com.dmo-t.ipaddress.core — com.dmo-t/ipaddress 0.5.0

->ipaddress clj

(->ipaddress ip)

Tries to create an IPv4Address, if unsucessful: tries IPv6Address.

->ipinterface clj

(->ipinterface net)

Tries to create an IPv4Interface, if unsucessful: tries IPv6Interface.

->ipnetwork clj

(->ipnetwork net)

Tries to create an IPv4Network, if unsucessful: tries IPv6Network.

->ipv4address clj multimethod

Used to create and IPv4Address. 'ip' can be a 'Long' or a 'String'.

->ipv4interface clj

(->ipv4interface intf)

Creates an IPv4Interface. 'intf' must in format: ip/netmask or ip/prefixlen

->ipv4network clj multimethod

Creates an IPv4Network. 'arg' must be in form network/prefixlen or network/netmask

->ipv6address clj multimethod

Used to create IPV6address. The input must be string or a clojure.lang.BigInt.

->ipv6interface clj

(->ipv6interface net)

Create and IPv6Interface. 'net' must be a string in format addr/prefixlen

->ipv6network clj multimethod

Create and IPv6Network. 'net' must be a string in format addr/prefixlen

collapse-addresses clj

(collapse-addresses coll)

Collapse a list of IPNetwork

IIPAddrConv clj protocol

to-int clj

(to-int this)

Convert an IPv[46]Address to int

IIPAddress clj protocol

in? clj

(in? this net)

Returns true if the IPv[46]Address is contained in IPv[46]Network

IIPBase clj protocol

<=? clj

(<=? this other)

Returns (or (=? this other) (<? this other)

<? clj

(<? this other)

Returns (neg? (compare this other))

=? clj

(=? this other)

Returns (zero? (compare this other))

>=? clj

(>=? this other)

Returns (or (=? this other) (>? this other)

>? clj

(>? this other)

Returns (pos? (compare this other))

max-prefixlen clj

(max-prefixlen this)

Returns the maximum value of prefix length (size in bits of IP object)

toString clj

(toString this)

Returns the default string representation of the type.

• IPv[46]Address and IPv[46]Netmask: the address representation,
• IPv[46]Network, IPv[46]Interface: address/prefixlen 'str' calls this function.

version clj

(version this)

Returns the IPAddress version: 4 or 6.

IIPInterface clj protocol

address clj

(address this)

Returns the IPv[46]Address of the IPv[46]Interface.

network clj

(network this)

Returns the IPv[46]Network containing the IPv[46]Interface.

IIPIter clj protocol

next-one clj

(next-one this)

Returns the next entry of same type.

• IPv[46]Address: returns the next IPv[46]Address
• IPv[46]Network: returns the next IPv[46]Network with same netmask,
• IPv[46]Interface: returns the next IPv[46]Interface in the same network. Returns nil when no more entry is available. (next-one nil) returns nil

IIPNetmask clj protocol

to-hostmask clj

(to-hostmask this)

Converts an IPv[46]Netmask to an IPv[46]Address representing the hostmask

to-prefixlen clj

(to-prefixlen this)

Converts an IPv[46]Netmask to a prefixlen (that is an int)

IIPNetwork clj protocol

to-seq clj

(to-seq this)

Returns a lazy seq of all IPv[46]Address contained in the network.

netmask clj

(netmask this)

Returns the network netmask: IPv[46]Netmask type.

hostmask clj

(hostmask this)

Returns the network hostmask: IPv[46]Address

network-address clj

(network-address this)

Returns the network address: IPv[46]Address type. (Same base-address)

broadcast-address clj

(broadcast-address this)

Returns the network broadcast address: IPv[46]Address type.

contains-ip? clj

(contains-ip? this ip)

Tests if the network contains the IPv[46]Address

overlaps? clj

(overlaps? this other)

Tests is the two IPv[46]Network overlap.

hosts clj

(hosts this)

Returns the IPv[46]Address usable for host addressing in this network. Lazy seq.

address-exclude clj

(address-exclude this other)

Returns a list of subnets of the network, with the exclusion of other

supernet-of? clj

(supernet-of? this other)

Tests if the network is a superneet of other network.

subnets clj

(subnets this new-prefixlen)

Returns a list of IPv[46]Network with new-prefixlen which are subnets of this.

prefixlen clj

(prefixlen this)

Returns the network prefixlen: int

num-addresses clj

(num-addresses this)

Compute the number of addresses in the network.

supernet clj

(supernet this new-prefixlen)

Returns the supernet with new-prefixlen that contains the network.

subnet-of? clj

(subnet-of? this other)

Tests if the nerwork is a subnet of other network

base-address clj

(base-address this)

(Legacy: use network-address instead). Returns the network address: IPv[46]Address type.

IIPScope clj protocol

Various predicates, testing the address, network type/scope.

global? clj

(global? this)

link-local? clj

(link-local? this)

loopback? clj

(loopback? this)

multicast? clj

(multicast? this)

private? clj

(private? this)

reserved? clj

(reserved? this)

unspecified? clj

(unspecified? this)

IIPStr clj protocol

with-hostmask clj

(with-hostmask this)

returns a string representation in the format: addr/hostmask

with-netmask clj

(with-netmask this)

Returns a string representation in the format: addr/netmask

with-prefixlen clj

(with-prefixlen this)

Returns a string representation in the format: addr/prefixlen

IIPv6Scope clj protocol

site-local? clj

(site-local? this)

IIPv6Specific clj protocol

ipv4-mapped clj

(ipv4-mapped this)

Returns the IPv4Address if it is an ipv4 mapped address. Returns nil otherwise.

scopeid clj

(scopeid this)

summarize-address-range clj

(summarize-address-range ip1 ip2)

Given the first and last IP Address: returns a list of IP Network representing the range.