| 1.
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Define object-oriented programming (OOP) and explain its philosophy.
(I)
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| 2.
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Differentiate between procedural-oriented program organization and
object-oriented program organization. (I)
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| 3.
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Identify and explain characteristics of object-oriented program
design. (I)
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| 4.
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Develop programs, using iteration and decision-making constructs
alongwith logical operators, to process various numeric data types
receivedfrom an input device and which provide reports. (II, III)
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| 5.
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Use OOP features to design and write programs that use structures to
store information. (IV)
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| 6.
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Use OOP features to design and write functions, including overloaded
functions, which take arguments from a requesting function and return
arguments to a requesting function. (V)
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| 7.
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Design and write an object-oriented program that create classes and
objects, and which use the classes and objects to process data. (VI)
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| 8.
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Design and write an object-oriented program that uses constructors and
destructors to streamline variable initialization and memory control.
(VI)
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| 9.
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Use OOP features to design and write programs using arrays and
pointers. (VII)
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| 10.
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Use OOP features to initialize, allocate, deallocate, and control
program memory areas. (VII)
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| 11.
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Apply the concept of operator overloading to handle defined objects.
(VIII)
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| 12.
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Define function overloading and use the feature in an object-oriented
program. (VIII)
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| 13.
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Use operator overloading on such operators as unary and bit operators
in an object-oriented program. (VIII)
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| 14.
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Define and apply inheritance on pre-existing code and classes so that
their functions and/or constructors are inherited by another derived
class/constructor, including multiple classes. (IX)
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| 15.
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Apply OOP features to hide or protect certain members in a class from
the rest of a program. (IX)
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| 16.
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Use the inheritance feature to enhance an existing class by
incorporating it into a new class. (IX)
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