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The AC-3 term still frequently appears in reference to descriptions of the process.
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In 15, covariance and contravariance were described as they relate to non-generic delegates. That form of contravariance and covariance is still fully supported by C# 4.0 and is quite useful. However, C# 4.0 expands the covariance and contravariance features to include generic type parameters that are used by generic interfaces and generic delegates. One of their principal uses is to streamline certain types of situations encountered when using generic interfaces and delegates defined by the .NET Framework, and some interfaces and delegates defined by the library have been upgraded to use type parameter covariance and contravariance. Of course, they can also be beneficial in interfaces and delegates that you create. This section explains the generic type parameter covariance and contravariance mechanisms and shows examples of both.
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of Where( ), arg determines how the query filters the data. Each of these query methods returns an enumerable object. Thus, the result of one can be used to execute a call on another, allowing the methods to be chained together. The Join( ) method takes four arguments. The first is a reference to the second sequence to be joined. The first sequence is the one on which Join( ) is called. The key selector for the first sequence is passed via key1, and the key selector for the second sequence is passed via key2. The result of the join is described by result. The type of key1 is Func<TOuter, TKey>, and the type of key2 is Func<TInner, TKey>. The result argument is of type Func<TOuter, TInner, TResult>. Here, TOuter is the element type of the invoking sequence, TInner is the element type of the passed sequence, and TResult is the type of the resulting elements. An enumerable object is returned that contains the result of the join. Before looking at any examples that use the query methods, you need to know about lambda expressions.
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1. With the graph-paper document you saved in the previous tutorial open, choose the
The most common amplifier matching networks are lumped and distributed LC-type L, T, and pi circuits (Fig. 3.22). Once all of the information on the parameters of the device to be matched is assembled, we will need to design the matching network. This is so the device s impedances will match the impedances of the circuit it will be inserted into, so that we may obtain the maximum power transfer from one stage to another, with no power reflections: ZSOURCE R jX must equal ZLOAD R jX (a conjugate match; Fig. 3.23). However, there is only one frequency that will be perfectly matched from source to load, since XC and XL are frequency dependent, or: L XL 2 f and C 1 2 fXC
Of the comparison methods, the Compare( ) method is the most versatile. It can compare two strings in their entirety or in parts. It can use case-sensitive comparisons or ignore case. In general, string comparisons use dictionary order to determine whether one string is greater than, equal to, or less than another. You can also specify cultural information that governs the comparison. The following program demonstrates several versions of Compare( ):
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destination received a sent segment. With the postal example, if the certified letter got lost, it would be up to you to resend it; with TCP, you don t have to worry about what was or wasn t received TCP will take care of all the tracking and any necessary resending of lost data for you. TCP s main responsibility is to provide a reliable full-duplex, connection-oriented, logical service between two devices. TCP goes through a three-way handshake to establish a session before data can be sent (discussed later in the TCP s Three-Way Handshake section). Both the source and destination can simultaneously send data across the session. It uses windowing to implement flow control so that a source device doesn t overwhelm a destination with too many segments. It supports data recovery, where any missed or corrupted information can be re-sent by the source. Any packets that arrive out of order, because the segments traveled different paths to reach the destination, can easily be reordered, since segments use sequence numbers to keep track of the ordering.
Figure 12-12
1. D. RIP and OSPF are routing protocols, not routed protocols. Routed protocols are TCP/IP, IPX, AppleTalk, and so on. Answers A, B, and C are routing protocols, not routed protocols. 2. B. An Exterior Gateway Protocol (EGP) routes between autonomous systems. D routes within an AS. A and C are nonexistent routing protocols. 3. B. OSPF has a lower administrative distance of 110. The lower one is given preference. A is incorrect because it has a higher administrative distance of 120.
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