python requests login session

Once you've got that, you can use a requests.Session() instance to make a post request to the login URL with your login details as a payload. Making requests from a session instance is essentially the same as using Requests normally, it simply adds persistence, allowing you to store and use cookies etc. class Session (SessionRedirectMixin): """A Requests session. Provides cookie persistence, connection-pooling, and configuration. Basic Usage:: import requests s = requests.Session() s.get('https://httpbin.org/get') Response [200] Or as a context manager:: with requests.Session() as s:... Here's an example of logging in, getting the resultant cookies, then using them to make another request: login_request = requests.post(ROUTE_AUTHENTICATE, data=LOGIN_CREDS, headers={"Content-Type": "application/json"}) self.assertEqual(login_request.status_code, 200) self.cookies = login_request.cookies August 22, 2022 In this tutorial, you’ll learn how to provide authentication for the requests you make with the Python requests library. Many web services, such as APIs, require authentication. This can often be a daunting topic for beginner or novice programmers, alike. If you are trying to automate a login process for a website, you can use the Python Requests library to create a session and maintain it throughout the session. This way, you can access pages that require a login without having to manually enter your username and password every time. Using Requests.Session () There should be at least two (username and password). The username input tag is generally of type=text and the password, type=password. Look within these input tags for a name argument. This is the name of this input field. This is also how requests is going to know where to “enter” your credentials. A solution I got is, use selenium in a headless browser to enter login credentials. And click login using selenium. Then redirection and authentication will happen and then your browser will receive the required cookie. Now just get the cookie using driver.getcookies () and store it in a variable. However, you can rig it to send all debug information to logging instead by introducing an alternative print name into that module: import logging import http.client httpclient_logger = logging.getLogger ("http.client") def httpclient_logging_patch (level=logging.DEBUG): """Enable HTTPConnection debug logging to the logging framework""" def ... 1. In this case, the password is encrypted in javascript before the request is sent by the browser. What I'd recommend at this point is to use something like https://selenium-python.readthedocs.io/ instead of requests. That way you'll avoid having to reverse-engineer the javascript portion of things and be able login easily. If you need to fine-tune your control over how requests are being made or improve the performance of your requests, you may need to use a Session instance directly. Sessions are used to persist parameters across requests. For example, if you want to use the same authentication across multiple requests, you could use a session: As I was saying ... you were on the right track by using "session" as it will take care of the cookies and you've correctly replicated the payload that the site is sending when it makes the call. I think that you might missing be some headers ... take a look at the "Request Headers" on the request done in the browser Typically some session attribute (e.g. cookie) is created on the client so that it can present it to the server to show that it is already authenticated. When using requests as an HTTP client library, this data is stored inside a requests.Session object. When you call a Python script, you create a new process.