#Teamspeak channel privilege key cracker code
#Teamspeak channel privilege key cracker password

With the Random Number Exchange UAM, only the user name is sent in the UserAuthInfo parameter of the FPLogin or FPLoginExt command. The DHX2 UAM is recommended as an alternative.

#Teamspeak channel privilege key cracker password

Deriving the password from information sent over the network is as difficult as breaking a DES-encrypted password. With Random Number Exchange, the user’s password is never sent over the network and cannot be picked up by eavesdropping. The protocol name for this UAM is Randnum Exchange. In environments in which the network is not secure against eavesdropping, Random Number Exchange is a more secure user authentication method. Figure 3-1 Request block when using the Cleartext Password UAM Random Number Exchange Otherwise, the password information can be read from FPLogin or FPLoginExt command packets by anyone listening on the network.įigure 3-1 shows the request block for calling FPChangePassword when using the Cleartext Password UAM. The Cleartext Password UAM should be used by AFP clients only if the intervening network is secure against eavesdropping.

#Teamspeak channel privilege key cracker code

If the passwords do not match, a kFPUserNotAuth result code is returned. If there is a user of the specified name whose password matches the password supplied by the caller of FPLogin or FPLoginExt, the user has been authenticated and the login succeeds. User name comparison is case-insensitive, but password comparison is case-sensitive for this UAM. The permissible set of characters in passwords consists of all 8-bit ASCII characters. If the user provides a password that is shorter than 8 bytes, it must be padded at the end with null bytes to make the password eight bytes long. To ensure that the user’s password is aligned on an even byte boundary in the packet, the AFP client may have to insert a null byte (0x00) between the user name and the password. For the FPLoginExt command, the UserAuthInfo parameter consists of a user name (which is a string of up to 255 Unicode characters) followed by the user’s password (up to 8 bytes). Note: Due to security concerns, this UAM is disabled by default in the OS X AFP client.įor the FPLogin command, the UserAuthInfo parameter consists of a user name (which is a string of up to 255 Macintosh Roman characters) followed by the user’s password (up to 8 bytes). The protocol name for the Cleartext Password UAM is Cleartxt Passwrd. The Cleartext Password UAM transmits the user name and password to the server as cleartext (that is, not encoded). “Everyone” access privileges are described in the section Directory Access Controls. In this UAM, the server assigns to the user “Everyone” access privileges for every directory in every server volume. In addition, starting with AFP 2.1, AFP servers must assign zero to users who log in as the Guest user and 1 to the Administrator/Owner. User ID numbers and Group ID numbers are assigned from the same pool of numbers. In order to implement the directory access controls described later in this section, the server must assign a User ID and a Group ID to the user for the session. The No User Authentication UAM is used when a user logs on as the Guest user. The corresponding case-insensitive UAM protocol name for the No User Authentication UAM is No User Authent. When the FPLogin and FPLoginExt commands use the No User Authentication UAM, there is no UserAuthInfo parameter.

The No User Authentication UAM requires no authentication information. The following sections describe the UAMs and the kinds of information they require. Some UAMs require additional user authentication information to be passed to the server in the FPLogin or FPLoginExt command. These strings are intended to be case-insensitive and diacritical-sensitive. The AFP client indicates its choice of UAM by giving the server a UAM string. Some UAMs are also used to change a password after the user logs in.

Five user authentication methods are defined: no user authentication, cleartext password, random number exchange, two-way random number exchange, and Diffie-Hellman Key Exchange. User authentication when the user logs in to the serverĪn optional volume-level password when the user first attempts to gain access to a volumeĪFP provides the capability for servers and AFP clients to use a variety of methods to authenticate users when they log in. The role of file server security is to provide varying amounts and kinds of protection, depending on what users feel is necessary. Information stored in a shared resource needs protection from unauthorized users.