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As most readers know, a stack is a first-in, last-out list To visualize a stack, imagine a stack of plates on a table The first plate put down is the last one to be picked up The stack is one of the most important data structures in computing It is frequently used in system software, compilers, and AI-based backtracking routines, to name just a few examples The collection class that supports a stack is called Stack It implements the ICollection, IEnumerable, and ICloneable interfaces Stack is a dynamic collection that grows as needed to accommodate the elements it must store Stack defines the following constructors: public Stack( ) public Stack(int initialCapacity) public Stack(ICollection col) The first form creates an empty stack The second form creates an empty stack with the initial capacity specified by initialCapacity The third form creates a stack that contains the elements of the collection specified by col and an initial capacity equal to the number of elements In addition to the methods defined by the interfaces that it implements, Stack defines the methods shown in Table 25-7 In general, here is how you use Stack To put an object on the top of the stack, call Push( ) To remove and return the top element, call Pop( ) You can use Peek( ) to return, but not remove, the top object An InvalidOperationException is thrown if you call Pop( ) or Peek( ) when the invoking stack is empty

Method public virtual void Clear( ) public virtual bool Contains(object obj) public virtual object Peek( ) public virtual object Pop( ) public virtual void Push(object obj) public static Stack Synchronized(Stack stack) public virtual object[ ] ToArray( )

200 y (deg)

Portal, e-mail Schedule individually Presentation quality 100s or 1000s 100s or 1000s Data warehouse or mart, occasionally OLTP Aggregated Tactical, strategic Fixed or interactive reports, ad hoc queries

Description Sets Count to zero, which effectively clears the stack Returns true if obj is on the invoking stack If obj is not found, false is returned Returns the element on the top of the stack, but does not remove it Returns the element on the top of the stack, removing it in the process Pushes obj onto the stack Returns a synchronized version of the Stack passed in stack Returns an array that contains copies of the elements of the invoking stack

TABLE 25-7

Other interesting features are the cam pro le and the pressure-angle distribution, which are shown in Figs 717 and 718 Moreover, to complete the description of the problem at hand, Fig 719 shows the curvature of the pitch curve From this gure, one can obtain the maximum value of the curvature of the pitch curve as kM = 007283 mm-1, which corresponds to a roller radius rR = 12 mm Once we know the value of the roller radius, we can plot the pitch curve as shown in Fig 720, which is displayed using a dash line

(Source: BIScorecardcom)

25:

Here is an example that creates a stack, pushes several integers onto it, and then pops them off again:

Production-style query and reporting is the process of querying an OLTP database and then formatting it to create a document, perhaps an invoice, a bank statement, a check, a list of open orders, or a fixed report consumed by thousands of users In creating these reports, developers often require dynamic and programmatic control over the layout These are some reasons that Crystal Reports is embedded in so many applications, with native connectivity to dozens of data sources When the reporting is not against the transaction system, it may be against an operational data store or detailed data within a data warehouse An invoice looks the same month to month; users have little desire to tailor its appearance (unlike a management report) This is Crystal Reports sweet spot Management-style query and reporting is intended for users who want to author their own reports They are less concerned with the precise layout (since they aren t trying to generate an invoice) but do want charts and tables quickly and intuitively This is Web Intelligence s sweet spot Most organizations have the need for both types of tools, although in smaller organizations, you may choose one or the other

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// Demonstrate the Stack class using System; using SystemCollections; class StackDemo { static void ShowPush(Stack st, int a) { stPush(a); ConsoleWriteLine("Push(" + a + ")"); ConsoleWrite("stack: "); foreach(int i in st) ConsoleWrite(i + " "); ConsoleWriteLine(); } static void ShowPop(Stack st) { ConsoleWrite("Pop -> "); int a = (int) stPop(); ConsoleWriteLine(a); ConsoleWrite("stack: "); foreach(int i in st) ConsoleWrite(i + " "); ConsoleWriteLine(); } static void Main() { Stack st = new Stack(); foreach(int i in st) ConsoleWrite(i + " "); ConsoleWriteLine(); ShowPush(st, 22); ShowPush(st, 65); ShowPush(st, 91); ShowPop(st); ShowPop(st); ShowPop(st);

Part II:

The Parameter tab is new in XI In the past, many database parameters could be set only by modifying the RDBMSPRM file with a text editor This file is still used for certain parameters However, parameters you set here are specific to individual universes and no longer maintained in the RDBMSPRM file The universe-specific parameters are documented in the online help Additional parameters that are database specific are available in the vendor documentation, specifically, in the Data Access Guide Table 7-6 lists commonly changed parameters