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4. Does path testing subsume statement coverage Yes, every statement is on some path. So covering every path will cover every statement. 5. Software testers have sometimes said errors happen in corners. What could this mean Errors tend to be more prevalent on boundaries. That is, faults in the source code often a ect some decision and thus produce an error on the boundary. 6. Every statement coverage is not a subdomain testing criterion. What is the signi cance of this When using a subdomain testing criterion, it is easy to improve the coverage by picking multiple test cases from every subdomain. This is also easy to analyze. This is not the case with every-statement coverage. 7. How would the operational pro le be di erent for a point-of-sale terminal in a discount store from a point-of-sale terminal in an expensive store In the discount store, there will be more items marked with prices less than $10. In an expensive store, there will be more large prices. The prices may also be rounded up to the next amount. 8. A software developer may unconsciously not test his or her software thoroughly. Why would testing a coverage criterion help A testing coverage criterion helps to force the tester to test many di erent parts of the software.

executing\n'; executing\n";

class Z : public Y { public: Z(int n) { tout CC 'Z: :Z(int) constructor executing\n"; -z() { tout << 'Z: :Z() destructor executing\n'; } >; main0 1 z z(44);

When z is declared, the z : : z ( int ) constructor is called. Before executing, it calls the Y : : Y ( ) constructor which immediately calls the x : : x ( ) constructor. After the x : : x ( ) constructor has finished executing, control returns to the Y: : Y ( > constructor which finishes executing. Then finally the z : : z ( ) constructor finishes executing. The effect is that all the parent default constructors execute in top-down order. The same thing happens with the destructors, except that each destructor executes its own code before calling its parent destructor. So all the parent destructors execute in bottom-up order.

Here is a more realistic example:

Write a scenario for the library problem. Fred, a patron, goes to the library and checks out a book. Two months later, he brings the overdue library book back to the library.

Here is a demo program that uses a base class Person and a derived class Student:

class Person { public: Person(const char* s) { name = new char[strlen(s)+l]; -Person0 { delete [I name; } protected: char* name; > ;

The notation type attribute is somewhat rare. One use for notation would be to de ne a helper application or plug-in to accommodate the datatype speci ed in the notation declaration. For example, if an image datatype requires a special image viewer, then we can state the location of the application, as well as any other parameters. An example of this is <!ELEMENT map EMPTY> <!ATTLIST map image ENTITY #REQUIRED> <!ENTITY map1.png SYSTEM "http://www.anysite.net/map1.png" NDATA png> <!NOTATION png SYSTEM "file:///C:/Program Files/mapviewer.exe"> or more commonly <!NOTATION GIF89A SYSTEM "GIF"> When the browser or other software encounters the element <map image= "map1.png"/>, these facts are known: The browser knows that image is a valid attribute. If the attribute value is map1.png, the le is found at www.anysite.net/ map1.png. They are binary data of type png. Binary data of type png is handled by the program mapviewer.exe on the C drive in the Program Files directory.

class Student : public Person { public: Student(const char* s, const char* m) : Person(s) { major = new char[strlen(m)+l]; strcpy(major, m); } -Student0 { delete [] major; > private: char* major; > ; main0 Person x("Bob"); -t Student y("Sarah",

"Biology");