![]() ![]() ![]() This is done so when the key comes in to your back end from the client we can first check to see if the payload (which could contain permissions) have note been altered or changed if they have the hash value of the token would not be the same anymore. Write the decoded binary data to a new file. Decode the byte string using the base64.b64decode() function. The Signature takes the header and the payload's base64 encodes values and hash them with some secret key. Convert the Base64 encoded string to bytes. The below example shows the implementation of encoding strings isn’t base64 characters. First, the strings are converted into byte-like objects and then encoded using the base64 module. So yes it is easily decoded but that is what the 3 section is for the signature. In Python the base64 module is used to encode and decode data. So for you to be able to grant him a refresh token or allow him access to some resource you need to know some information about him without the user having to give his credentials on each call. The header and the payload contain non-sensitive data but this data provides enough information to assist you in identifying the user that presented you with the token. These are the top rated real world Python examples of 64decode extracted from open source projects. Just a general introduction, a JWT token consists of 3 sections nl. ![]() You are correct base 64 is easily decodable, but the 2 sections (Header & Payload) that are based 64 encoded was not meant to be hidden. ![]()
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