myauth | Laravel Authentication Bundle | Authentication library

I think you are mixing up the two major parts to authentication:

1. Requesting/sending credentials.
2. Using those credentials to access protected content.

Authorization: Bearer ${token} is normally sent from the (browser) client to the server to request access to protected content. So right now, your server is asking the client for permission. This doesn't make sense.

Instead, the login endpoint should send the token via:

• Set-Cookie header in the login endpoint.
• The body of the response (where passwordOk is).

Set-Cookie causes the browser to send this value as a cookie with every future request. The server can check for this cookie value before serving protected content. This can be more secure because you can send an HTTP only cookie.

If the token is sent in the body of the response to login the client should send the token in future requests with the Authorization: Bearer ${token} header. The server can then check for this header before serving protected content.

I have found the answer from thebrianchen in here

The issue here is that the web and admin SDKs have separate GeoPoint classes that are not interoperable with each other. If you're using the web SDK with initializeTestApp(), you'll have to the GeoPoint class from the web SDK. In your case, you'll need to use the web SDK's GeoPoint class:

so I have to change the way I create GeoPoint data. From

You are mixing up the old auth component and the new authentication plugin, the Auth.afterIdentify event belongs to the former.

The authentication plugin's authentication component has a Authentication.afterIdentify event, but this only applies to authenticators that are stateful and do not implement automatic persisting. So out of the box this only applies to the Form authenticator, and the event is being triggered once on the request where the user was authenticated via the form, on subsequent requests where they are authenticated via for example the Session authenticator, the event is not being triggered.

You need to do the argument matching properly. You probably want to test, whether or not the parameters are equal to, and not if they are the same as the parameters you defined in your test class. Try this:

There is a problem to access the database. First, make sure the user has permission. Secondly, use 127.0.0.1 instead of localhost. I am not sure, but I faced similar problem and sorted out with this way.

If I understand you correctly you're asking why this call succeeds:

The Base64 standard library provides everything needed to work with base64 encoded strings. In particular the base64decode function:

Nested maps = O(n*m) time complexity = poor performance

First create a hashmap of the names from the API, then scan the csv array and check each name against the hashmap to see if it exists or not.

Using a hashmap is a common way to improve the performance of nested loops. The result will be closer to O(n+m) time complexity, significantly more performant.

This is a moderately common use-case for Icecast and you are on the right path. I've previously explained it e.g. here http://lists.xiph.org/pipermail/icecast/2015-February/013198.html

It boils down to (I'm assuming debian/ubuntu/… based on paths):

Edit two lines in /etc/default/icecast2: