding - encoding of body

server - type of server, from which we get response

__init__(self, data)

Creating and parsing response on

• headers,
• body,
• code of response,
• date of response,
• content_length,
• content_type,
• encoding,
• server

Class to create https requests for Python 2.6

ca - path to your CA certificate for checking server certificate

user_cert - path to your certificate for connection

user_key - path to your key for connection

__init__(self, user_cert, user_key, ca)

For creating https request you need to provide path for your certificate and key

get(self, url)

GET request, provide fully qualified url as example - https://localhost:1027/ not localhost:1027/

post(self, url, message)

POST request, provide url(as in get(self, url) method) and message to post if type of message is dict -> request Content-Type will be application/json, else request will post text/plain

from wasser import Wasser
request = Wasser('test.crt', 'test.key', 'CAtest.crt')
get_response = request.get('https://example.com/')
print get_response
text_message = 'Hello'
post_text_response = request.post('https://example.com/', text_message)
print post_text_responce
json_message = {'key':'value'}
post_json_response = request.post('https://example.com/', json_message)
print post_json_responce