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In line 1, the left, high-order bits of the integer variable x are lopped off, leaving ch with the lower 8 bits If x were between 255 and 0, ch and x would have identical values Otherwise, the value of ch would reflect only the lower order bits of x In line 2, x receives the nonfractional part of f In line 3, f receives the 8-bit integer value stored in ch, converted into floating-point format In line 4, f receives the value of integer x converted into floating-point format

The road to Avalon (WPF)

When converting from integers to characters, long integers to integers, and integers to short integers, the basic rule is that the appropriate number of high-order bits will be removed For C++ Builder, 24 bits will be lost when converting from an integer to a character, and 16 bits will be lost when converting from an integer or long integer to a short integer Table 2-3 summarizes several common assignment type conversions as they relate to the way that C++ Builder implements the built-in data types You must remember two important points that can affect the portability of the code you write: 1 The conversion of an int to a float, or a type float to double and so on, will not add any precision or accuracy These kinds of conversions will only change the form in which the value is represented 2 Some C compilers (and processors) will always treat a char variable as positive, no matter what value it has when converting it to an integer or a floating-point value Other compilers may treat char variable values greater than 127 as negative numbers when converting (as does C++ Builder) Generally speaking, you should use char variables for characters, and use int, short int, or signed char when needed to avoid a possible portability problem in this area To use Table 2-3 to make a conversion not directly shown, simply convert one type at a time until you finish For example, to convert from a double to an int, first convert from a double to a float and then from a float to an int

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5

signed char char char char short int int int float double Table 2-3

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If value > 127, the targets will be negative High-order 8 bits High-order 24 bits High-order 24 bits High-order 16 bits None Fractional part and possibly more Precision, result rounded Precision, result rounded

In 4, you were introduced to a particularly confusing yet powerful feature, the function pointer Even though a function is not a variable, it still has a physical location in memory that can be assigned to a pointer A function s address is the entry point of the function Because of this a function pointer can be used to call a function In this section, we will take another look at the function pointer In certain types of programs, the user can select one option from a long list of possible actions For example, in an accounting program, you may be presented with a menu that has 20 or more selections Once the selection has been made, the routine that routes program execution to the proper function can be handled two ways The most common way is to use a switch statement However, in applications that demand the highest performance there is a better way An array of pointers can be created with each pointer in the array containing the address of a function The selection made by the user is decoded and used to index into the pointer array, causing the proper function to be executed This method can be very fast much faster than the switch method To see how an array of function pointers can be used as described, imagine that you are implementing a very simple inventory system that is capable of entering, deleting, and reviewing data, as well as exiting to the operating system If the functions that

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