When HTTPS connection has sent secure XSRF cookie, HTTP connection cannot overwrite it (Chrome and Firefox)
I'm using Angular's $httpProvider and taking advantage of the cross-site request forgery protection it provides. As the documentation explains:
[Your] server needs to set a token in a JavaScript readable session cookie called XSRF-TOKEN on the first HTTP GET request. On subsequent XHR requests the server can verify that the cookie matches the X-XSRF-TOKEN HTTP header [that the $httpProvider has set based on the cookie], and therefore be sure that only JavaScript running on your domain could have sent the request.
This works beautifully if a user is only connecting to our application via HTTPS or only connecting via HTTP. But if a user connects via HTTPS and their browser has the secure XSRF-TOKEN cookie, when they try to connect via HTTP later, Chrome and Firefox will ignore the new cookie because these browsers refuse to replace a secure cookie with an insecure one with the same name and domain (I can't find documentation on this for either browser anywhere but it's totally happening).
Of course ideally we would expire the XSRF-TOKEN cookie when the user's session ends, but that proves pretty difficult when there are many threads for various Web service calls returning at different times, not necessarily with the newest cookie information.
I've worked around the problem by naming the cookie differently between HTTPS and HTTP, but is there a neater way to do this?
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I'm using Angular's $httpProvider and taking advantage of the cross-site request forgery protection it provides. As the documentation explains:
[Your] server needs to set a token in a JavaScript readable session cookie called XSRF-TOKEN on the first HTTP GET request. On subsequent XHR requests the server can verify that the cookie matches the X-XSRF-TOKEN HTTP header [that the $httpProvider has set based on the cookie], and therefore be sure that only JavaScript running on your domain could have sent the request.
This works beautifully if a user is only connecting to our application via HTTPS or only connecting via HTTP. But if a user connects via HTTPS and their browser has the secure XSRF-TOKEN cookie, when they try to connect via HTTP later, Chrome and Firefox will ignore the new cookie because these browsers refuse to replace a secure cookie with an insecure one with the same name and domain (I can't find documentation on this for either browser anywhere but it's totally happening).
Of course ideally we would expire the XSRF-TOKEN cookie when the user's session ends, but that proves pretty difficult when there are many threads for various Web service calls returning at different times, not necessarily with the newest cookie information.
I've worked around the problem by naming the cookie differently between HTTPS and HTTP, but is there a neater way to do this?
add a comment |
I'm using Angular's $httpProvider and taking advantage of the cross-site request forgery protection it provides. As the documentation explains:
[Your] server needs to set a token in a JavaScript readable session cookie called XSRF-TOKEN on the first HTTP GET request. On subsequent XHR requests the server can verify that the cookie matches the X-XSRF-TOKEN HTTP header [that the $httpProvider has set based on the cookie], and therefore be sure that only JavaScript running on your domain could have sent the request.
This works beautifully if a user is only connecting to our application via HTTPS or only connecting via HTTP. But if a user connects via HTTPS and their browser has the secure XSRF-TOKEN cookie, when they try to connect via HTTP later, Chrome and Firefox will ignore the new cookie because these browsers refuse to replace a secure cookie with an insecure one with the same name and domain (I can't find documentation on this for either browser anywhere but it's totally happening).
Of course ideally we would expire the XSRF-TOKEN cookie when the user's session ends, but that proves pretty difficult when there are many threads for various Web service calls returning at different times, not necessarily with the newest cookie information.
I've worked around the problem by naming the cookie differently between HTTPS and HTTP, but is there a neater way to do this?
I'm using Angular's $httpProvider and taking advantage of the cross-site request forgery protection it provides. As the documentation explains:
[Your] server needs to set a token in a JavaScript readable session cookie called XSRF-TOKEN on the first HTTP GET request. On subsequent XHR requests the server can verify that the cookie matches the X-XSRF-TOKEN HTTP header [that the $httpProvider has set based on the cookie], and therefore be sure that only JavaScript running on your domain could have sent the request.
This works beautifully if a user is only connecting to our application via HTTPS or only connecting via HTTP. But if a user connects via HTTPS and their browser has the secure XSRF-TOKEN cookie, when they try to connect via HTTP later, Chrome and Firefox will ignore the new cookie because these browsers refuse to replace a secure cookie with an insecure one with the same name and domain (I can't find documentation on this for either browser anywhere but it's totally happening).
Of course ideally we would expire the XSRF-TOKEN cookie when the user's session ends, but that proves pretty difficult when there are many threads for various Web service calls returning at different times, not necessarily with the newest cookie information.
I've worked around the problem by naming the cookie differently between HTTPS and HTTP, but is there a neater way to do this?
asked Nov 13 '18 at 1:32
melanie johnson
337213
337213
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