The simple-authentication module stores its credentials in the RED5_HOME/conf/simple-auth-plugin.credentials file. Each credential is stored as a property-value pair and all the credentials are loaded into memory when the server starts. If your scope configuration overrides this to use a different credentials file, the process to edit credentials would be the same as shown below.

A credential (username & password) pair is stored in a new line with a single space separating the username and the password.

Sample simple-auth-plugin.credentials file

#Simple auth credentials file
#[ Add username and password as key-value pair separated by a space (one per line) ]
#Example: testuser testpass

testuser testpass

Add a new entry by adding the new credentials in a new line.

#Simple auth credentials file
#[ Add username and password as key-value pair separated by a space (one per line) ]
#Example: testuser testpass

testuser testpass
newuser newpass

Remove credentials by removing the line.

#Simple auth credentials file
#[ Add username and password as key-value pair separated by a space (one per line) ]
#Example: testuser testpass

newuser newpass

NOTE: Red5pro server must be restarted for changes to take effect.

Client Authentication

RTMP, RTSP, and WebRTC clients must provide connection parameters when attempting to establish a connection with the server. The plugin will extract two parameters (username and password) and try to match them against the username-password pairs in the properties file.

Following are some snippets, explaining how authentication can be achieved for different client types.

RTMP clients must pass authentication parameters (username & password) using the connection arguments in [NetConnection.connect](https://help.adobe.com/en_US/FlashPlatform/reference/actionscript/3/flash/net/NetConnection.html#connect())

Example A

var nc:NetConnection = new NetConnection();
nc.addEventListener(NetStatusEvent.NET_STATUS, onStatus);
nc.connect("rtmp://localhost/myapp", "testuser", "testpass");

function onStatus(ns:NetStatusEvent):void
{
    trace(ns.info.code);
}

Username and password should be the first two parameters in the arguments array being sent to Red5 Pro.

With the simpleauth.default.rtmp.queryparams=true in the plugin configuration file or using the rtmpAllowQueryParamsEnabled property of configuration bean set to true, RTMP clients can also pass parameters in the query string.

Example B

var nc:NetConnection = new NetConnection();
nc.addEventListener(NetStatusEvent.NET_STATUS, onStatus);
nc.connect("rtmp://localhost/myapp?username=testuser&password=testpass");

function onStatus(ns:NetStatusEvent):void
{
    trace(ns.info.code);
}

RTSP clients (Android & iOS) must pass authentication parameters (username & password) using the R5Configuration object in the SDK.

Android Example

R5Configuration config = new R5Configuration(R5StreamProtocol.RTSP,
    TestContent.GetPropertyString("host"),
    TestContent.GetPropertyInt("port"),
    TestContent.GetPropertyString("context"),
    TestContent.GetPropertyFloat("buffer_time"));

config.setParameters("username=testuser;password=testpass;");
R5Connection connection = new R5Connection(config);

iOS Example

Swift
func getConfig()->R5Configuration{
    // Set up the configuration
    let config = R5Configuration()
    config.host = Testbed.getParameter("host") as! String
    config.port = Int32(Testbed.getParameter("port") as! Int)
    config.contextName = Testbed.getParameter("context") as! String
    config.parameters = @"username=testuser;password=testpass;";
    config.`protocol` = 1;
    config.buffer_time = Testbed.getParameter("buffer_time") as! Float
    return config
}

WebRTC clients (Using Red5 Pro HTML5 SDK) must pass authentication parameters using the connectionParams property of the baseConfiguration object.

Example:

  var baseConfiguration = {
    host: window.targetHost,
    app: 'myapp',
    iceServers: iceServers,
    bandwidth: desiredBandwidth,
    connectionParams: {username: "testuser", password: "testpass"}
  };

To use this plugin properly with your application it is important to follow the application lifecycle. The plugin intercepts the invocation of the method – public boolean appConnect(IConnection conn, Object[] params). Your application’s main class (MultithreadedApplicationAdapter) must make a call to the super method as shown in the snippet below.

@Override
public boolean appConnect(IConnection conn, Object[] params){
    // your custom logic here
    // your custom logic here

    return super.appConnect(conn, params);
}

A true or false returned directly will drop the application from the plugin’s call chain.