]; // first element 1 ]; // second element 8 ]; // last element 9 ]; // oops in Java

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0 ]; // first element 1 ]; // second element 8 ]; // last element 9 ]; // oops
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The element indexed by 9 is not an element of the array The nine elements of fibon are indexed at positions 0 8 A common beginner error is to instead index positions 1 9 It's so common, in fact, that it has its own name: the off-by-one error Typically, we step through the elements of an array using a for loop For example, the following program initializes an array of ten elements to the values 0 through 9 and then prints them in descending order to standard output:
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int main() { int ia[ 10 ]; int index; for ( index = 0; index < 10; ++index ) // ia[0] = 0, ia[1] = 1, and so on ia[ index ] = index; for ( index = 9; index >= 0; --index ) cout ia[ index ] " "; cout endl; }
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Both loops iterate ten times The three statements in parentheses following the keyword for do all the control work of the loop The first statement assigns 0 to index,
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index = 0;
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It is executed once before the actual work of the loop begins The second statement,
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represents the stopping condition of the loop It begins the actual loop sequence If it evaluates to true, the statement (or statements) associated with the for loop are executed; if it evaluates to false, the loop terminates In our example, each time that index evaluates to a value less than 10, the statement
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ia[ index ] = index;
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is executed The third statement,
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++index
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is a shorthand notation for incrementing an arithmetic object by 1 It is equivalent to
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index = index + 1;
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It is executed after the statement associated with the for loop (the assignment of the element subscripted by index with the value of index) Its execution completes one iteration of the for loop The sequence repeats itself by once again testing the condition When the condition evaluates to false, the loop terminates (We look at the for loop in detail in 5) The second for loop operates in reverse order in printing the values Although C++ provides built-in support for an array type, that support is limited to the mechanics required to read and write individual elements C++ does not support the abstraction of an array; there is no support for the operations one might wish to perform on an array, such as the assignment of one array to another, the comparison of two arrays for equality, or asking an array its size Given two arrays, we cannot, for example, copy one to another as a unit using the assignment operator:
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int array0[ 10 ], array1[ 10 ]; // error: cannot directly assign one array to another array0 = array1;
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If we wish to assign one array to another, we must program that ourselves, copying each element in turn:
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for ( int index = 0; index < 10; ++index ) array0[ index ] = array1[ index ];
Moreover, the array type has no self-knowledge As we said, it does not know its size, so we must keep track of that independently of the array itself This becomes troublesome when we wish to pass arrays as general arguments to functions In C++, we say that an array, unlike the integer and floating point types, is not a first-class citizen of the language It is inherited from the C language and reflects the separation of data and the algorithms that operate on that data that are characteristic of the procedural paradigm In the rest of the chapter, we look at different strategies for giving the array the additional status powers of citizenry Exercise 21 Why do you think the built-in array does not support the assignment of one array with another What information is required to support this operation Exercise 22 What operations should a first class array support