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Using requests to handle cookies, hello, everyone, since the cookies topic is quite interesting because



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everybody's interested about how his data is exchanged over the network.



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I decided to make another video which will show you how you can hear the hand of cookies using requests.



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So let's create a request to obtain some cookies.



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So I will do a response.



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Equal extra let's and Python more to write Python.



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So let's right.



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Let's first actually import your library and library



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request and also import htp dot.



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Cookie jar and let's right import.



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The requests.



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And then session equals requests that session.



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OK, so here we are creating a second class.



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In order to observe cookies from a website, but from which website would like to observe cookies,



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so let's write the response.



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Response, of course, request not to get.



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HTP, GitHub, dot com.



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That this request is not defined.



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Yes, so let's do them your old Labrador's request so that I will two requests.



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Yes, I think that's going to be a sentence.



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That's it.



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It took some time, but now it's good.



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So let's run now print and then our response dog case.



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And you can see that now we're able to print the cookies from GitHub dot com.



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And you're already familiar with the cookies that we have from there, such as the logged in, which



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is now said to know and the rest of the cookies, like G.H. says and so on.



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So let's go back to the station.



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So let's print session.



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Not cookies, dot, get a dictionary, OK?



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And then let's do a response.



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Equals.



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Session not get, and now you can see the first example, we can't print any type of cookies simply



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because we don't pass any two main political parties.



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But now let's right here in the briskets, HTP, GitHub dot com.



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OK, and now let's do print's then session dot Corky's.



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Don't get underscore dictionary, OK?



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And I think that should be fine.



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So you can see that this is another way that we can actually print all the cookies which some alternative



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to the first one.



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So you can either do it with the get method or with them get a dictionary from the session.



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OK.



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And so here we are using the same method in the same way as we used it in the requests I don't get.



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But at this time we're using the class section in order to receive the cookies from the website.



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So let's go now back to the ID, to the pie chart and let's create a new file in the file will be called



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to Get Cookies.



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So let's create the new Python file, actually.



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And this file will be called Get Cookies, OK, and let's write it.



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So now let's do it.



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So this file is basically going to extract the cookies in there.



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And there's a graphical user interface from GitHub, dot com or from any other domain.



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So what I'm going to do is first I will do the Python directory.



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So user.



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We've been EMV Python three, that's it, and then there's two import requests let's remove this morning



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here.



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So syntax, that's it.



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And let's try to function.



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So Jeff, check HTP only.



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OK, see, and that's right.



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If H htp only.



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In C.



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Does underscore.



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Rest.



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Not Kei's return, true.



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And then let's right else a return and in our case, ask to return this, call them cookies equal to



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a list.



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So we're creating a list from cookies and then I will do Eurail equal to.



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H t t p h h GTP.



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And give hope, dot com.



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OK, and in response.



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Response will be equal to requests don't get in the brickies euro.



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OK, so here we're getting the worst ineke requests to the dot com and we're getting the response.



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And now let's right for cocaine in response, not Corky's.



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Let's print first name, comma, cookie, top name, and then let's print.



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The value.



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Como quoque, Movado, OK?



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And finally, free cookies, cookies, dot.



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Who keep that value and then, if not kookier, not secure.



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So if the cookie is not secure or it doesn't have the secure code, who would like to cookie not secure



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you cause.



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Force and then out of Prince HTP, only coma, and then you can check HTP only and we'll check just



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for Cauchy came because we're still in the for loop, so forever kookier.



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We're going to check if it is HTP only and analyst right here and actually backslash.



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And so we go to a new role and that's to the base.



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Let's save this cold and let's go now to the terminal where we can run it.



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So I'll exit the python mode and I'll write aways so you can see that the file get actually I wrote



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and got to kiss me because I'm filming for already about one hour and a half.



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But let's actually run the file and see if everything is correct.



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So Python got cookies and we have some error here.



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Let's go back to the code and try to fix it.



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So here is the old guys.



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Here's cookies instead of Cookie.



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And this is why we've got this cookie system defined.



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The cost was actually not defined, but now it will be fine.



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Let's save it and I will run the code again.



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So now you can see that we're getting all the information that were requested.



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So for this cookie, we get the name we just logged in in a very nice graphics so you can easily distinguish



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it.



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Then you get the cookie volume, which is now and then you get if it is HTP only, which is here, false.



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So you can see that here.



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And after that you can see the actual cookie and again, the HTP only that is equal to force, which



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is exactly what you wrote in the code.



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So let's right here print set and cookies.



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So if I run the file again, you can see the difference that we see more than one cookie at this time.



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So here we see the set of all cookies and on the top we see the cookie with the information that we



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desired.



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So that said, guys, thank you very much for watching.



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This was actually quite an interesting lecture.