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where fp is a file pointer returned by a call to fopen( ) Except for directing their output to the file defined by fp, they operate exactly like printf( ) and scanf( ) respectively Although fprintf( ) and fscanf( ) are often the easiest way to write and read assorted data to disk files, they are not always the most efficient Because formatted ASCII data is being written just as it would appear on the screen (instead of in binary), you incur extra overhead with each call If speed or file size is a concern, you should probably use fread( ) and fwrite( )
THE FOUNDATION OF C++
Erasing Files
The remove( ) function erases a file Its prototype is int remove(const char *filename); It returns 0 upon success, non-0 if it fails This program uses remove( ) to erase a file specified by the user
/* A remove() example */ #include <stdioh> #include <stdlibh> int main(void) { char fname[80]; printf("Name of file to remove: "); gets(fname); if(remove(fname)) { printf("Error removing file\n"); exit(1); } return 0; }
ferror( ) and rewind( )
The ferror( ) function is used to determine whether a file operation has produced an error The function ferror( ) has this prototype int ferror(FILE *fp)
Borland C++ Builder: The Complete Reference
where fp is a valid file pointer It returns true if an error has occurred during the last file operation; it returns false otherwise Because each file operation sets the error condition, ferror( ) should be called immediately after each file operation; otherwise, an error may be lost The rewind( ) function resets the file position locator to the beginning of the file specified as its argument The prototype is void rewind(FILE *fp) where fp is a valid file pointer
The Console Connection
As mentioned at the start of this chapter, whenever a program starts execution, five streams are opened automatically They are stdin, stdout, stderr, stdaux, and stdprn Because these are file pointers, they may be used by any function in the C I/O system that uses a file pointer For example, putchar( ) could be defined as
int putchar(int c) { return putc(c, stdout); }
As this example illustrates, C makes little distinction between console I/O and file I/O In essence, the console I/O functions are simply special versions of their parallel file functions that direct their operations to either stdin or stdout The reason they exist is as a convenience to you, the programmer In general, you may use stdin, stdout, and stderr as file pointers in any function that uses a variable of type FILE * In environments that allow redirection of I/O, stdin and stdout can be redirected This means that they could refer to a device other than the keyboard and or screen For example, consider this program:
#include <stdioh> int main(void) { char str[80]; printf("Enter a string: "); gets(str); printf(str);
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