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Directory services are likely to play a key role in CT-based telephone system configuration management because: CT is driving a trend towards user-specific customization that makes the user portion of a system's configuration database the largest By using a mainstream directory services implementation to store telephone system configuration data, only a single list of user names exist in the directory This eliminates the need for two separate databases that must be kept synchronized System buyer's are demanding more robust, easy to use, mainstream administrative tools By treating telephone system resources as entities in a directory system and storing the associated configuration information as attributes, mainstream directory services applications can be used to manage telephone system configuration information This relieves vendors from having to develop proprietary administrative tools MACs remain the biggest administrative challenge for telephone system administrators By consolidating telephone system administration with the administration of other network services, this workload is greatly diminished The trend towards distributed telephone system architectures, particularly IP telephone systems, requires that configuration information be distributed across the network as well Once again, by utilizing available directory services technologies the telephone system vendor does not have to develop their own distributed database technology Until standardized directory schemas for telephone system configuration information are developed, software that accesses this information will remain proprietary However the use of standard directory access protocols such as LDAP, the lightweight directory access protocol, published by the IETF make this information more accessible and ultimately standardized schemas will result in many new software tools for administration

Page 437 printf("Allocation Error\n"); exit(1); } return p; }

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All data on your network is nothing more than ones and zeroes Identifying what type of data the strings of ones and zeroes in a packet represent usually is easy A packet of data on the network always comes with a port number, for example, so a bad guy knows what type of data he s reading All data starts as plaintext, a somewhat misleading term that simply means the data is in an easily read or viewed industry-wide standard format Plaintext, often also referred to as cleartext, implies that all data starts off as text untrue! Data often is text, but it also might be a binary file such as a photograph or an executable program Regardless of the type of data, it all starts as plaintext I ll use the image in Figure 11-1 as a universal figure for a piece of plaintext

#include <stdlibh> void *realloc(void *ptr, size_t size);

The ECTF M100 specification defines an API and associated protocol for implementing administrative applications The M100 administrative interface allows an application to start and stop a server; provision, remove, and check the status of resources; take resources in and out of service and run diagnostics on them; and manage application profiles

If you want to take some data and make figuring out what it means difficult for other people, you need a cipher A cipher is a series of complex and hard to reverse mathematics called an algorithm you run on a string of ones and zeroes to make a new set of seemingly meaningless ones and zeroes A cipher and the methods used to implement that cipher is commonly called the complete algorithm (I know that s a mouthful of new terms check the note for details) NOTE The terms cipher, algorithm, and complete algorithm lend themselves to a lot of confusion, especially because most people in the IT industry use them interchangeably Here s the scoop A cipher is a general term for a way to encrypt data The algorithm is the mathematical formula that underlies the cipher The complete algorithm is both the cipher and the implementation of that cipher The problem with the terms is compounded by the lack of a third, distinct term Most people drop the word complete from complete algorithm, for example, thus the meanings of the three terms become muddied Let s say we have a string of ones and zeroes that looks like this:

The precise operation of realloc( ) differs slightly between C89 and C99, although the net effect is the same For C89, realloc( ) changes the size of the previously allocated memory pointed to by ptr to that specified by size The value of size can be greater or less than the original A pointer to the memory block is returned because it may be necessary for realloc( ) to move the block in order to change its size If this occurs, the contents of the old block (up to size bytes) are copied into the new block For C99, the block of memory pointed to by ptr is freed, and a new block is allocated The new block contains the same contents as the original block (up to the length passed in size) A pointer to the new block is returned It is permissible, however, for the new block and the old block to begin at the same address That is, the pointer returned by realloc( ) might be the same as the one passed in ptr If ptr is null, realloc( ) simply allocates size bytes of memory and returns a pointer to it If size is zero, the memory pointed to by ptr is freed If there is not enough free memory in the heap to allocate size bytes, a null pointer is returned, and the original block is left unchanged Example This program first allocates 17 characters, copies the string ''This is 16 chars" into them, and then uses realloc( ) to increase the size to 18 in order to place a period at the end

Page 438 int main(void) { char *p; p = malloc(17); if(!p) { printf(''Allocation Error\n"); exit(1); } strcpy(p, "This is 16 chars"); p = realloc(p, 18); if(!p) { printf("Allocation Error\n"); exit(1); } strcat(p, ""); printf(p); free(p); return 0;

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