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As the primary storage area for the operating system, applications,

An important thing to remember about strncpy() is that you are responsible for ensuring that source is properly terminated and that enough memory is allocated for the string returned in dest. Here s an example of strncpy() in action:

The resultant performance of the six-stage TYP pipeline processor is a factor of 45 over that of the sequential or nonpipelined processor Note that the TYP is a six-stage pipeline with the theoretical speedup potential of 6 The actual speedup based on our model of Equation (16) is 45, as shown in Equation (17), which can be viewed as the effective degree of pipelining of the TYP pipeline Essentially the six-stage TYP processor behaves as a perfect pipeline with 45 pipeline stages The difference between 6 and 45 reflects the difference between the potential (peak) pipeline parallelism and the achieved (actual) pipeline parallelism 1414 The Superscalar Proposal We now restate Amdahl's lawthat models the performance of a parallel processor

char name[ 20 ]; strncpy( name, "Dave Mark", 20 );

and vital data, the hard drive takes on a level of importance to PC users that borders on reverence Considering the fact that the death of a drive can mean many hours or days of tediously rebuilding your OS install, reloading applications, and re-creating data, such strong feelings make sense And that reverence can turn quickly to agony if the user hasn t backed up his or her data in a while when the hard drive dies! In the rst lab exercise, you will compare two different hard drive technologies: solid-state drives and magnetic hard drives You will then conduct research on the developments of the rapidly changing Small Computer Systems Interface (SCSI), primarily used for large, fault-tolerant data storage

This example uses a string literal as the source string. The string is copied into the array name. The return value was ignored. Note that there is also a Standard Library function named strcpy(). strcpy() is declared as follows:

char *strcpy( char *dest, const char *source ); strcpy() copies the string pointed to by source into the string pointed to by dest but does not feature the safeguard of a limited number of bytes to copy. This is bad and is subject to buffer overflow. Can you see why Imagine what would happen if source was larger than dest. The extra bytes would flow off the end of dest, destroying whatever happened to be in its path in memory. Note that even with the protection, the programmer is still responsible for making sure that n is no larger than the number of bytes allocated for dest minus one (to save room for the terminating zero byte).

Because oppy diskettes can store only a relatively tiny amount of data, oppy drives are disappearing from PCs In fact, most new computer systems ship without oppy drives If your system doesn t have a oppy drive, you may want to explore an older machine to see one in action As a computer tech, you will most likely still have to deal with oppy drives for at least a few more years

As always, when given a choice, use the Standard Library function that offers a safeguard against buffer overflow.

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strncat()

strncat() is declared as follows: char *strncat( char *dest, const char *source, size_t n ); strncat() appends a copy of the string pointed to by source onto the end of the string