cajeta.io.net.IpAddress — an immutable IP address, IPv4 or IPv6, with text parse and canonical toString. The address is held as a 16-byte octet array in network byte order regardless of family (IPv4 uses the first four bytes). parse auto-detects the family and is strict — a malformed octet or group, an out-of-range value, a doubled ::, or trailing junk raises a citing MalformedAddressException. toString reproduces the canonical form: IPv4 dotted-quad, IPv6 per RFC 5952, so parse(s).toString() round-trips a canonical input byte-identically.

IpAddress a #= IpAddress.parse("192.168.1.10");
IpAddress b #= IpAddress.fromV4(192, 168, 1, 10);
boolean same = a.equals(b);          // true
IpAddress lo #= IpAddress.loopbackV4();
String text #= lo.toString();         // "127.0.0.1"

Methods

Signature
`IpAddress()`	The unspecified IPv4 `0.0.0.0` (all-zero octets, family `V4`)
`AddressFamily getFamily()`	This address’s family (`V4` or `V6`)
`boolean isV4()`	True iff IPv4
`boolean isV6()`	True iff IPv6
`int8[] getOctets()`	The raw 16-byte octet buffer (network byte order)
`static #IpAddress loopbackV4()`	The IPv4 loopback `127.0.0.1`
`static #IpAddress loopbackV6()`	The IPv6 loopback `::1`
`static #IpAddress anyV4()`	The IPv4 wildcard `0.0.0.0`
`static #IpAddress anyV6()`	The IPv6 wildcard `::`
`static #IpAddress fromV4(int32 a0, int32 a1, int32 a2, int32 a3)` ⚑	Build directly from four octet values (`a.b.c.d`)
`static #IpAddress fromOctets(int8[] src, int32 len)`	Build from a 4-byte (v4) or 16-byte (v6) octet buffer — the inverse of `getOctets`
`boolean equals(IpAddress other)`	Equal iff same family and the family-relevant octets match
`static #IpAddress parse(String input)` ⚑	Parse dotted-quad or IPv6 text (incl. `::` compression and the embedded-IPv4 tail form)
`#String toString()`	Canonical text: IPv4 dotted-quad, IPv6 per RFC 5952

⚑ = @EntryPoint

IpAddress

Methods

See also