+ 4iDRt^RIHt^RIHtHtRtRtRtRt Rt R#) z Routines for dealing with nmap-style IPv4 address ranges. Based on nmap's Target Specification :- http://nmap.org/book/man-target-specification.html )AddrFormatError) IPAddress IPNetworkcH\4pVPR4FpRV9dVPR^4wr4V'g^pV'g^p\V4p\V4p^Tu;8:d^8:dMM^Tu;8:d^8:gM\RV: R24hWV8d\RV: 24h\ WV^,4FpVP V4K K\V4p^Tu;8:d^8:gM\RV: R24hVP V4K \ V4#),-zoctet value overflow for spec !z%left side of hyphen must be <= right )setsplitint ValueErrorrangeaddsorted)specvalueselementleftrightlowhighoctets& 1/usr/lib/python3/dist-packages/netaddr/ip/nmap.py_nmap_octet_target_valuesrsUF::c? '>!--Q/KDd)Cu:D#__1+;+; !NOOz g!WXXs1H- 5!.LE%#% !NOO JJu '#* &>cv\V\4'g\R\V4,4hV'g \ R4hVP R4p\ V4^8wd\RV: 24h\V^,4\V^,4\V^,4\V^,43#)zstring expected, not %sz*nmap target specification cannot be blank!.zinvalid nmap range: ) isinstancestr TypeErrortyper r lenrr)nmap_target_spectokenss& r_generate_nmap_octet_rangesr$/s & , ,1D9I4JJKK EFF  # #C (F 6{a:JLMM "&),!&),!&),!&),  rc #"RV9dtVPR^4wr^\V4u;8d^!8gM\RV: 24h\V4pVP^8wd \R4hVFpVxK R#RV9d\ V4xR#\ V4pV^,FJpV^,F:pV^,F*pV^,Fp \ RWgW3,^4xK K, K< KL R#5i)/zCIDR prefix expected, not zCIDR only support for IPv4!:z %d.%d.%d.%dN)r r rrversionrr$) target_spec_prefixnetip octet_rangeswxyzs & r_parse_nmap_target_specr3Es k%%c1- CK$"$!F"LM M $ ;;! !"?@ @BH  $$2;? aA!!__%aA)!__' q (DaHH-)%!sC5C7cj\\V44R# \\\3dR#i;i)z :param target_spec: an nmap-style IP range target specification. :return: ``True`` if IP range target spec is valid, ``False`` otherwise. TF)nextr3rr r)r)s&rvalid_nmap_ranger6[s4   $[ 12 z? 3   s 22c'L"VFp\V4FpVxK K R#5i)a= An generator that yields IPAddress objects from defined by nmap target specifications. See https://nmap.org/book/man-target-specification.html for details. :param nmap_target_spec: one or more nmap IP range target specification. :return: an iterator producing IPAddress objects for each IP in the target spec(s). N)r3)r"r)addrs* riter_nmap_ranger9is%( +K8DJ9(s"$N) __doc__ netaddr.corer netaddr.iprrrr$r3r6r9rrr>s, )+:,I,  r