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Figure 9-5. Switch statements with different types of switch labels Although C# does not allow falling through from one switch section to another. You can attach multiple switch labels to any switch section. Following the statement list associated with a case, there must be a break or goto statement before the next switch label, unless there are no intervening executable statements between the switch labels. For example, in the following code there are no executable statements between the first three switch labels, so it is perfectly fine to have one follow the other. In cases 5 and 6, however, there is an executable statement between them, so there must be a break or goto statement. switch( x ) { case 1: case 2: case 3: ... break; case 5: y = x + 1; case 6: ...

Using the search box on top of the panel, you can type the name of a user or a group (we will talk more about users and groups in the Managing Users and Permissions section of 4) and click the Search button; if Plone finds the user or group you were searching for, this will be added to the table, and you can proceed with the assignment of permissions, which are represented by the columns of the table: Can add: Users (or groups) with this permission can add new content items These users will be able to edit the items they create as well Can edit: Users (or groups) with this permission can edit that item When this permission is granted on a folder, users will be able to edit not only the folder (its title and description), but any items in the folder.

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The while loop is a simple loop construct in which the test expression is performed at the top of the loop. The syntax of the while loop is shown here, and is illustrated in Figure 9-6. First, TestExpr is evaluated. If TestExpr evaluates to false, then execution continues after the end of the while loop. Otherwise, when TestExpr evaluates to true, then Statement is executed, and TestExpr is evaluated again. Each time TestExpr evaluates to true, Statement is executed another time. The loop ends when TestExpr evaluates to false. while( TestExpr ) Statement

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However, the user is not allowed to delete any of the content Can view: Users (or groups) with this permission can view the item; that means that they can view it even if it is in the Private state, but they cannot make any changes Can review: Users (or groups) with this permission can publish the item; that means that they will see the Publish option in the State menu and can publish directly..

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Figure 9-6. The while loop The following code shows an example of the while loop, where the test expression variable starts with a value of 3 and is decremented at each iteration. The loop exits when the value of the variable becomes 0. int x = 3; while( x > 0 ) { Console.WriteLine("x: {0}", x); x--; } Console.WriteLine("Out of loop"); The output from this code is the following: x: x: x: Out 3 2 1 of loop

n Note A very important thing to consider is that changes made through the Sharing tab will override the

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The do loop is a simple loop construct in which the test expression is performed at the bottom of the loop. The syntax for the do loop is shown here and illustrated in Figure 9-7. First, Statement is executed. TestExpr is then evaluated. If TestExpr returns true, then Statement is executed again. Each time TestExpr returns true, Statement is executed again. When TestExpr returns false, control passes to the statement following the end of the loop construct. do Statement while( TestExpr ); // End of do loop

default workflow permissions that were configured for the site (we will talk about workflows in detail in 7).

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The do loop has several characteristics that set it apart from other flow-of-control constructs. They are the following: The body of the loop, Statement, will always be executed at least once, even if TestExpr is initially false. The semicolon is required after the closing parenthesis of the test expression. The following code shows an example of a do loop: int x = 0; do Console.WriteLine("x is {0}", x++); while (x<3); Required This code produces the following output: x is 0 x is 1 x is 2

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