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Description This attribute is used to uniquely identify a service This is useful, because services exist that can use different protocols and that need to be described with different entries in the configuration file By default, the service ID is the same as the service name Any combination of the following values may be used: RPC if this is a Remote Procedure Call (RPC) service, INTERNAL if this service is provided by xinetd, or UNLISTED if this is a service not listed in the /etc/services file This is either the value yes or no A yes value means that although the service is defined, it is not available for use

In this case G E / x 1 x 2 R ~linear in X I This equation is equivalent to the ~ a r g u l e equation, is s which is recovered when new parameters are defined by the equations, A B = A2, and A - B = A12 Another well-known equation is obtained when the reciprocal expression x I x 2 T / G ~ R is expressed as a linear function of X I :

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Description Valid values for this variable are stream, which indicates that this service is a streambased service; dgram, which indicates that this service is a datagram; or raw, which indicates that this service uses raw Internet Protocol (IP) datagrams The stream value refers to connection-oriented (Transmission Control Protocol [TCP]) data streams (for example, Telnet and File Transfer Protocol [FTP]) The dgram value refers to datagram (User Datagram Protocol [UDP]) streams (for example, the Trivial File Transfer Protocol [TFTP] service is a datagram-based protocol) Other protocols outside the scope of TCP/IP do exist; however, you ll rarely encounter them Determines the type of protocol (either tcp or udp) for the connection type If this is set to yes, only one connection will be processed at a time If this is set to no, multiple connections will be allowed by running the appropriate service daemon multiple times Specifies the username under which this service will run The username must exist in the /etc/ passwd file Specifies the group name under which this service will run The group must exist in the /etc/group file Specifies the maximum number of concurrent connections this service is allowed to handle The default is no limit if the wait variable is set to nowait The name of the program to run when this service is connected

This may also be written:

Table 8-3 xinetd Configuration File Variables (cont)

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CALIBRATE block. This bit of NXT-G code can be placed at the beginning of your NXT-G program for your robot. Now, the first thing I do is place the robot in the darkest (or least lighted) area of the room. When I ve done this, I press the Touch sensor button. This allows the first CALIBRATE block to obtain the minimum value for the room. Next, I take the robot and place it in the brightest area of the room. I press the Touch sensor button, and the second CALIBRATE block obtains the Maximum value for the room. And that s it! Now, if I ve programmed my robot to use the Light sensor at any point in its program, the Light sensor should react properly based on any conditions I ve programmed (such as Turn Left if the Light sensor obtains a value over 30 ). For the Sound sensor, I perform the exact same steps. Figure 23-3 shows the same NXT-G code but with the Sound sensor configured for calibration.

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