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TTCN Statements in Sequence: TTCN statements in sequence are indented once from each other. When a statement is successful, control passes to the next statement in sequence (Figure 6.14d). Alternative TTCN Statements: Statements at the same indentation level are possible alternative events. Control loops from one alternative to the other until a
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2.3.8 Geometric Issues
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#include <iostream> #include <new> using namespace std; class three_d { public: int x, y, z; // 3-d coordinates three_d(int a, int b, int c); ~three_d() { cout << "Destructing\n"; } } ; three_d::three_d(int a, int b, int c) { cout << "Constructing\n"; x = a; y = b; z = c; } // Display X, Y, Z coordinates - three_d inserter. ostream &operator<<(ostream &stream, three_d &obj) { stream << obj.x << ", "; stream << obj.y << ", "; stream << obj.z << "\n";
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C. A threat analysis D. A criticality analysis 2. The first step in a business impact analysis is: A. Identify key assets. B. Identify key personnel. C. Establish the scope of the project. D. Inventory all in-scope business processes and systems. 3. What is the purpose of a statement of impact A. The effect on the business if the process is incapacitated B. A disaster s effect on the business C. The effect on the business if a recovery plan is not tested D. The cost of backup systems 4. What is the purpose of a criticality analysis A. Determine feasible recovery targets. B. Determine which staff members are the most critical. C. Determine which business processes are the most critical. D. Determine maximum tolerable downtime. 5. A critical application is backed up once per day. The recovery point objective for this system: A. Is 48 hours B. Cannot be determined C. Is 24 hours D. Is 12 hours 6. Recovery time objective is defined as: A. The maximum period of downtime B. The maximum data loss C. The minimum period of downtime D. The minimum data loss 7. An alternate processing center that contains no application servers is known as a: A. Clear site B. Warm site C. Hot site D. Cold site
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Ethernet frames and supports only a single VLAN. A trunk is a connection that tags frames and allows multiple VLANs. Trunking is supported only on ports that are trunk-capable: not all Ethernet ports support trunking.
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C# exception handling is managed via four keywords: try, catch, throw, and finally. They form an interrelated subsystem in which the use of one implies the use of another. Throughout the course of this chapter, each keyword is examined in detail. However, it is useful at the outset to have a general understanding of the role each plays in exception handling. Briefly, here is how they work. Program statements that you want to monitor for exceptions are contained within a try block. If an exception occurs within the try block, it is thrown. Your code can catch this exception using catch and handle it in some rational manner. System-generated exceptions are automatically thrown by the runtime system. To manually throw an exception, use the keyword throw. Any code that absolutely must be executed upon exiting from a try block is put in a finally block.
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public string name { get; set; } public void ShowDim() { Console.WriteLine("Width and height are " + Width + " and " + Height); } public virtual double Area() { Console.WriteLine("Area() must be overridden"); return 0.0; } } // A derived class of TwoDShape for triangles. class Triangle : TwoDShape { string Style; // A default constructor. public Triangle() { Style = "null"; } // Constructor for Triangle. public Triangle(string s, double w, double h) : base(w, h, "triangle") { Style = s; } // Construct an isosceles triangle. public Triangle(double x) : base(x, "triangle") { Style = "isosceles"; } // Construct a copy of a Triangle object. public Triangle(Triangle ob) : base(ob) { Style = ob.Style; } // Override Area() for Triangle. public override double Area() { return Width * Height / 2; } // Display a triangle's style. public void ShowStyle() { Console.WriteLine("Triangle is " + Style); } } // A derived class of TwoDShape for rectangles. class Rectangle : TwoDShape { // Constructor for Rectangle. public Rectangle(double w, double h) : base(w, h, "rectangle"){ }
Part I:
So we sample at 8,000 Hz, but the next concern is how to represent each sample. In other words, how many bits are used to represent each sample The answer is not as simple as one might think, largely because of something called quantization noise. When we take a sample, we have a limited number of bits to represent the value of the sample. By using a limited number of bits to represent each sample, however, we quantize the signal. Figure 3-6 shows an example of quantization, where three bits represent various signal levels. Since we have only three bits, we can represent a maximum of eight different signal levels. If, at a given sampling instant in our example, the analog signal has a value of 5.3, then with our limited number of bits we can only apply the value 5 to the digitized representation. When we transmit the digitized representation to the far end, all that can be recovered is the value 5. The real signal level can never be recovered. The difference between the actual level of the input analog signal and the digitized representation is known as quantization noise. The easiest way to minimize the effect of quantization noise is to use more bits, thereby providing better granularity. So, if we were to use 6 bits instead of 3, we could at least tell that the sampled value is closer to 5.5
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<percentage> Percentage values are always used to express a value in relation to another one, such as setting a font to be half again as big as its parent element s font with the value 150%. Percentages are calculated in relation to different things for different properties; see the property references for information on each property which accepts percentages. The resulting value for a percentage calculation is inherited to descendant Note elements; thus, if a font s size is calculated to be 19 pixels tall, then that size is inherited, not the percentage.
e 3N e 3 3 3 dx = lim
Included in the following sections are redundancy recommendations for each product in the Citrix Access Suite.
Report Preparation
Event log entries are categorized by severity, typically normal, warning, and alert levels. Normal events will not impact the network s performance but usually are set up by the user for performance in the monitoring process, e.g., tracking user logins, file transfers, etc. Warning-level events indicate a potential network problem one that should be investigated by the user typically including certain statistical thresholds being exceeded, nonresponding routers, and protocol events such as broadcasts or collisions exceeding normal levels. Alert-level events indicate serious problems that are severely impacting the network. These must be investigated immediately to ensure continued network operation. Examples of alert-level events include high levels of errors or collisions, or high network utilization. Levels used to trigger warning- and alert-level events are userspecified. Typically the levels are selected by performing a network baseline: The performance of the particular network is measured over time and used to determine characteristic normative values . Figure 24.10 shows the display for a typical event log. Each entry is timestamped when it occurred. A type field indicates if it is a protocol error, a user threshold that was exceeded, or an instrument event such as the start or stop of a data capture. A description field provides a quick summary of the type of event and detailed parameters. The event log can be used for long-term monitoring of a network without requiring a user to be present, and can be examined periodically.
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