Results for “Std.Ip.Network”

Use module:Std.List, kind:fn, or is:exact. Put a Pudu type after ::.

• Std.Ip.Network

  A network: an address whose host bits are zero, and how many leading bits

  type · Std.Ip
• Std.Ip.contains&Std.Ip.Network -> &Std.Ip.Address -> Bool

  Whether the network holds the address. An address of the other family is

  fn · Std.Ip
• Std.Ip.first&Std.Ip.Network -> Std.Ip.Address

  The first address of the network.

  fn · Std.Ip
• Std.Ip.hostBits&Std.Ip.Network -> Int

  How many bits of an address the network leaves free: 8 for an IPv4 /24.

  fn · Std.Ip
• Std.Ip.last&Std.Ip.Network -> Std.Ip.Address

  The last address of the network, which for IPv4 is its broadcast address.

  fn · Std.Ip
• Std.Ip.netmask&Std.Ip.Network -> Std.Ip.Address

  The network's mask written as an address: 255.255.255.0 for a /24.

  fn · Std.Ip
• Std.Ip.networkOf&Std.Ip.Address -> Int -> Option[Std.Ip.Network]

  The network of the given prefix length that holds the address, with its

  fn · Std.Ip
• Std.Ip.overlaps&Std.Ip.Network -> &Std.Ip.Network -> Bool

  Whether two networks share any address. Networks either nest or are

  fn · Std.Ip
• Std.Ip.parseNetworkStr -> Result[Std.Ip.Network, Std.Ip.IpError]

  Read a network written as address/prefix.

  fn · Std.Ip
• Std.Ip.renderNetwork&Std.Ip.Network -> Str

  A network written as address/prefix, which parseNetwork reads back.

  fn · Std.Ip
• Std.Ip.within&Array[Std.Ip.Network] -> &Std.Ip.Address -> Bool

  Whether any of the networks holds the address, which is the question an

  fn · Std.Ip