ost::IPV6Mask(3)					     Library Functions Manual						  ost::IPV6Mask(3)

NAME
ost::IPV6Mask - Internet addresses used specifically as masking addresses (such as ' 255.255.255.0') are held in the IPV6Mask derived object. SYNOPSIS
#include <address.h> Inherits ost::IPV6Address. Public Member Functions IPV6Mask (const char *mask) Create the mask from a null terminated ASCII string such as '255.255.255.128'. Friends __EXPORT IPV6Host operator& (const IPV6Host &addr, const IPV6Mask &mask) Masks are usually used to coerce host addresses into a specific router or class domain. Additional Inherited Members Detailed Description Internet addresses used specifically as masking addresses (such as ' 255.255.255.0') are held in the IPV6Mask derived object. The separate class is used so that C++ type casting can automatically determine when an IPV6Address object is really a mask address object rather than simply using the base class. This also allows manipulative operators for address masking to operate only when presented with a Masked address as well as providing cleaner and safer source. Author: David Sugar dyfet@ostel.com Internet Address Mask such as subnet masks. Constructor &; Destructor Documentation ost::IPV6Mask::IPV6Mask (const char *mask) Create the mask from a null terminated ASCII string such as '255.255.255.128'. Parameters: mask null terminated ASCII mask string. Friends And Related Function Documentation __EXPORT IPV6Host operator& (const IPV6Host &addr, const IPV6Mask &mask) [friend] Masks are usually used to coerce host addresses into a specific router or class domain. This can be done by taking the Inet Host Address object and 'and'ing it with an address mask. This operation can be directly expressed in C++ through the & operator. Returns: a internet host address that has been masked. Parameters: addr host address to be masked by subnet. mask inetnet mask address object to mask by. Author Generated automatically by Doxygen for GNU CommonC++ from the source code. GNU CommonC++ Sat Jun 23 2012 ost::IPV6Mask(3)