Package netaddr |
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# Package netaddr

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network address manipulation, done Pythonically

Version: 0.6.1

Submodules | [hide private]
netaddr.address: network address classes (IP, EUI) and associated aggregate classes (CIDR, Wildcard and IPRange). netaddr.core: Classes and routines that are common to various netaddr sub modules. netaddr.eui: Provides access to public network address information published by the IEEE. netaddr.fallback: A module containing pure-Python implementations of certain socket module constants and functions. netaddr.ip: Provides access to public network address information published by IANA. netaddr.misc: Miscellanous functions and classes. netaddr.strategy: network address conversion logic, constants and shared strategy objects. netaddr.util: utility functions

Classes | [hide private]
| AddrFormatError An Exception indicating that a network address format is not recognised.
| AddrConversionError An Exception indicating a failure to convert between address types or notations.
| IP Represents individual IPv4 and IPv6 addresses.
| IPRange Represents arbitrary contiguous blocks of IPv4 and IPv6 addresses using only a lower and upper bound IP address.
| IPRangeSet *EXPERIMENTAL* A customised Python set class that deals with collections of IPRange class and subclass instances.
| CIDR Represents blocks of IPv4 and IPv6 addresses using CIDR (Classless Inter-Domain Routing) notation.
| Wildcard Represents blocks of IPv4 addresses using a wildcard or glob style syntax.
| EUI Represents an IEEE EUI (Extended Unique Identifier) indentifier.
| OUI Represents an individual IEEE OUI (Organisationally Unique Identifier) identifier.
| IAB Represents an individual IEEE IAB (Individual Address Block) identifier.
| NotRegisteredError An Exception indicating that an OUI or IAB was not found in the IEEE Registry.

Functions | [hide private]
nrange(start, stop, step=1, fmt=None) An xrange work alike generator that produces sequences of IP addresses based on start and stop addresses, in intervals of step size. | source code

Variables | [hide private]
| BIG_ENDIAN_PLATFORM = `False` True if platform is natively big endian, False otherwise.
| AT_UNSPEC = `0` unspecified address type constant.
| AT_INET = `4` IPv4 address type constant.
| AT_INET6 = `6` IPv6 address type constant.
| AT_LINK = `48` MAC/EUI-48 address type constant.
| AT_EUI64 = `64` EUI-64 address type constant.
| AT_NAMES = ``{`0`:` `'``unspecified``'``,` 4`:` `'``IPv4``'``,` 6`:` `'``IPv6``'``,` 48`:` `'``MAC``'``,``...`` Address type to address description lookup dictionary.
| ST_IPV4 = `IPv4Strategy()`
| ST_IPV6 = `IPv6Strategy()`
| ST_EUI48 = `EUI48Strategy()`
| ST_EUI64 = `AddrStrategy(addr_type= AT_EUI64, width= 64, word_s`...``

Function Details | [hide private]

### nrange(start, stop, step=1, fmt=None) | source code
An xrange work alike generator that produces sequences of IP addresses based on start and stop addresses, in intervals of step size. Parameters: `start` - first IP address string or IP object in range. `stop` - last IP address string or IP object in range `step` - (optional) size of step between address in range. (Default: 1) `fmt` - (optional) callable used on addresses returned. (Default: None - IP objects). Supported options :- `str` - IP address in string format `int`, `long` - IP address as an unsigned integer `hex` - IP address as a hexadecimal number IP class/subclass or callable that accepts `addr_value` and `addr_type` arguments.

Variables Details | [hide private]

  ### AT_NAMES Address type to address description lookup dictionary. Value:
      {0: 'unspecified', 4: 'IPv4', 6: 'IPv6', 48: 'MAC', 64: 'EUI-64'}

  ### ST_EUI64 Value:
      AddrStrategy(addr_type= AT_EUI64, width= 64, word_size= 8, word_fmt= '
      %.2X', word_sep= '-')