asp.net data matrix reader

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asp.net data matrix reader

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Since a class can implement any number of interfaces, it s possible that two or more of the interface members might have the same signature and return type. So how does the compiler handle that situation For example, suppose you had two interfaces IIfc1 and IIfc2 as shown following. Each interface has a method named PrintOut, with the same signature and return type. If you were to create a class that implemented both interfaces, how should you handle these duplicate interface methods interface IIfc1 { void PrintOut(string s); } interface IIfc2 { void PrintOut(string t); } The answer is that if a class implements multiple interfaces, where several of the interfaces have members with the same signature and return type, the class can implement a single member that satisfies all the interfaces containing that duplicated member. For example, the following code shows the declaration of class MyClass, which implements both IIfc1 and IIfc2. Its implementation of method PrintOut satisfies the requirement for both interfaces. class MyClass : IIfc1, IIfc2 // Implement both interfaces. { public void PrintOut(string s) // Single implementation for both { Console.WriteLine("Calling through: {0}", s); } } class Program { static void Main() { MyClass mc = new MyClass(); mc.PrintOut("object."); } }

This code produces the following output:

private static boolean validateXMLSignature( PublicKey publicKey, Node root, XMLSignature sig) throws XMLSignatureException {

Calling through:

1C1 = Component/Individual 1C2F = /Composite.addIndividual Builder: To independently manage the construction of a multilevel composition +: I = 2O(1CO) ^ 0 = 2OF1(Ii)+1COFf (2OI f)

CHAPTER 6 EXTENSIBLE MARKUP LANGUAGE (XML)

The enumerator class is usually declared as a nested class of the class for which it is an enumerator. A nested class is one that is declared inside the declaration of another class. Nested classes are described in detail in 25. The way the enumerator keeps track of the current item in the sequence is entirely implementation-dependent. It might be implemented as a reference to an object, an index value, or something else entirely. In the case of an array, it is simply the index of the item. Figure 20-3 illustrates the states of an enumerator for a collection of three items. The states are labeled 1 through 5. Notice that in state 1, the initial position of the enumerator is -1 (i.e., before the first element of the collection). Each transition between states is caused by a call to MoveNext, which advances the position in the sequence. Each call to MoveNext between states 1 and 4 returns true. In the transition between states 4 and 5, however, the position ends up beyond the last item in the collection, so the method returns false. In the final state, any further calls to MoveNext return false.

Given a collection s enumerator, you should be able to simulate a foreach loop by cycling through the items in the collection using the MoveNext and Current members. For example, you know that arrays are enumerable, so the following code does manually what the foreach statement does automatically. The output is the same as if it were in a foreach loop. static void Main() { int[] MyArray = { 10, 11, 12, 13 }; IEnumerator ie = MyArray.GetEnumerator(); while ( ie.MoveNext() ) { int i = (int) ie.Current; Console.WriteLine("{0}", i); } } This code produces the following output: 10 11 12 13

Element envelope = getFirstChildElement(root); Element header = getFirstChildElement(envelope); Element sigElement = getFirstChildElement(header); DOMValidateContext valContext = new DOMValidateContext(publicKey, sigElement); valContext.setIdAttributeNS(getNextSiblingElement(header), "http://schemas.xmlsoap.org/soap/security/2000-12", "id"); return sig.validate(valContext); }