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Each database entity is denoted by a syntax that has a tTIi pattern, where italicized uppercase letters are replaced by uppercase letters and italicized lowercase letters are replaced by numbers. t is the particular table, T represents a type of table (T for base table and E for extraction), and I represents an item; i is the particular item. Of course, Ii might be inappropriate for a given expression. Additionally, this syntax can appear before an =, denoting a result of an operation. Multiple results can be separated by commas. After the =, an expression can parenthesize another expression, to describe the selection parameters. 0 means no parameter, and U means User (human user) specification. Layered parentheses denote the return of one selection being the parameter of the next, and + denotes a compound selection. Chronologically, each equation must begin with an item, because any mechanism does. Between a set of equations, ; denotes a succession of selections ( and ), and denotes differing versions of the same selection ( or ). By convention, the subscripted number is simply applied in chronological order which is right to left in each parenthetical expression and around =s, and left to right among +s and through an equation set starting at 1 and incremented by 1. Corresponding subentities should use the same number (or dummy variable). And, by convention, the extraction number starts at 0, which designates a User query, and the table number starts at 1; both are incremented by 1.

The declaration of the class implementing the interface should look something like the pattern in the following code, where T is the type returned by the enumerator: using System.Collections; using System.Collections.Generic; class MyGenEnumerator: IEnumerator< T > { public T Current { get; } Explicit implementation object IEnumerator.Current { get { ... } } public bool MoveNext() { ... } public void Reset() public void Dispose() ... }

KeyInfoFactory kif = sigFactory.getKeyInfoFactory(); KeyValue kv = kif.newKeyValue(keypair.getPublic()); KeyInfo keyInfo = kif.newKeyInfo(Collections.singletonList(kv)); return sigFactory.newXMLSignature(signedInfo, keyInfo); } private static void signTree(Node root, PrivateKey privateKey, XMLSignature sig) throws MarshalException, XMLSignatureException { Element envelope = getFirstChildElement(root); Element header = getFirstChildElement(envelope); DOMSignContext sigContext = new DOMSignContext(privateKey, header); sigContext.putNamespacePrefix(XMLSignature.XMLNS, "ds"); sigContext.setIdAttributeNS(getNextSiblingElement(header), "http://schemas.xmlsoap.org/soap/security/2000-12","id"); sig.sign(sigContext); } private static boolean validateXMLSignature( PublicKey publicKey, Node root, XMLSignature sig) throws XMLSignatureException { 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); } private static void dumpDocument(Node root) throws TransformerException { Console console = System.console(); console.printf("%n"); Transformer transformer = TransformerFactory.newInstance().newTransformer(); transformer.setOutputProperty(OutputKeys.INDENT, "yes"); transformer.transform(new DOMSource(root), new StreamResult(console.writer())); console.printf("%n"); }

{ ... } { ... }

Equation Examples Contrary to that of a function set network, a database equation is often very simple but very lengthy. Typically, an E expression is on the left side of the =, and several T expressions are on the right side; this is a select operation. An update has a T expression on the left side. 1E = 1TI1+1TI2 describes an extraction of two items of a table. 0E = 2TI2(1TI1) describes a User query of one item from one table that is selected with one item from another table.

CHAPTER 6 EXTENSIBLE MARKUP LANGUAGE (XML)

For example, the following code implements the ColorEnumerator example using the generic enumerator interface: using System.Collections; using System.Collections.Generic;

class ColorEnumerator : IEnumerator<string> { string[] Colors; int Position = -1; Returns a derived type public string Current { get { return Colors[Position]; } } Explicit implementation object IEnumerator.Current { get { return Colors[Position]; } } public bool MoveNext() { if (Position < Colors.Length - 1) { Position++; return true; } else return false; } public void Reset() { Position = -1; } public void Dispose() { } public ColorEnumerator(string[] colors) { Colors = new string[colors.Length]; for (int i = 0; i < colors.Length; i++) Colors[i] = colors[i]; } }

private static Element getFirstChildElement(Node node) { Node child = node.getFirstChild(); while ((child != null) && (child.getNodeType() != Node.ELEMENT_NODE)) { child = child.getNextSibling(); } return (Element) child; } public static Element getNextSiblingElement(Node node) { Node sibling = node.getNextSibling(); while ((sibling != null) && (sibling.getNodeType() != Node.ELEMENT_NODE)) { sibling = sibling.getNextSibling(); } return (Element) sibling; } }

Sometimes, a mechanism requires a setup, and sometimes it also requires a reset. These are denoted by a prefix of +: and -:, respectively.