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By default, a signaling virtual channel operates in nonassociated mode and controls all the VCCs and VPCs in its physical link, except the ones that are controlled by associated signaling, if any It is also possible to set up a SVC to control VPCs and VCCs in multiple physical links between the same two nodes To provide maximum exibility, signaling messages use virtual path connection identi ers (VPCI) instead of VPIs to identify VPCs The VPCI decouples a signaling virtual channel from its physical link, allowing it to address VPCs regardless of the links they are in Its 16-bit eld can address a larger number of VPCs than the VPI The use of VPCI makes possible the insertion of cross-connects in front of ATM switches, a con guration that can cause VPCs from different physical links to be connected to the same switch interface.

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The two parameters that signaling messages use to identify a virtual channel connection are thus VCI and VPCI: VCI is the same identi er used in the cell header, while VPCI is used only by signaling and is mapped by each switch into the VPI used in the cell header The mapping is based on tables that are con gured by provisioning VPCI values have only local signi cance and are unique only within the domain of a particular SVC A conceptual example of VPCI-to-VPI mapping is shown in Fig 224-1 In the example, messages in the SVC (from SW 1) identify VPI 1 on IF 3 as VPCI 1, VPI 1 on IF 6 as VPCI 3, and so on With the UNI and PNNI protocols, the VPCI/VCI assignment is controlled by the succeeding (downstream) side, but speci c values can be requested by the preceding side.

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Access: A FileAccess constant that determines how the FileStream object will access the file. This argument sets the CanRead, CanWrite, and CanSeek properties (see Table 10-6). Share: A FileShare constant that determines how processes will share the file (see Table 10-6). BufferSize: Desired buffer size in bytes. UseAsync: Specifies synchronous or asynchronous IO. Asynchronous IO is only supported if the operating system supports it. The following example demonstrates the usage of the FileStream object. In this example, you create a FileStream object and a StreamWriter object and write a few lines of text to a file: Dim fs As New FileStream("C:\ NewFile.txt", _ FileMode.CreateNew, FileAccess.Write, FileShare.Write) Dim w As New StreamWriter(fs) w.WriteLine("Line1") w.Close() fs.Close() The FileStream class only supports binary IO. If you are not reading or writing text data, you don't need to create a StreamWriter or StreamReader, as the following code demonstrates: Dim fs As FileStream = New FileStream("C:\ Test1.txt", FileMode.OpenOrCreate) fs.WriteByte(0) fs.WriteByte(1) fs.Close() Dim fsr As FileStream = New FileStream("C:\Test1.txt", FileMode.Open) MsgBox(fsr.ReadByte.ToString) MsgBox(fsr.ReadByte.ToString) Notice the use of the FileMode, FileAccess, and FileShare constants. Table 10-7 describes these constants. Table 10-7: FileMode, FileAccess, and FileShare Constants Constant FileMode.Append Description Creates a new file, or opens an existing file and moves to the end of the file. FileAccess.Write must be used in conjunction with FileMode.Append. An ArgumentExceptio n is thrown if FileAccess.Read Write is specified with the FileMode.Append argument. Creates a new file or overwrites an

Values are carried in the Connection Identi er IE (see Table 226-1) With the B-ISUP and B-ICI protocols, each switch controls half of the VPCI values (odd or even numbers) used by a SVC The switch with the highest signaling point code controls the even numbers The originating switch always starts as the assigning switch and defaults to nonassigning only if it does not have the necessary resources in its VPCI pool The assigning switch sends the chosen VPCI/VCI values in the CEI information element of the IAM or IAA message (see Table 227-2) When nonassigning, a switch omits the CEI from the message..

(c) Find Idc and the Fourier coefficients of iD(t). (d) The transistor has a knee v:1tage of 0.5 V. It is biased for large-signal operation, with VD = 10 V and /max = 50 mA. What are the optimum load resistance, output power, and power-added-efficiency in class A operation (e) What are the optimum load resistance, output power, and power-added efficiency in class B operation

Figure 18-10: Autos window The Autos window shows the names of the variables, their values, and their data type. In this case, there is an integer variable called i with a value of zero, and an object reference called hw with a class type of HelloWorldLib.Class1. Object references and structures have an expandable tree to show properties and fields of that type. HelloWorldLib.Class1 has a private m_GreetText string field, and a public GreetText property. Locals The Locals window functions identically to the Autos window, except that it lists all the variables in the current scope. Press Ctrl+Alt+V,L or select the Locals command from the window tool of the Debug toolbar to display the Locals window (see Figure 18-11).

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