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#include <iostream> using namespace std; // This creates the class queue class queue { int q[100]; int sloc, rloc; public: void init(); void qput(int i); int qget(); }; void queue::init() { rloc = sloc = 0; } void queue::qput(int i) { if(sloc==99) { cout << "Queue is full\n"; return; } sloc++; q[sloc] = i; } int queue::qget() { if(rloc == sloc) { cout << "Queue underflow\n"; return 0;

} rloc++; return q[rloc]; } int main() { queue a, b;

// now, access the queues through their member functions ainit(); binit(); aqput(10); bqput(19); aqput(20); bqput(1); cout cout cout cout << << << << aqget() aqget() bqget() bqget() << << << << " "; " "; " "; "\n";

Hydrolysis of ATP and phosphorylation of the pump Conformational change exposes Na+ ions to the outside, reduces the pump s affinity for Na+, and increases the pump s affinity for K+ The three sodium ions are released outside the cell Two extracellular K+ ions are bound, triggering dephosphorylation Dephosphorylation triggers a reversion to the original conformation Ion binding sites are exposed to the inside of the cell, the affinity for Na+ is strong, and the affinity for K+ is weak Two K+ ions are released inside of the cell and the cycle repeats

Figure 9-19

return 0; }

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Remember that the private members of an object are accessible only by functions that are also members of that object For example, the statement

arloc = 0;

Version II Wireless X10 Motion Sensor (Photo courtesy Smarthomecom)

could not be in the main( ) function of the previous program because rloc is private By convention, in most C programs the main( ) function is the first function in the program However, in the queue program the member functions of queue are defined before the main( ) function While there is no rule that dictates this (they could be defined anywhere in the program), this is the most common approach used when writing C++ code (In fact, classes and the member functions associated with them are usually contained in a header file)

20:

One way that C++ achieves polymorphism is through the use of function overloading In C++, two or more functions can share the same name as long as their parameter declarations are different In this situation, the functions that share the same name are said to be overloaded For example, consider this program:

9

#include <iostream> using namespace std; // sqr_it is overloaded three ways int sqr_it(int i); double sqr_it(double d); long sqr_it(long l); int main() { cout << sqr_it(10) << "\n"; cout << sqr_it(110) << "\n"; cout << sqr_it(9L) << "\n"; C++ return 0; } // Define sqr_it for ints int sqr_it(int i) { cout << "Inside the sqr_it() function that uses "; cout << "an integer argument\n"; return i*i; } // Overload sqr_it for doubles double sqr_it(double d) { cout << "Inside the sqr_it() function that uses "; cout << "a double argument\n"; return d*d; }

// Overload sqr_it again, this time for longs long sqr_it(long l) { cout << "Inside the sqr_it() function that uses "; cout << "a long argument\n"; return l*l; }

.

Figure 9-20

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