Consider the following class: public class NumericValue { private double d; private static final String theValuekindName...

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Consider the following class: public class NumericValue { private double d; private static final String theValuekindName = ne public Object clone() { return new NumericValue(d); } public double getNumericValue() { return d; } boolean is Equal (Value v

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Answer 1

Answer #1

Since we have to state the minimum number of test assertions, we can assume we don't have to include the constructors, accessors (getters) & mutators (setters) in that.

That leaves 3 functions that we have to test:

clone()
isEqual()
render(int maxWidth)

Test assertions required for clone: 1

Test assertions required for isEqual: 1

Let’s find the test assertions required for render(int maxWidth)

This function has the following pattern:

if (3 conditions) // 3 conditions so 2³ = 8 possibilities

{

-----------

if (1 condition) // 1 conditions so 2¹ = 2 possibilities

{……….}

-------

}

if (2 conditions) // 2 conditions so 2² = 4 possibilities

{

-----------

if (1 condition) // 1 conditions so 2¹ = 2 possibilities

{……….}

-------

}

Number of possibilities of nested if is multiplied and possibilities of standalone if’s are added to get total no. of possibilities

Therefore, total number of possibilities = 8*2 + 4*2 = 24

And Thus no. of test assertions required for render(int maxWidth) function = 24

Total no. of test assertions required for *unit testing of the give ADT = 1 + 1 + 24 = 26

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Answer 2

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