qr code c# asp.net i does not equal zero j / i is 2 in C#

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Part I:
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The C# Language
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In this case, the target of the if statement is a block of code and not just a single statement If the condition controlling the if is true (as it is in this case), the three statements inside the block will be executed Try setting i to zero and observe the result Here is another example It uses a code block to compute the sum and the product of the numbers from 1 to 10
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// Compute the sum and product of the numbers from 1 to 10 using System; class ProdSum { static void Main() { int prod; int sum; int i; sum = 0; prod = 1; for(i=1; i <= 10; i++) { sum = sum + i; prod = prod * i; } ConsoleWriteLine("Sum is " + sum); ConsoleWriteLine("Product is " + prod); } }
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Sum is 55 Product is 3628800
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Here, the block enables one loop to compute both the sum and the product Without the use of the block, two separate for loops would have been required One last point: Code blocks do not introduce any runtime inefficiencies In other words, the { and } do not consume any extra time during the execution of a program In fact, because of their ability to simplify (and clarify) the coding of certain algorithms, the use of code blocks generally results in increased speed and efficiency
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Semicolons, Positioning, and Indentation
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In C#, the semicolon signals the end of a statement That is, each individual statement must end with a semicolon As you know, a block is a set of logically connected statements that are surrounded by opening and closing braces A block is not terminated with a semicolon Since a block is a group of statements, it makes sense that a block is not terminated by a semicolon; instead, the end of the block is indicated by the closing brace
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2:
An Overview of C#
C# does not recognize the end of the line as the end of a statement only a semicolon terminates a statement For this reason, it does not matter where on a line you put a statement For example, to C#,
x = y; y = y + 1; ConsoleWriteLine(x + " " + y);
PART I
is the same as
x = y; y = y + 1; ConsoleWriteLine(x + " " + y);
Furthermore, the individual elements of a statement can also be put on separate lines For example, the following is perfectly acceptable:
ConsoleWriteLine("This is a long line of output" + x + y + z + "more output");
Breaking long lines in this fashion is often used to make programs more readable It can also help prevent excessively long lines from wrapping You may have noticed in the previous examples that certain statements were indented C# is a free-form language, meaning that it does not matter where you place statements relative to each other on a line However, over the years, a common and accepted indentation style has developed that allows for very readable programs This book follows that style, and it is recommended that you do so as well Using this style, you indent one level after each opening brace and move back out one level after each closing brace There are certain statements that encourage some additional indenting; these will be covered later
The C# Keywords
At its foundation, a computer language is defined by its keywords because they determine the features built into the language C# defines two general types of keywords: reserved and contextual The reserved keywords cannot be used as names for variables, classes, or methods They can be used only as keywords This is why they are called reserved The terms reserved words or reserved identifiers are also sometimes used There are currently 77 reserved keywords defined by version 40 of the C# language They are shown in Table 2-1 C# 40 defines 18 contextual keywords that have a special meaning in certain contexts In those contexts, they act as keywords Outside those contexts, they can be used as names for other program elements, such as variable names Thus, they are not technically reserved As a general rule, however, you should consider the contextual keywords reserved and avoid using them for any other purpose Using a contextual keyword as a name for some other program element can be confusing and is considered bad practice by many programmers The contextual keywords are shown in Table 2-2
Part I:
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