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Stack<T> is the generic equivalent of the non-generic Stack class Stack<T> supports a first-in, last-out stack It implements the ICollection, IEnumerable, and IEnumerable<T> interfaces Stack<T> directly implements the Clear( ), Contains( ), and CopyTo( ) methods defined by ICollection<T> (The Add( ) and Remove( ) methods are not supported, nor is the IsReadOnly property) Stack<T> is a dynamic collection that grows as needed to accommodate the elements it must store It defines the following constructors: public Stack( ) public Stack(int capacity) public Stack(IEnumerable<T> collection) The first form creates an empty stack with a default initial capacity The second form creates an empty stack with the initial capacity specified by capacity The third form creates a stack that contains the elements of the collection specified by collection In addition to the methods defined by the interfaces that it implements (and those methods defined by ICollection<T> that it implements on its own), Stack<T> defines the methods shown in Table 25-20 Stack<T> works just like its non-generic counterpart 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

/3 /4

example would be my asking a technician for an update on a prototype The E-mail might be one line long, to one person, about one subject It s imperative, however, that I be understood clearly The consequences of a mistake are serious The de nition of a nightmare to me is if I have an appointment to show the prototype to a group of doctors, and surprise, I don t have the prototype in hand Not only is it a waste of time, it s amateurish It makes our whole company look unprepared and unprofessional I must get accurate updates Using the assessment to evaluate that one-line E-mail, I was surprised at what I learned My scores were as follows 1 Your communication will be distributed only within your organization 5 2 Using the Formality Index, you ve determined that your communication is very informal 3 3 Your message is upbeat and fun 3 4 If your readers misunderstand your message, no negative consequences will result 1 5 Your communication is short 5 6 Your communication is simple 5 7 Your communication includes only one section For example, it s a 100-word newsletter article, a business letter, a memo, or an E-mail with no attachments 5 8 Only one subject is included in your communication 5 9 Using the Matrix of Persuasion, you ve determined that your readers are on your side and that they have the resources to do as you ask; in other words, you ve assessed your writing task as Easy 5 My total score was thirty-seven Level One: Clarity and Grammar Learning that was a big relief I had been thinking that I needed to dissect every word of every sentence of every E-mail Now I know that I don t Even though the E-mail is crucial to my organization s success, as well as my own, I don t have to go crazy with proofreading I just have to make sure my question is straightforward and unambiguous, and that my grammar is correct Realizing that I should be proo ng only to Level One standards made me focus more on writing simply and clearly in the rst place I m care127.

Method public T Peek( ) public T Pop( ) public void Push(T item) public T[ ] ToArray( ) public void TrimExcess( )

TABLE 25-20

Description 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 item onto the stack Returns an array that contains copies of the elements of the invoking stack Removes the excess capacity of the invoking stack

Integrals involving the other trigonometric functions can also be handled with suitable trigonometric identities We illustrate the idea with some examples that are handled with the identity tan x + 1 =

25:

The following program demonstrates Stack<T>:

// Demonstrate the Stack<T> class using System; using SystemCollectionsGeneric; class GenStackDemo { static void Main() { Stack<string> st = new Stack<string>(); stPush("One"); stPush("Two"); stPush("Three"); stPush("Four"); stPush("Five"); while(stCount > 0) { string str = stPop(); ConsoleWrite(str + " "); } ConsoleWriteLine(); } }

The output is shown here: