Assert macro: It denotes a tool to ensure that expected conditions are true at assert statement location. If condition does not meet, then program displays error message and aborts. The assert definition is been included in program with statement “#include<cassert>”. The statement “assert(bool_expr)” is inserted to use “assert”, the “bool_expr” denotes a Boolean expression that should be evaluated to true. The assert statement denotes a macro, that is similar to function. The assert macros can be disabled by adding “#define NDEBUG” before include statement. Given statement: x = ( x * y / z ) Explanation: The given statement denotes an expression with variables “x”, “y” and “z”. It updates the value of “x”. The value of “z” should not be zero. If the value becomes zero, then it displays division by zero error.

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Chapter 5.5, Problem 23STE

Program Plan Intro

Assert macro:

It denotes a tool to ensure that expected conditions are true at assert statement location.

If condition does not meet, then program displays error message and aborts.

The assert definition is been included in program with statement “#include<cassert>”.

The statement “assert(bool_expr)” is inserted to use “assert”, the “bool_expr” denotes a Boolean expression that should be evaluated to true.

The assert statement denotes a macro, that is similar to function.

The assert macros can be disabled by adding “#define NDEBUG” before include statement.

Given statement:

x=(x*y/z)

Explanation:

The given statement denotes an expression with variables “x”, “y” and “z”.

It updates the value of “x”.

The value of “z” should not be zero.

If the value becomes zero, then it displays division by zero error.

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