// Pre: true if (a > c || b > c) if (a > b) else else Prove that the following code fragment satisfies the program specification. max = a; else max = b; max = c; if (a < c || b < c) if (a < b) min = a; else min = b; min = C; mid = a + b + c - max min; // Post: min <= mid <= max = mid || a = max) max) max) // && (a min | a // && (b = min || b mid | b = // && (c) min || c= mid || c = // && (max = a max = b | max // && (mid = a | mid b | mid = // && (min = a min = b | min = c) c) c) = = = = - =

// Pre: true if (a > c || b > c) if (a > b) else else Prove that the following code fragment satisfies the program specification. max = a; else max = b; max = c; if (a < c || b < c) if (a < b) min = a; else min = b; min = C; mid = a + b + c - max min; // Post: min <= mid <= max = mid || a = max) max) max) // && (a min | a // && (b = min || b mid | b = // && (c) min || c= mid || c = // && (max = a max = b | max // && (mid = a | mid b | mid = // && (min = a min = b | min = c) c) c) = = = = - =

C++ for Engineers and Scientists

4th Edition

ISBN:9781133187844

Author:Bronson, Gary J.

Publisher:Bronson, Gary J.

Chapter6: Modularity Using Functions

Section6.1: Function And Parameter Declarations

Problem 11E

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