Std.Ip | Pudu

Address
An internet address.
type
compare&Std.Ip.Address -> &Std.Ip.Address -> Int
Ordering of addresses: every IPv4 address before every IPv6 one, then by
fn
contains&Std.Ip.Network -> &Std.Ip.Address -> Bool
Whether the network holds the address. An address of the other family is
fn
explain&Std.Ip.IpError -> Str
A sentence saying what was wrong with the text.
fn
Family
Which of the two address families an address belongs to.
type
first&Std.Ip.Network -> Std.Ip.Address
The first address of the network.
fn
fromBytes&Bytes -> Result[Std.Ip.Address, Std.Ip.IpError]
The address held in 4 or 16 bytes in network order, as a socket reports it.
fn
hostBits&Std.Ip.Network -> Int
How many bits of an address the network leaves free: 8 for an IPv4 /24.
fn
IpError
Why text does not name an address or a network.
type
isDocumentation&Std.Ip.Address -> Bool
Whether the address is reserved for documentation: 192.0.2.0/24,
fn
isLinkLocal&Std.Ip.Address -> Bool
Whether the address is link-local: 169.254.0.0/16 or fe80::/10.
fn
isLoopback&Std.Ip.Address -> Bool
Whether the address is the loopback: 127.0.0.0/8 or ::1.
fn
isMulticast&Std.Ip.Address -> Bool
Whether the address is multicast: 224.0.0.0/4 or ff00::/8.
fn
isPrivate&Std.Ip.Address -> Bool
Whether the address is in a private range: 10.0.0.0/8, 172.16.0.0/12,
fn
isPublic&Std.Ip.Address -> Bool
Whether the address may be reached across the public internet: none of the
fn
isShared&Std.Ip.Address -> Bool
Whether the address is in the carrier-grade shared range 100.64.0.0/10.
fn
isUnspecified&Std.Ip.Address -> Bool
Whether the address is the unspecified one: 0.0.0.0 or ::.
fn
isV4&Std.Ip.Address -> Bool
Whether the address is an IPv4 address.
fn
isV6&Std.Ip.Address -> Bool
Whether the address is an IPv6 address.
fn
last&Std.Ip.Network -> Std.Ip.Address
The last address of the network, which for IPv4 is its broadcast address.
fn
mapToV6&Std.Ip.Address -> Std.Ip.Address
The IPv4-mapped IPv6 form of an IPv4 address, and an IPv6 address
fn
netmask&Std.Ip.Network -> Std.Ip.Address
The network's mask written as an address: 255.255.255.0 for a /24.
fn
Network
A network: an address whose host bits are zero, and how many leading bits
type
networkOf&Std.Ip.Address -> Int -> Option[Std.Ip.Network]
The network of the given prefix length that holds the address, with its
fn
next&Std.Ip.Address -> Option[Std.Ip.Address]
The address after this one, or None past the last address of the family.
fn
overlaps&Std.Ip.Network -> &Std.Ip.Network -> Bool
Whether two networks share any address. Networks either nest or are
fn
parseStr -> Result[Std.Ip.Address, Std.Ip.IpError]
Read an address in either family.
fn
parseNetworkStr -> Result[Std.Ip.Network, Std.Ip.IpError]
Read a network written as address/prefix.
fn
previous&Std.Ip.Address -> Option[Std.Ip.Address]
The address before this one, or None before the first.
fn
render&Std.Ip.Address -> Str
An address written in its canonical form, which parse reads back as the
fn
renderNetwork&Std.Ip.Network -> Str
A network written as address/prefix, which parseNetwork reads back.
fn
toBytes&Std.Ip.Address -> Bytes
The address as bytes in network order: 4 for IPv4, 16 for IPv6.
fn
unmap&Std.Ip.Address -> Std.Ip.Address
The IPv4 address an IPv4-mapped IPv6 address carries, and any other address
fn
v4Int -> Int -> Int -> Int -> Std.Ip.Address
The IPv4 address with the four given octets, each taken modulo 256.
fn
width&Std.Ip.Address -> Int
How many bits an address of this family has: 32 or 128.
fn
within&Array[Std.Ip.Network] -> &Std.Ip.Address -> Bool
Whether any of the networks holds the address, which is the question an
fn