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int max(int x, int y) return (x > y x : y);
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// Returns the maximum of the three given integers: int max(int x, int y, int z) int m = (x > y x : y); return (z > m z : m);
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// Returns the maximum of the two given real numbers: double max(double x, double y) return (x > y x : y);
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Three different functions, all named max, are defined here. The compiler checks their parameter lists to determine which one to use on each call. For example, the first call passes two ints, so the version that
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has two ints in its parameter list is called. (If that version had been omitted, then the system would promote the two ints 99 and 77 to the doubles 99.0 and 77.0 and then pass them to the version that has two doubles in its parameter list.)
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Overloaded functions are widely used in C++. Their value will become more apparent with the use of classes in 8.
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4.15 THE main( ) AND exit () FUNCTIONS
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Every C++ program requires a function named main ( > . In fact, we can think of the complete program itself as being made up of the main ( ) function together with all the other functions that are called either directly or indirectly from it. The program starts by calling
main().
Although not required, most C++ compilers expect the main0 function to have return type
int . Since this is the default return type for any function, it need not be specified. So we usually
just write
main0
instead of
int main0
In either case, most compilers will allow the return statement to be omitted, although some may give a warning if it is omitted. If it is included, it must return an integer. Some C++ programmers prefer to declare main ( > a void function like this:
void main0
This is acceptable to most compilers, although some will issue a warning and then automatically change main ( > to in t type. If the compiler does accept main ( > as a void function, then of course any return statement should appear simply as
return;
since in this case main ( > has no return type. If you want to terminate the program from within a function other than the main ( ) function, you cannot simply use a return statement. The return statement will only terminate the current function and return control to the invoking function. Fortunately, there is another way to terminate the program and it can be used anywhere within any function. That is the exit0 function that is defined in the c s tdl ib . h> header file.
CHAP. 41
FUNCTIONS
EXAMPLE 4.22 Using the exit ( ) Function to Terminate a Program
#include <iostream.h> #include cstdlib.h> double reciprocal(double x)
if (x == 0) exit(l); return 1.0/x; > main0 double x; tin >> x; tout << reciprocal(x);
If the user enters 0 for x, the program will terminate from within the r ec iproca 1 ( > without attempting to divide by it.
function
4.16 DEFAULT ARGUMENTS C++ allows a function to have a variable number of arguments. This is done by providing default values for the optional arguments.
EXAMPLE 4.23 Default Parameters This function evaluates the third degree polynomial a0 + a+ + a2x2 + a3x3. The actual evaluation is done using Horner s Algorithm, grouping the calculations as a0 + (al + (a2 + a,x)x)x for greater efficiency:
double p(double, double, double =0, double =0, double =O);
main0 -c double x = 2.0003; COW << "p(x, 7) = ' tout << "p(x, 7, 6) 7, 6, tout << "p(x, 7, 6, tout << "p(x,
c-c = " 5) 5,
p(x, 7) -C-K endl; -CC p(x, 7, 6) -CC endl; = ' CC p(x, 7, 6, 5) << endl; 4) = " CC p(x, 7, 6, 5, 4) -C-C
endl;
double p(double x, double a0, double al, double a2, double a3) return a0 + (al + (a2 + a3*x)*x)*x;
Thecall p(x, aO, al, a2, a3 > evaluates the third-degree polynomial a0 + a,x + a2x2 + a3x3. But a 0 ) to since a 1, a2, and a3 all have the default value 0, the function can also be called by p ( x ,
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