Types Name Storage Size Description cidr 12 or 24 bytes IPv4 and IPv6 networks inet 12 or 24 bytes IPv4 and IPv6 hosts and networks macaddr 6 bytes MAC addresses When sorting inet or cidr data types address length is 128 bits, so 128 bits specify a unique host address. Note that if you want to accept networks only, you should use the cidr type rather than inet. The input format for this type is address/y and output formats follow Classless Internet Domain Routing conventions. The format for specifying networks is address/y where address is the network represented as an IPv4 or IPv6 address, and y is the number

Types Name Storage Size Description cidr 12 or 24 bytes IPv4 and IPv6 networks inet 12 or 24 bytes IPv4 and IPv6 hosts and networks macaddr 6 bytes MAC addresses When sorting inet or cidr data types address length is 128 bits, so 128 bits specify a unique host address. Note that if you want to accept networks only, you should use the cidr type rather than inet. The input format for this type is address/y and output formats follow Classless Internet Domain Routing conventions. The format for specifying networks is address/y where address is the network represented as an IPv4 or IPv6 address, and y is the number

Types Name Storage Size Description cidr 12 or 24 bytes IPv4 and IPv6 networks inet 12 or 24 bytes IPv4 and IPv6 hosts and networks macaddr 6 bytes MAC addresses When sorting inet or cidr data types address length is 128 bits, so 128 bits specify a unique host address. Note that if you want to accept networks only, you should use the cidr type rather than inet. The input format for this type is address/y output formats follow Class- less Internet Domain Routing conventions. The format for specifying networks is address/y where address is the network represented as an IPv4 or IPv6 address, and y is the number

Types Name Storage Size Description cidr 12 or 24 bytes IPv4 and IPv6 networks inet 12 or 24 bytes IPv4 and IPv6 hosts and networks macaddr 6 bytes MAC addresses When sorting inet or cidr data types address length is 128 bits, so 128 bits specify a unique host address. Note that if you want to accept networks only, you should use the cidr type rather than inet. The input format for this type is address/y and output formats follow Classless Internet Domain Routing conventions. The format for specifying networks is address/y where address is the network represented as an IPv4 or IPv6 address, and y is the number

Types Name Storage Size Description cidr 12 or 24 bytes IPv4 and IPv6 networks inet 12 or 24 bytes IPv4 and IPv6 hosts and networks macaddr 6 bytes MAC addresses When sorting inet or cidr data types address length is 128 bits, so 128 bits specify a unique host address. Note that if you want to accept networks only, you should use the cidr type rather than inet. The input format for this type is address/y and output formats follow Classless Internet Domain Routing conventions. The format for specifying networks is address/y where address is the network represented as an IPv4 or IPv6 address, and y is the number

Types Name Storage Size Description cidr 12 or 24 bytes IPv4 and IPv6 networks inet 12 or 24 bytes IPv4 and IPv6 hosts and networks macaddr 6 bytes MAC addresses When sorting inet or cidr data types address length is 128 bits, so 128 bits specify a unique host address. Note that if you want to accept networks only, you should use the cidr type rather than inet. The input format for this type is address/y and output formats follow Classless Internet Domain Routing conventions. The format for specifying networks is address/y where address is the network represented as an IPv4 or IPv6 address, and y is the number

Types Name Storage Size Description cidr 7 or 19 bytes IPv4 and IPv6 networks inet 7 or 19 bytes IPv4 and IPv6 hosts and networks macaddr 6 bytes MAC addresses When sorting inet or cidr data types, address length is 128 bits, so 128 bits specify a unique host address. Note that if you want to accept networks only, you should use the cidr type rather than inet. The input format for this type is address/y and output formats follow Classless Internet Domain Routing conventions. The format for specifying networks is address/y where address is the network represented as an IPv4 or IPv6 address, and y is the number

Types Name Storage Size Description cidr 7 or 19 bytes IPv4 and IPv6 networks inet 7 or 19 bytes IPv4 and IPv6 hosts and networks macaddr 6 bytes MAC addresses When sorting inet or cidr data types, address length is 128 bits, so 128 bits specify a unique host address. Note that if you want to accept networks only, you should use the cidr type rather than inet. The input format for this type is address/y output formats follow Class- less Internet Domain Routing conventions. The format for specifying networks is address/y where address is the network represented as an IPv4 or IPv6 address, and y is the number

Types Name Storage Size Description cidr 7 or 19 bytes IPv4 and IPv6 networks inet 7 or 19 bytes IPv4 and IPv6 hosts and networks macaddr 6 bytes MAC addresses When sorting inet or cidr data types, length is 128 bits, so 128 bits specify a unique host address. Note that if you want to accept only networks, you should use the cidr type rather than inet. The input format for this type is address/y where output formats follow Class- less Internet Domain Routing conventions. The format for specifying networks is address/y where address is the network represented as an IPv4 or IPv6 address, and y is the number

Types Name Storage Size Description cidr 7 or 19 bytes IPv4 and IPv6 networks inet 7 or 19 bytes IPv4 and IPv6 hosts and networks macaddr 6 bytes MAC addresses When sorting inet or cidr data types, length is 128 bits, so 128 bits specify a unique host address. Note that if you want to accept only networks, you should use the cidr type rather than inet. The input format for this type is address/y where and output formats follow Classless Internet Domain Routing conventions. The format for specifying networks is address/y where address is the network represented as an IPv4 or IPv6 address, and y is the number