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Temperature is an interval scale measure. Thus, it makes statistical sense to give an average temperature. However, the numbers on baseball players uniforms are a nominal scale measure. It does not make sense to give the average of the numbers on a team s uniforms. Similarly, the average ranking of the students in a class or the average of a student s rankings in a number of classes is not appropriate.

Here is a simple example ofa user-defined function:

// Returns the cube of the given integer: int cube(int x) Ic return x*x*x;

The function returns the cube of the integer passed to it. Thus cube ( 2 )

A user-defined function has two parts: its header and its body. The header of a function specifies its return type, name, and parameter list. In Example 4.3, the return type is int, the name is cube, and the parameter list is int X. Thus the header for the cube function is

Product metrics are metrics that can be calculated from the document independent of how it was produced. Generally, these are concerned with the structure of the source code. Product metrics could be de ned for other documents. For example, the number of paragraphs in a requirements speci cation would be a product metric.

int cube(int x)

The body of a function is the block of code that follows its header. It contains the code that performs the function s action, including the return statement that specifies the value that the function sends back to the place where it was called. The body of the cube function is

7.9 Which of the following are expressions in XSL a. Pattern b. Function call c. Match d. Select e. All of the above 7.10 These are all FOs. True or false

This is about as simple a body as a function could have. Usually the body is much larger. But the function s header typically fits on a single line. A function s return statement serves two purposes: it terminates the function, and it returns a value to the calling program. Its syntax is

return expression;

The most basic metric for size is the lines of code metric. There are many different ways to count lines of code. The definition may be a simple as the number of NEW LINE characters in the file. Often comments are excluded from the count of lines. Sometimes blank lines or lines with only delimiters are excluded. Sometimes statements are counted instead of lines.

where expression is any expression whose value could be assigned to a variable whose type is the same as the function s return type.

Whenever you create your own function, you should immediately test it with a simple program. Such a program is called a test driver for the function. Its only purpose is to test the function. It is a temporary, ad hoc program that should be quick and dirty. That means that

you need not include all the usual niceties such as user prompts, output labels, and documentation. Once you have used it to test your function thoroughly you can discard it.

Here is a complete program, consisting of our cube function followed by a test driver:

McCabe s cyclomatic number, introduced in 1976, is, after lines of code, one of the most commonly used metrics in software development. Also called McCabe s complexity measure from the title of the original journal article, it is based on graph theory s cyclomatic number. McCabe tries to measure the complexity of a program. The premise is that complexity is related to the control ow of the program. Graph theory uses a formula, C e n 1 to calculate the cyclomatic number. McCabe uses the slightly modi ed formula: C e n 2p where: e Number of edges n Number of nodes p Number of strongly connected components (which is normally 1)

// Returns the cube of the given integer: int cube(int x) { return x*x*x;

// Test driver for the cube function: main0 { int n = 1; while (n != 0) { tin >> n; tout << cube(n) CC endl;