ELF > > @ 2 @ 8 @ L L q s 8 8 8 $ $ Ptd | | | Qtd GNU fr*^z g m B m o r |CEpqX 7 z W T N f l + E )
R } f ^ Q s v G # " * H ~ 5 E X @ e v ? 0 o = a f _ $ 1 8 Q 3! > 1! 0 D E 1! 7 __gmon_start__ _init _fini __cxa_finalize _Jv_RegisterClasses _Py_NoneStruct PyExc_ValueError PyErr_SetString PR_GetDescType PyInt_FromLong _PyArg_ParseTuple_SizeT PyEval_SaveThread PR_GetSockName PyEval_RestoreThread __stack_chk_fail PR_ImportTCPSocket PR_Close PySequence_Check PySequence_Size PyErr_NoMemory PyMem_Malloc PySequence_GetItem PyInt_AsLong PyType_IsSubtype PyErr_Occurred PyMem_Free PyExc_TypeError PR_Poll PyTuple_New PyTuple_SetItem PR_NewTCPSocketPair _Py_BuildValue_SizeT PR_FileDesc2NativeHandle PR_GetPeerName __snprintf_chk _PyArg_ParseTupleAndKeywords_SizeT PR_SendTo PyErr_Format PR_Send PyString_FromStringAndSize PR_RecvFrom _PyString_Resize free realloc PR_Recv PyString_AsString memmove PyList_New PyString_Size PyList_Append PR_Shutdown PR_Listen PR_Bind PR_AcceptRead PR_Accept PR_Connect PR_GetSocketOption _Py_TrueStruct _Py_ZeroStruct PyTuple_GetItem PR_SetSocketOption PyString_FromString PyExc_DeprecationWarning PyErr_WarnEx PyTuple_Size PR_SetNetAddr PR_ntohs PR_NetAddrToString PR_GetHostByAddr PR_FreeAddrInfo PR_GetAddrInfoByName PR_EnumerateAddrInfo PR_GetCanonNameFromAddrInfo PyUnicodeUCS4_AsASCIIString PyInt_Type PR_OpenTCPSocket PR_OpenUDPSocket PyString_Format PyString_FromFormat PR_GetHostByName PR_EnumerateHostEnt PyString_ConcatAndDel PR_IntervalToMicroseconds PR_IntervalToMilliseconds PR_IntervalToSeconds PR_MicrosecondsToInterval PR_MillisecondsToInterval PR_SecondsToInterval PR_TicksPerSecond PR_IntervalNow PR_GetProtoByNumber PR_GetProtoByName PR_htonl PR_htons PR_ntohl initio PyImport_ImportModule PyObject_GetAttrString PyCObject_Type PyCObject_AsVoidPtr Py_InitModule4_64 PyType_Ready rindex PyModule_AddObject PyCObject_FromVoidPtr PyModule_GetDict PyDict_GetItemString PyModule_GetName PyExc_SystemError PyModule_AddIntConstant libnspr4.so libpython2.6.so.1.0 libpthread.so.0 libc.so.6 _edata __bss_start _end GLIBC_2.3.4 GLIBC_2.4 GLIBC_2.2.5 4 ti V ii
b ui l ( 0 0 ! ĥ ! k ! ! z ! ! ! r ( ! 8 ! @ ! j H ! p X ! ` ` ! V h ! x ! ! = ! ! ! v ! Є ! ! ! ! ` ! ' ! p ! @ ! ! 0 ! ! ( ! 8 ! @ ! ۦ H ! X ! ` ` ! h ! p x ! ! ! 0 ! ! ! i ! ` ! !! @ h!! { !! !! ? !! 0@ !! )! !! @2! !! )! "! `s "! v "! "! m "! { "! *! #! ` 0#! 8#! A @#! A h#! 2! p#! 2! x#! @+! #! m #! @ 8$! P$! PC $! +! $! y $! $! `B $! B %! ,! %! 2! %! ,! H%! | X%! @v %! ˪ %! R &! `{ H&! px p&! x&! PD &! pD &! D &! 0V &! -! &! @0! &! 0! &! w &! C `'! ! h'! $! p'! %! x'! pC '! ? '! ٪ '! '! ݪ '! ٪ '! ݪ '! ٪ '! ݪ (! (! (! ݪ (! 0(! @(! P(! X(! ݪ p(! (! (! (! ݪ (! ݪ (! (! ݪ (! P (! P )! )! )! ()! ߫ @)! `)! h)! p)! )! )! P )! )! ڥ )! q )! )! $ )! l )! 0 *! *! > *! 0*! 8*! l H*! . X*! `*! @E p*! ( *! P *! k *! k *! @ *! j *! d @+! H+! @ X+! P h+! U p+! @ +! +! `j +! c ,! (,! i 8,! @ @,! H,! @i X,! ,! ,! h ,! d ,! ,! 0E ,! ( ,! z ,! 0B ,! -! W (-! Pd 8-! @-! H-! a X-! `-! h-! p` x-! -! -! ^ -! -! Ԥ -! ] -! -! ˤ -! \ -! ! -! -! `[ -! @! .! .! Z .! ! .! (.! 0G 8.! ! @.! H.! PZ X.! ! `.! h.! X x.! ! .! .! U .!
! .! .! T .! ! .! ~ .! P .! `! .! s .! P .! ! /! f /! pO /! ! /! Y (/! N 8/! ! @/! H/! E X/! @! `/! h/! @M x/! ! /! /! M /! ! /! ң /! PE /! `! /! ū /! PK /! ! /! /! G /! ` ! 0! ݣ 0! @F 0! ! @0! `0! آ 0! ҫ 0! C 0! 0! ګ 0! D 0! P ) ( , 0 - 8 H @ e ` h p x
! ( " 0 # 8 $ @ % H & P ' X ( ` ) h * p + x . / 0 1 2 3 4 5 6 7 8 9 : ; < = > ? @ A B C ( D 0 E 8 F @ G H I P J X K ` L h M p N x O P Q R S T U V W X Y Z [ \ ] ^ _ ` a b c d ( f 0 g 8 h @ i H j P k X l H ub H5: %< @ %: h %2 h %* h %" h % h % h %
h % h p% h `% h P% h
@% h 0%ډ h %҉ h
%ʉ h % h % h % h % h % h % h % h % h % h p%z h `%r h P%j h @%b h 0%Z h %R h %J h %B h %: h %2 h! %* h" %" h# % h$ % h% %
h& % h' p% h( `% h) P% h* @% h+ 0%ڈ h, %҈ h- %ʈ h. % h/ % h0 % h1 % h2 % h3 % h4 % h5 % h6 % h7 p%z h8 `%r h9 P%j h: @%b h; 0%Z h< %R h= %J h> %B h? %: h@ %2 hA %* hB %" hC % hD % hE %
hF % hG p% hH `% hI P% hJ @% hK 0%ڇ hL %҇ hM %ʇ hN % hO % hP % hQ % hR % hS % hT % hU % hV % hW p%z hX `%r hY P%j hZ @%b h[ 0%Z h\ %R h] %J h^ %B h_ HHՃ HtHÐU= HATSubH=ȃ t H=ρ H L% H L)HHH9s D HH AH H9rn [A\f H=X UHtH3 HtH=? @ ÐH HtH H H! H @ S11HH= HtoHHPHSHPHSHP HSHP(HS HP0HS(HP8HS0HP@HS8HPHHS@HPPHSHHPXHSPHP`HSXHPhHS`HPpHShHPx[ D H\$Hl$HLd$HH HIHt HՅu/H 1Ht!LHH $Hl$Ld$H H $Hl$Ld$Hffff. SHH HtHǃ HHHHt6H Ht!Hǃ HHHHuHGP01[ D HGP0 SHHCH[H@ f D HGH HG HG H HG HH10 Ht H@ H@ H@ H@( H H\$Hl$HLd$HHHIHt HՅu:H{ Ht LՅu(H{(1Ht LHH $Hl$Ld$H H $Hl$Ld$H D SHHHtHC HHHHt\H{ HtHC HHHHt,H{(Ht HC( HHHHuHGP01[ÐHGP0 HGP0 H0 HtH H0 H H @ H\$Hl$HLd$HH0 HIHt HՅu/H8 1Ht!LHH $Hl$Ld$H H $Hl$Ld$Hffff. SHH0 HtHǃ0 HHHHt6H8 Ht!Hǃ8 HHHHuHGP01[ D HGP0 SHHCH[H@ f D HwW H\$Hl$1HHH=$ 1T HtHhXH\$Hl$HÐHG(HtH HG(f D HY~ H fff. HH10 Ht=H@ @ H@( @ @ H@0 H@8 H@@ Hf. H(HHt H 1 D HHW(Ht!HG( HHHHu
HBHP01Hff. HG tHHHf H} H5U H8j1f D HHHtHHcbfH| H5^ H8*1H Hc 7 ' SHLc HHH5i^ HHL$ H$H1D$ |1t C HHH[ Hl$Ld$IH\$H dH%( HD$x1I|$HHtFHV11 HT$xdH3%( u6H$ H$ L$ HĘ @ HHUHH5] SH dH%( H$ 1HT$ 1u(H$ dH3%( HĘ [] |$ HHtGHt$HHuFHnt$HHu @ H 1 @ 11 qf H(11 H\$Hl$HG H~(G Hz H H\$Hl$H G H{Hhu4HHz C HC H H\$Hl$H HxH9 H\$1Hl$1Hffff. AWHH5[ 1AVAUATUSH(HL$ HT$HD$ uE1H(L[]A\A]A^A_ D H|$6 H|$HH HH9vIf D HH @ UL
H
! SHHHHS H8HD$(LD$,D$, HD$ D$(HD$HD$ HD$ H$1[ HD$ x9{tE1N{H1AHHp H5I HH8131H8[]f. H{(H HD$ HHC(tHHHH Hct$,1HtnHD$HHD$ Ht$H{DL$(1ɋT$,L@H$H9xM;\$,uHD$H8[] H|$Hcy H81[] HGP0e @ HT$HHHHt11 D H|$HGP0fSHH{0HtIHCHC0 HHC8 HC@ [H@ AUATIUSHHLo8 @ MtVH{0MJ/~M9LINHH9 ?
H8
t HH9wH)I9 I9 Hs@HL)H= I)H{0H Hs@HHC0 Lk@L+k8Hs0Hs81H{DHAHLcI |.tiLk8Lk8#1I9jMTI9eL`EH{0HtHC0 HC8 1HC@ H H[]A\A]1Lc8H{0L/HIt5Hk0HLHH
Hk8H{0L)J4'HHk8HL[]A\A]HC0 HC8 HC@ H[]A\A]ffff. H\$Hl$HLd$Ll$H8HLD$HH
C HO 1HD$ u(1HH\$Hl$ Ld$(Ll$0H8f. 1HHtE1# @ L@HT$IH~I9}Ht1HoHItIHH|u I$HHI$uID$LP0I$HHI$u ID$LP0HE HHHE 1HEH1P0" SH
H HHHHN H1LD$HD$ 1t
Ht$HH[ @ S1HHt
H8Ht H[f D HHHHt1HCH1P0 H\$Hl$HL|$Ld$1Ll$Lt$HXHAHD$ H HHD$E1lIHC8HHtH98Hs0LlLc8L97 H{0I)LH4/LLc8 Hs0LH1H{0Lk8HtHMHC0 L)HC8 HC@ HT$H{HT$1LIELLcMxSK4,H9u2HD$H\$(Hl$0Ld$8Ll$@Lt$HL|$PHXf. H|$fyf1 @ HT$HHHHtlH{0HtHC0 HC8 1HC@ 1 r H{0HtHC0 HC8 HC@ ; D H|$HGP0f. AVH
1AUATUSHHHH L H LD$HD$1 Ht$H Hs8A kfH{0LHEHHC0tLk@L+k8zHs0Hs81H{HAD+HLcM LHs8MHs8tHC@II)I H H HC@pHC0 HC0 HC8 HC@ H []A\A]A^ HߺH []A\A]A^f D H{0HtH{0HtHD$HD$HC0 HC8 HC@ H []A\A]A^ D H{0HtHC0 HC8 1HC@ 1 K SH
HHHHAJ H1LL$ IH$ D$ 1tT$ H4$HH[ UH
1SHHHHI HLD$ D$ 1uH[]H{t$ H[u7H/D$ tuC H g H H[]f H11 H[] UH
1SHHHHCI HLD$ D$ 1uH[]H{t$ Hu HHpf H H[] D H`11 H[]ffffff. UH 1SHHH5H HHL$HD$ 1thHD$x9{ H{(H HD$HHC(tHHHHtb
Ht$H{HHu$HHe H H[]f. H11F H[] HGP0 1{H1HHd H5 > HH811f. H\$Hl$HLd$H8HLL$HLD$ H
C H|G 1D$ D$HD$ H$ u 1H\$ Hl$(Ld$0H8f. Hct$ 1HtHD$HL$H{HT$DL$DD$ HHH$HASE D;d$ tH|$Ic1E11xJH|$1HIt6sH<$MHHt"HL$H=F HL1H%HD$HtHHHHtVHtHE HHHE t4MI$HHI$ID$LP01 @ HEHP0H|$HGP011E1! 1ofH\$Hl$HLd$Ll$H HLD$ HdH%( H$ 1H
} HE D$ IuE1H$ dH3%( H$ H$ L$ L$ Hĸ @ Hl$H{T$ IHHI LHWHHvsLHHt6H=D HH1HHHHHHu
HCHP0HE HHHE HEHP01 @ L11 lfff. ULh H
A SHHHH^D H(HD$ LL$HD$ D$ H$11tsHD$x9{ H{(H HD$HHC(tHHHHtgHt$H{HŋT$ Hu%H Ha C H H([] @ H11 H([] HGP0 1){H1 HHb` H5{9 HH811f. USHHH5"f 11.
H_ H H}'HHH}xHtSH=A HH1L$(H5^ H=A T$,HD5^ 1H}HHHHpHSHHD$R0HD$W9f HHH8 Ht xHtH Hf. H@H57A HPH
^ H81Hfff. HHH(HtHtH H D H@H5@ HPH] H81Hd @ UHSH1HH( dH%( H$ 1HD$ HD$ H7 HP H D$,D$0v#H,] H5
7 H8}1 f D H;G HcH D HL$(HT$,H5 @ 1HtYD$(D$8H}Ht$0S H\ H 0f D HL$$HT$,H5? 1HU D 1H$ dH3%( b H( [] D HL$$HT$,H5? 1HMtD$$D$8[ @ HD$L
HT$,LD$H5l? HH$L1
rHD$HPHT$8HPHT$@HP HT$HHP(HT$PHP0HT$XHP8HT$`HP@HT$hHPHHT$pHPPHT$xHPXH$ HP`H$ HPhH$ HPpH$ H@xH$ HD$HPH$ HPH$ HP H$ HP(H$ HP0H$ HP8H$ HP@H$ HPHH$ HPPH$ HPXH$ HP`H$ HPhH$ HPpH$ H@xH$ f D HL$$HT$,H5= 1HT$$HT$8 HL$(HT$,LD$$H5= 1H`D$(D$8D$$D$: HPHW H81HHff. HSHtlHF tBHsHK1Pu [f. 11 [ HV H51 H8[HV H51 H8[fffff. HSH HHH59 HT$ 1&1t|$ |H SH dH%( H$ 1f tNH Hmu)HH$ dH3%( u,H [ D 11 @ H=S Mffff. H\$Hl$HLd$HH{U H50 H81xH Ht#HE H H $Hl$Ld$H @ 11H= O HHtgjHMHu0H{ IuLH L11 HE HHHE uHEHP0 Hǃ 1Wf D SHHHt
HC HHCH[H@ ffff. H\$Hl$HLd$Ll$H dH%( H$ 1HD$HLL$ HLD$H
C H7 H$1HD$ D$ D$ HuDH$ dH3%( l H$ H$ L$ L$ H H|$HHCtt$ T$HH|$"HHC HE11hLd$ IHs1HL;HHuLE1HHC(u/6f. LHtPH{(LHIHs1HLHHuH{nHurHR HC H 1H{(HHC( HHHHHGP0 @ H11> }HoHHC 1H^T AWAVIAUAATUSHHt$H Ht Idž HHHH I Ht Idž HHHH H|$1 IXHH' LMfEE11 LDHHoHtt AV9uA D E HHtZHRHI t\HH Q H H[]A\A]A^A_ @ HGP0 @ HGP0# @ H|$HI uHR1f D LHH51 HHRP HT$H5., H811bL}11; 1Ifff. H\$Hl$HLd$Ll$HHHLL$ HLD$H
H3 1HD$ D$ _u1H\$(Hl$0Ld$8Ll$@HHHO H5+ H8xHl$H HEH tq HE HHI {Dl$ ?DLH.HU HHHU PHUHHD$R0HD$7H O H5Z+ H8:1HHHnHE HHHE HEHP01 @ UH
SHHHHq2 H8HD$(LL$,LD$ HD$ D$, H$1D$( H|$ Ht!HGH 1D$(t*
t%HM H5+ H8GH8[] H Ht Hǃ HHHH H Ht Hǃ HHHH T$,t$(HK? HD$ HtH@H H81[]HWHH H8[] @ HM H5) H8R HGP0P @ HGP0HL H5( H8yHl$ HE LHE HH L$(T$,HHrHtHU HHHU tXHHHHHPHR01F116 2H
L H5( H8^HUHHD$R0HD$HE HHHE HEHP0 HH10 HHtKH@Hr0HB H@ H@ HH@ 1HHǂ0 Hǂ8 HHf D HH10 HHt'Hp 1HHHǂ Hǂ HHf. H\$Hl$HLd$H8LJ HD$ HLL$HH
H. H$1HD$ D$ 9 H|$H ^H{ t/ H{ IH{VLHC D$ t=thH1J H5j( H8H\$ Hl$(Ld$0H8f )Ht0HCk1f f IHu1Թ HI H5& H8x fff. USHHHN L+ H= H- AP P 1 {1H=s- HH1"H1Ht&H=Z- \HHHHHHt"H[] HE3 Hc H D HSHHD$R0HD$H[] D H-, d @ H-, T @ H-}, D @ H-, 4 @ H-, $ @ Ld$H\$IHl$Ll$Lt$H(H0 H B HI$8 H ( HA|$ 1It$HP, H=N, IHHHDH1E1E1HI HtHE HHHE HtHHHH MtI$HHI$tuMtIE HHIE u
IELP0LH $Hl$Ld$Ll$Lt$ H( D H iG H H-QG HE ID$LP0{ HCHP0NHEHP0&H=1% HILHI D HGHOHH=&% Hp1 HGHH=* Hp1Ǿ USHH dH%( H$ 1f tRH HuUCft{f
tUH] D H$ dH3%( uwH [] H= D ,f. 11ε @ {跾H=/* H1뙐{藾H= * H1vIf AVH
AUATUSHHHH) H dH%( H$ 1LD$HD$ Hl$H}H HE H)HIt:LsXHs0L LI! L11 HE HHHE Z H$ dH3%( HĐ []A\A]A^f D H59 H9t
x ¼H|$LsHs0 HLHA HQHCH H8 E1 IJ< uL轾HH0 ;M 1 H0 HHHʾI9 HCH H81蒶1.ff. HHH5e# HT$ 1趵1t|$ 蕵Hf HHH5@# HT$ 1v1t|$ uζHf HHH5# HT$ 161t|$ %莶Hf HHH5" HT$ 11t|$ 5NHf HHH5" HT$ 1趴1t|$ 5Hf HHH5" HT$ 1v1t|$ εHf H7H鬵fff. HǴH錵fff. H\$Hl$HLd$Ll$Hh dH%( H$8 1HT$,H5" γuJ1H$8 dH3%( g H$H H$P L$X L$` Hh f |$,HL$Ht$0 HuH蓴11Q | @ H1vHD$1H8 tf HcH< uHI8~f1 f. HLL9}CHD$LcJ<HuI$HHI$ID$LP01f D Ht$H= 1L肷HI$HHI$IT$LHD$R0HD$ D SHH5 H0 dH%( H$( 1HT$1u!H$( dH3%( uZH0 [ D cH|$Ht$ H HtHHc|$"H11 g HHH5 HT$ 1v1t|$ eHcͲH HHH5 HT$ 161t|$ 4茲H HHH5z HT$ 11t|$ մHcMH UH=H SHnHH H55 H3HH H9 H9E H^H HHk HPHh HPHe HPHb H@ H_ HE HHHE HHHHu
HCHP0Hj< H5 H=o! 1A _HH# H= W H= . H 膰H HpHîH= H= . H FH HpH胮H=| H= . H[ HO HpHCH=ܛ 藮xSH= . H ʯH HpHH=@ 1蹮H5\ HHts H[]f HE HHHE t?HHHHuHCHH@0H[] D HEHP0?f HEHP0 @ HدH H5Y H@Ht0H蓰H
= HH
7 H5 H8H1[]髮H5 Hw HgHt%H5 HӰHt:H&H
HHH6 H5% H8H1[]4H5
H HHtH5 H\HtH误H
d H5X H语WH蟮HYH57 HHtHZH
H5 1H]HMHH5Z H赯HtHH
> pH52 HHHH5 H`HtH賮H
H5 H賬[H裭H]H5 H HtH^H
H5 H^HNHH5 H趮HtH H
i qH5] H HHH5B HaHtH购H
& H5 0 H贫\H褬H^H5 H HtH_H
H5 1Hb
HRH H5 H躭HtH
H
uH5 H
HHH5o HeHtH踬H
S H5G H踪`H訫HbH5, HHtHcH
H5 Hc HSH
H5 H軬HtHH
vH5 1HHHH5 HiHtH輫H
$H5 H輩dH謪HfH5c HHtHgH
G H5; HgHWHH5 H迫HtHH
zH5 HHHH5V HjHtH轪H
: %H5. H轨eH譩HgH5! HHtHhH
H5 HhHXHH5 HHtHH
{H5 HHHH5 HkHtH辩H
~ &H5r H辧fH讨HhH5v HHtHiH
Z H5N 1HlH\HH5; HĩHtHH
H5 HHHH5 HoHtH¨H
*H5 H¦jH貧HlH5 HHtHmH
H5 HmH]HH5x HŨHtHH
\ H5P HHHH5= HpHtHçH
! +H5 HåkH賦HmH5 HHtHnH
H5 HnH^HH5 HƧHtHH
H5 HH HH5 HqHtHĦH
o ,H5c HĤlH败HnH5K H HtHoH
/ H5# HoH_HH5 HǦHtHH
H5
HH
HH5 HrHtHťH
-H5 HţmH赤HoH5 H HtHpH
{ H5o HpH`HH5[ HȥHtHH
? H53
HH HH5 HsHtHƤH
.H5 HƢnH趣HpH5 H HtHqH
H5 HqHaHH5 HɤHtH H
~ H5r H H HH5U HtHtHǣH
9 /H5- HǡoH跢HqH5 H HtHrH
H5 1Hu HeH H5 HͣHtH H
H5 H HHH5 HxHtHˢH
x 3H5l HˠsH軡HuH5L H#HtHvH
0 H5$ Hv HfH H5 HHtH!H
H5 H!HHH5 HyHtH̡H
4H5 H̟tH輠HvH5v H$HtHwH
Z H5N Hw HgH!H5. HϡHtH"H
HHH5 [] UHSHHp% HtH c% HHHuH[ÐHH I/O operation on closed socket poll_descs is not a suitable sequence Socket family (%s) does not match NetworkAddress family (%s) get_socket_option: unknown option set_socket_option: missing option argument set_socket_option: option must be an int set_socket_option: unknown option Use indexing instead (e.g. hostentry[i]), the port parameter is not respected, port will be value when HostEntry object was created. Use iteration instead (e.g. for net_adder in hostentry), the port parameter is not respected, port will be value when HostEntry object was created. Cannot delete the port attribute The port attribute value must be an integer HostEntry objects only support IPv4, this property will be removed, use AddrInfo instead no address for "%s" in family %s NetworkAddress initialization from a string parameter only works for IPv4, use AddrInfo instead. addr must be string or unicode object addr must be an int or a string addr is an int, must be PR_IpAddrNull, PR_IpAddrAny, PR_IpAddrLoopback or PR_IpAddrV4Mapped family must be PR_AF_INET or PR_AF_INET6 Socket initialization will require family parameter in future, default family parameter of PR_AF_INET is deprecated. Suggest using the family property of the NetworkAddress object associated with the socket, e.g. Socket(net_addr.family) type must be PR_DESC_SOCKET_TCP or PR_DESC_SOCKET_UDP name=%s family=%s aliases=%s addresses=%s <%s object at %p PRFileDesc %p> addr must be string, unicode or NetworkAddress object host=%s canonical=%s (%d addrs) module '%s' already contains %s HostEntry object representing this NetworkAddress (Warning: Deprecated, use AddrInfo instead) If an address string was used to construct this NetworkAddress then return the canonical hostname if available, otherwise the original address string address family (e.g. PR_AF_INET, etc.) Returns the hostname this object was initialized from Returns the canonical name associated with the IP address or None if not known socket family: PR_AF_INET, PR_AF_INET6, PR_AF_LOCAL, PR_AF_UNSPEC NetworkAddress object bound to this socket socket description: PR_DESC_FILE, PR_DESC_SOCKET_TCP, PR_DESC_SOCKET_UDP, PR_DESC_LAYERED, PR_DESC_PIPE socket not intialized |si:makefile i:import_tcp_socket OI:poll Invalid content of poll_descs PR_AF_INET6 PR_AF_INET PR_AF_LOCAL PR_AF_UNSPEC unknown(%#x) s#O!|I:send_to s#|I:sendall s#|I:send iO!|I:recv_from |l:readlines |l:readline |l:read l|I:recv |I:shutdown |I:listen O!:bind i|I:accept_read NNN |I:accept O!|I:connect i:get_socket_option OI %s is uninitialized ii:set_socket_option iiI:set_socket_option iO!O!:set_socket_option iO!:set_socket_option i:addr_family_name |i:get_network_address |i:get_network_addresses i:ntohs s|ii:AddrInfo O:set_from_string |Oii |O!i PR_DESC_SOCKET_TCP PR_DESC_FILE PR_DESC_SOCKET_UDP PR_DESC_LAYERED PR_DESC_PIPE (ss) family=%s type=%s None (ssOO) <%s object at %p> %s:%d [%s]:%d O|i (OOi) addr[%d]=%s (iO) I:interval_to_microseconds I:interval_to_milliseconds I:interval_to_seconds I:microseconds_to_interval I:milliseconds_to_interval I:seconds_to_interval i:get_proto_by_number sN s:get_proto_by_name i:htonl i:htons i:ntohl nss.error _C_API module '%s' has no __dict__ PR_AI_ALL PR_AI_V4MAPPED PR_AI_ADDRCONFIG PR_AI_NOCANONNAME PR_AI_DEFAULT PR_IpAddrNull PR_IpAddrAny PR_IpAddrLoopback PR_IpAddrV4Mapped PR_SHUTDOWN_RCV PR_SHUTDOWN_SEND PR_SHUTDOWN_BOTH PR_SockOpt_Nonblocking PR_SockOpt_Linger PR_SockOpt_Reuseaddr PR_SockOpt_Keepalive PR_SockOpt_RecvBufferSize PR_SockOpt_SendBufferSize PR_SockOpt_IpTimeToLive PR_SockOpt_IpTypeOfService PR_SockOpt_AddMember PR_SockOpt_DropMember PR_SockOpt_McastInterface PR_SockOpt_McastTimeToLive PR_SockOpt_McastLoopback PR_SockOpt_NoDelay PR_SockOpt_MaxSegment PR_SockOpt_Broadcast PR_INTERVAL_MIN PR_INTERVAL_MAX PR_INTERVAL_NO_WAIT PR_INTERVAL_NO_TIMEOUT PR_POLL_READ PR_POLL_WRITE PR_POLL_EXCEPT PR_POLL_ERR PR_POLL_NVAL PR_POLL_HUP io interval_now ticks_per_second nss.io.NetworkAddress nss.io.AddrInfo nss.io.HostEntry nss.io.Socket buf timeout amount sizehint size how backlog family hostname flags hostentry address as string network address port canonical_name official name of host aliases tuple of aliases for host close get_sock_name get_peer_name fileno new_tcp_pair netaddr desc_type H̶̶ t̶Ը\ԸԸ$$tttԸԸ$Ը' ,; _ t 4 4T | $ D T d $, L d d Ԗ D t ԗ4 L 4d t Ę Ԙ $ ę L tt Ԟ Ġ $< \ T L Tl 4 d 4 d ԭ 4 4
t
t
44 $d Է t ļ T, T 4t $ D
D
Td
d
L 4d | $ $4 d , 4D t\ t 4 T t D $ 4< tT l zR x P, 4 h A $ T ؏s MI A
I R | 0i AY
F AP
x
p9 Gq $ { MI M
E R , Am
B L `, $ d xs MI A
I R Бi AY
F AP ? P n 8$ PV GN 4 L 5 Dp d Ȓ: DR
J = DR
J \ M AX rA $ ( MLj
E , AKGC
AAH $ L ` N i
I L
D aL t ` BNB B(A0A8D`c
8D0A(B BBBF , AAG
AAG 1 DU
G O $ W AD~
AD < m DX
D 4 \ 0^ AHT`
AAK ^
AAH 4 X AHTP@
AAA {
AAC 4 Л AHTP@
AAA {
AAC D H AOTP
AAK
AAD \
CAH L @ Av \ l BBD A(G07
(A ABBD Q
(D ABBA \(A ABB $ `( MN@J
K hL A[ nA I A`
G , 4 Ƞ MZ`
K l d BKB A(A0TP
0A(A BBBD Q
0A(A BBBG B
0A(A BBBF Y A[ {A < 8 AJT0^
AAA D
AAJ VAA< 4 AJT0^
AAA p
AAF VAA 4 t AJQ0
AAK V
AAH $ MI@_
K $ t MQ}
E 4 6 AOT@
AAE V
AAH , 4 AATA
AAG d T Da
K _ L D^
F _ , ( ADO,
AAF 8 D s $ A[ ^
AE $ , A[ ^
AE T H DS
E k t E DP
E k , Dq
K P
H \
A \ X DM `9 D t $ AGQ
AF $
MI M
E D
ȳ3 Ai $ d
( MQ
A L
BBE E(A0A8FP
8A0A(B BBBE $
| MNPT
A D ظ AHTP
AAD
CAA [
FAE L pj Gb d ȻF G~ $ | d MI@
J 4 H, AAG0
AAD p
AAF $ @ MS0
F ؿ , 4 AAJf
AAD D d BIB A(A0W
0A(A BBBG d 0 BBB B(A0A8G`
8A0A(B BBBA [
8A0A(B BBBG
7 D r ,
7 D r D
7 D r \
7 D r t
87 D r
`7 D r
DI
DI $
^h
J $
@ AQ
AF $ 8 D s < 9 D t T 8 D s \ l @D AHD
AAJ o
AAG t
CAE n
CAE KA 0 $ 4 7
o
x H . ` o o o 8 o 8 &8 68 F8 V8 f8 v8 8 8 8 8 8 8 8 8 9 9 &9 69 F9 V9 f9 v9 9 9 9 9 9 9 9 9 : : &: 6: F: V: f: v: : : : : : : : : ; ; &; 6; F; V; f; v; ; ; ; ; ; ; ; ; < < &< 6< F< V< f< v< < < < < < < < < = = &= 6= F= V= f= v= = = = = = = = = > > This module implements the NSPR IO functions
16 bit conversion from network to host 32 bit conversion from network to host 16 bit conversion from host to network 32 bit conversion from host to network Returns the protocol number given the protocol's name. Raises exception if lookup fails. Returns the protocol name and a tuple of aliases given the protocol's number.
name, aliases = get_proto_by_number(number)
Raises an exception if the lookup fails. You can use the value returned by interval_now() to establish epochs
and to determine intervals (that is, compute the difference
between two times) An integer between 1000 and 100000 indicating the number of ticks per
second counted by PRIntervalTime on the current platform.
The value returned by ticks_per_second() lies between PR_INTERVAL_MIN
and PR_INTERVAL_MAX.
Converts standard clock seconds to platform-dependent intervals. Converts standard clock milliseconds to platform-dependent intervals. Converts standard clock microseconds to platform-dependent intervals. Converts platform-dependent intervals to standard clock seconds Converts platform-dependent intervals to standard clock milliseconds Converts platform-dependent intervals to standard clock microseconds addr_family_name(family) -> string
:Parameters:
family : int
An address family constant, (i.e. PR_AF_INET)
Given an address family constant returns the string name.
NetworkAddress(addr, port=0, family=PR_AF_INET)
:Parameters:
addr : string or integer
may be an int or a string.
port : integer
port number
family : integer
one of:
- PR_AF_INET
- PR_AF_INET6
If addr argument is a string it may be either a numeric address or a
DNS host name and is passed to the `AddrInfo` constructor along with
the family parameter. The first address in the `AddrInfo` object is
selected. If you need more fine grained control over which address is
selected from the `AddrInfo` object then invoke `AddrInfo` and select
one of the `NetworkAddress` it provides.
If the addr argument is an integer it may be one of the following constants:
PR_IpAddrNull
Do not set the IP address, only set the port.
NetworkAddress(PR_IpAddrNull, 123) is equivalent to NetworkAddress(port=123)
PR_IpAddrAny
Assign logical PR_INADDR_ANY to IP address. This wildcard value is typically
used to establish a socket on which to listen for incoming connection requests.
PR_IpAddrLoopback
Assign logical PR_INADDR_LOOPBACK. A client can use this value to connect to
itself without knowing the host's network address.
PR_IpAddrV4Mapped
Use IPv4 mapped address
The optional port argument sets the port number in the NetworkAddress object.
The port number may be modfied later by assigning to the port attribute.
Example::
netaddr = nss.io.NetworkAddress('www.python.org')
print '%s %s' % (netaddr, netaddr.hostname)
netaddr = nss.io.NetworkAddress('82.94.237.218')
print '%s %s' % (netaddr, netaddr.hostname)
Output:
82.94.237.218:0 www.python.org
82.94.237.218:0 dinsdale.python.org
**WARNING:** NetworkAddress initialization from a string only works with IPv4
and its use should be considered *deprecated*. Use `AddrInfo` instead.
AddrInfo(hostname, family=PR_AF_UNSPEC, flags=PR_AI_ADDRCONFIG)
:Parameters:
hostname : str or unicode object
Either a hostname or an address string (dotted-decimal for IPv4
or a hex string for IPv6.
family : int
May be:
- PR_AF_UNSPEC
- PR_AF_INET.
flags : int
May be either:
- PR_AI_ADDRCONFIG
- PR_AI_ADDRCONFIG | PR_AI_NOCANONNAME
Include PR_AI_NOCANONNAME to suppress the determination of
the canonical name corresponding to hostname.
An object used to encapsulate network address information for a
specific host.
After successful initialization the AddrInfo object will contain
an ordered sequence of `NetworkAddress` objects which may be
accessed via iteration or indexing. It is suggested you try connecting
with the each `NetworkAddress` object in sequential order until
one succeeds.
Example Usage::
try:
addr_info = io.AddrInfo(hostname)
except Exception, e:
print "ERROR: could not resolve address for %s" % hostname
return
for net_addr in addr_info:
net_addr.port = port
sock = io.Socket(net_addr.family)
try:
sock.connect(net_addr, timeout=io.seconds_to_interval(1))
return
except Exception, e:
pass
print "ERROR: could not connect to %s at port %d" % (hostname, port)
Note, the NSPR interface to getaddrinfo() does not provide a way to
select just IPv6 addresses. The solution is filter them yourself, e.g.::
for net_addr in addr_info:
if net_addr.family != io.PR_AF_INET6: continue
HostEntry(addr)
:Parameters:
addr : string or NetworkAddr object
May be either a string or a NetworkAddr object.
- If addr is string it is equivalent to GetHostByName.
- If addr is a NetworkAddress object it is equivalent to GetHostByAddr.
A HostEntry contains an official name of the host, a set of aliases
for the host name, an address family and a set of network addresses (all
within the single address family).
After successful initialization the HostEntry object will contain
an unordered sequence of `NetworkAddress` objects which may be
accessed via iteration or indexing. It is suggested you try connecting
with the each `NetworkAddress` object in sequential order until
one succeeds.
Example Usage::
host_entry = io.HostEntry(hostname)
for net_addr in host_entry:
net_addr.port = port
sock = io.Socket(net_addr.family)
try:
sock.connect(net_addr, timeout=io.seconds_to_interval(1))
break
except Exception, e:
pass
**WARNING:** HostEntry only supports IPv4 lookups and it's address
list is unordered, HostEntry should be considered *deprecated*. Use
`AddrInfo` instead.
Socket(family=PR_AF_INET, type=PR_DESC_SOCKET_TCP)
:Parameters:
family : integer
one of:
- PR_AF_INET
- PR_AF_INET6
- PR_AF_LOCAL
type : integer
one of:
- PR_DESC_SOCKET_TCP
- PR_DESC_SOCKET_UDP
Create a new NSPR socket:
set_from_string(addr, family=PR_AF_INET)
:Parameters:
addr : string
the address string to convert
family : integer
one of:
- PR_AF_INET
- PR_AF_INET6
- PR_AF_UNSPEC
Reinitializes the NetworkAddress object given a string.
Identical to constructing nss.io.NetworkAddress() with a
string value (see `NetworkAddress` constructor for documentation).
**WARNING:** NetworkAddress initialization from a string only works with IPv4
and its use should be considered *deprecated*. Use `AddrInfo` instead.
get_network_addresses(port=0)
Return a tuple of all possible network address associated with this
HostEntry. Each item in the returned tuple is a NetworkAddress object.
get_network_address(port=0)
:Parameters:
port : integer
optional port value specifying the port to associate with the NetworkAddress.
Returns the first network address associated with this HostEntry as a
NetworkAddress object. Equivalent to get_network_addresses()[0]. Note,
may return None if the HostEntry does not have address associated with
it.
set_socket_option(option, ...)
The method signature varies depending on the option, see below:
Set socket to non-blocking IO
::
set_socket_option(PR_SockOpt_Nonblocking, bool)
Time to linger on close if data is present in socket send buffer.
::
set_socket_option(PR_SockOpt_Linger, polarity, interval)
Allow local address reuse
::
set_socket_option(PR_SockOpt_Reuseaddr, bool)
Keep connections alive
::
set_socket_option(PR_SockOpt_Keepalive, bool)
Allow IP multicast loopback
::
set_socket_option(PR_SockOpt_McastLoopback, bool)
Disable Nagle algorithm. Don't delay send to coalesce packets.
::
set_socket_option(PR_SockOpt_NoDelay, bool)
Enable broadcast
::
set_socket_option(PR_SockOpt_Broadcast, bool)
Receive buffer size.
::
set_socket_option(PR_SockOpt_RecvBufferSize, size)
Send buffer size.
::
set_socket_option(PR_SockOpt_SendBufferSize, size)
Maximum segment size
::
set_socket_option(PR_SockOpt_MaxSegment, size)
IP Time to Live
::
set_socket_option(PR_SockOpt_IpTimeToLive, interval)
IP type of service and precedence
::
set_socket_option(PR_SockOpt_IpTypeOfService, tos)
Add an IP group membership
::
set_socket_option(PR_SockOpt_AddMember, mcaddr, ifaddr)
- mcaddr is a NetworkAddress object representing the IP multicast address of group
- ifaddr is a NetworkAddress object representing the local IP address of the interface
Drop an IP group membership
::
set_socket_option(PR_SockOpt_DropMember, mcaddr, ifaddr)
- mcaddr is a NetworkAddress object representing the IP multicast address of group
- ifaddr is a NetworkAddress object representing the local IP address of the interface
Multicast Time to Live
::
set_socket_option(PR_SockOpt_McastTimeToLive, interval)
Multicast interface address
::
set_socket_option(PR_SockOpt_McastInterface, ifaddr)
- ifaddr is a NetworkAddress object representing the multicast interface address
get_socket_option(option)
The method return values varies depending on the option, see below:
Set socket to non-blocking IO
::
get_socket_option(PR_SockOpt_Nonblocking) -> bool
Time to linger on close if data is present in socket send buffer.
::
get_socket_option(PR_SockOpt_Linger) -> (polarity, interval)
Allow local address reuse
::
get_socket_option(PR_SockOpt_Reuseaddr) -> bool
Keep connections alive
::
get_socket_option(PR_SockOpt_Keepalive) -> bool
Allow IP multicast loopback
::
get_socket_option(PR_SockOpt_McastLoopback) -> bool
Disable Nagle algorithm. Don't delay send to coalesce packets.
::
get_socket_option(PR_SockOpt_NoDelay) -> bool
Enable broadcast
::
get_socket_option(PR_SockOpt_Broadcast) -> bool
Receive buffer size.
::
get_socket_option(PR_SockOpt_RecvBufferSize) -> size
Send buffer size.
::
get_socket_option(PR_SockOpt_SendBufferSize) -> size
Maximum segment size
::
get_socket_option(PR_SockOpt_MaxSegment) -> size
IP Time to Live
::
get_socket_option(PR_SockOpt_IpTimeToLive) -> interval
IP type of service and precedence
::
get_socket_option(PR_SockOpt_IpTypeOfService) -> tos
Add an IP group membership
::
get_socket_option(PR_SockOpt_AddMember) -> (mcaddr, ifaddr)
- mcaddr is a NetworkAddress object representing the IP multicast address of group
- ifaddr is a NetworkAddress object representing the local IP address of the interface
Drop an IP group membership
::
get_socket_option(PR_SockOpt_DropMember) -> (mcaddr, ifaddr)
- mcaddr is a NetworkAddress object representing the IP multicast address of group
- ifaddr is a NetworkAddress object representing the local IP address of the interface
Multicast Time to Live
::
get_socket_option(PR_SockOpt_McastTimeToLive) -> interval
Multicast interface address
::
get_socket_option(PR_SockOpt_McastInterface) -> ifaddr
- ifaddr is a NetworkAddress object representing the multicast interface address
connect(addr, timeout=PR_INTERVAL_NO_TIMEOUT)
:Parameters:
addr : NetworkAddress object
address to connect to
timeout : integer
optional timeout value expressed as a NSPR interval
Socket.connect() is usually invoked on a TCP socket, but it may also
be invoked on a UDP socket. Both cases are discussed here.
If the socket is a TCP socket, Socket.connect() establishes a TCP
connection to the peer. If the socket is not bound, it will be bound
to an arbitrary local address.
Socket.connect() blocks until either the connection is successfully
established or an error occurs. If the timeout parameter is not
PR_INTERVAL_NO_TIMEOUT and the connection setup cannot complete before
the time limit, Socket.connect() fails with the error code
PR_IO_TIMEOUT_ERROR.
If the socket is a UDP socket, there is no connection setup to speak
of, since UDP is connectionless. If Socket.connect() is invoked on a
UDP socket, it has an overloaded meaning: Socket.connect() merely
saves the specified address as the default peer address for the
socket, so that subsequently one can send and receive datagrams from
the socket using Socket.send() and Socket.recv() instead of the usual
Socket.send_to() and Socket.recv_from().
accept(timeout=PR_INTERVAL_NO_TIMEOUT) -> (Socket, NetworkAddress)
:Parameters:
timeout : integer
optional timeout value expressed as a NSPR interval
The socket is a rendezvous socket that has been bound to an address
with Socket.bind() and is listening for connections after a call to
Socket.listen(). Socket.accept() accepts the first connection from the
queue of pending connections and creates a new socket for the newly
accepted connection. The rendezvous socket can still be used to accept
more connections.
Socket.accept() blocks the calling thread until either a new
connection is successfully accepted or an error occurs. If the timeout
parameter is not PR_INTERVAL_NO_TIMEOUT and no pending connection can
be accepted before the time limit, Socket.accept() raises a
nss.error.NSPRError exception with the error code PR_IO_TIMEOUT_ERROR.
Socket.accept() returns a tuple containing a new Socket object and
Networkaddress object for the peer.
accept_read(amount, timeout=PR_INTERVAL_NO_TIMEOUT) -> (Socket, NetworkAddress, buf)
:Parameters:
amount : integer
the maximum number of bytes to receive
timeout : integer
optional timeout value expressed as a NSPR interval
Socket.accept_read() combines the behavior of Socket.accept() and
Socket.recv(). It accepts a new connection and after it performs an
initial read on the new socket as Socket.recv() would it returns the
newly created Socket and NetworkAddress objects for the peer as well
as a buffer of data.
Socket.accept_read() returns a tuple containing a new Socket object, a
new Networkaddress object for the peer, and a bufer containing data
from the first read on the Socket object.
bind(addr)
:Parameters:
addr : NetworkAddress object
address to bind to
When a new socket is created, it has no address bound to
it. Socket.bind() assigns the specified network address to the
socket. If you do not care about the exact IP address assigned to the
socket, create a NetworkAddress object using PR_INADDR_ANY. If you do
not care about the TCP/UDP port assigned to the socket, set the port
value of the NetworkAddress object to 0.
Note that if Socket.connect() is invoked on a socket that is not
bound, it implicitly binds an arbitrary address to the socket.
Call Socket.get_sock_name to obtain the address (name) bound to a
socket.
listen(backlog=5)
:Parameters:
backlog : integer
The maximum length of the queue of pending connections.
Socket.listen() turns the specified socket into a rendezvous
socket. It creates a queue for pending connections and starts to
listen for connection requests on the socket. The maximum size of the
queue for pending connections is specified by the backlog
parameter. Pending connections may be accepted by calling
Socket.accept().
shutdown(how=PR_SHUTDOWN_BOTH)
:Parameters:
how : integer
The kind of disallowed operations on the socket.
May be one of the following the following:
PR_SHUTDOWN_RCV
Further receives will be disallowed.
PR_SHUTDOWN_SEND
Further sends will be disallowed.
PR_SHUTDOWN_BOTH
Further sends and receives will be disallowed.
close()
Close the socket.
recv(amount, timeout=PR_INTERVAL_NO_TIMEOUT) -> buf
:Parameters:
amount : integer
the maximum number of bytes to receive
timeout : integer
optional timeout value expressed as a NSPR interval
Socket.recv() blocks until some positive number of bytes are
transferred, a timeout occurs, or an error occurs. No more than amount
bytes will be transferred.
If the length of the returned buffer is 0 this indicates the network
connection is closed.
read(size=-1)
:Parameters:
size : integer
If specified and non-negative the maximum number of bytes to receive
otherwise read till EOF
If the length of the returned buffer is 0 this indicates the network
connection is closed.
readline([size]) -> buf
:Parameters:
size : integer
optional, read at most size bytes
Read one entire line from the socket. If the size argument is present
and non-negative, it is a maximum byte count (including the trailing
newline) and an incomplete line may be returned. An empty string is
returned on EOF (connection close). Note: Unlike stdio's fgets(), the
returned string may contain null characters (' ') if they occurred in
the input.
The trailing line ending character(s) are preserved in the string (but
may be absent when a socket stream ends with an incomplete line). No
line ending conversions are performed. This is because some network
protocols require sequences in some parts of the protocol
stream but permit (e.g. newline) endings in encapsulated portions
of the protocol. It is up to the caller to make line endings canonical
or to strip them altogether if necessary for their application. Both
operations are trival and not considered a burden in light of the need
to read exact protocol sequences.
readlines([sizehint]) -> [buf]
:Parameters:
sizehint : integer
optional, read approximately sizehint bytes before returning
Read until EOF using Socket.readline() and return a list containing
the lines thus read. If the optional sizehint argument is present and
non-negative, instead of reading up to EOF, whole lines totalling
approximately sizehint bytes are read.
recv_from(amount, addr, timeout=PR_INTERVAL_NO_TIMEOUT) -> buf
:Parameters:
amount : integer
the maximum number of bytes to receive
addr : NetworkAddress object
a NetworkAddress object to receive from
timeout : integer
optional timeout value expressed as a NSPR interval
Socket.recv_from() blocks until some positive number of bytes are
transferred, a timeout occurs, or an error occurs. No more than amount
bytes will be transferred.
If the length of the returned buffer is 0 this indicates the network
connection is closed.
Note: Socket.recv_from() is usually used with a UDP socket.
send(buf, timeout=PR_INTERVAL_NO_TIMEOUT) -> amount
:Parameters:
buf : buffer
a buffer of data to transmit
timeout : integer
optional timeout value expressed as a NSPR interval
Socket.send() blocks until all bytes are sent (unless the socket is in
non-blocking mode), a timeout occurs, or an error occurs. In the case
of a timeout or an error then a nss.error.NSPRError will be raised.
The function returns the number of bytes actually transmitted.
sendall(buf, timeout=PR_INTERVAL_NO_TIMEOUT) -> amount
:Parameters:
buf : buffer
a buffer of data to transmit
timeout : integer
optional timeout value expressed as a NSPR interval
Socket.sendall() blocks until all bytes are sent (unless the socket is in
non-blocking mode), a timeout occurs, or an error occurs. In the case
of a timeout or an error then a nss.error.NSPRError will be raised.
The function returns the number of bytes actually transmitted.
send_to(buf, addr, timeout=PR_INTERVAL_NO_TIMEOUT) -> amount
:Parameters:
buf : buffer
a buffer of data to transmit
addr : NetworkAddress object
a NetworkAddress object to send to
timeout : integer
optional timeout value expressed as a NSPR interval
Socket.send_to() blocks until all bytes are sent (unless the socket is in
non-blocking mode), a timeout occurs, or an error occurs. In the case
of a timeout or an error then a nss.error.NSPRError will be raised.
The function returns the number of bytes actually transmitted.
Note: Socket.send_to() is usually used with a UDP socket.
get_sock_name() -> NetworkAddress
Return the network address for this socket.
get_peer_name() -> NetworkAddress
Return the network address for the connected peer socket.
fileno() -> integer
Return the integer file descriptor of the socket.
makefile([mode[, buffersize]]) -> file object
:Parameters:
mode : string
mode string identical to open(), e.g. 'r','w','rb', etc.
buffersize : integer
file buffer size
Return a regular file object corresponding to the socket.
The mode and buffersize arguments are as for the built-in open() function. new_tcp_pair() -> (Socket, Socket)
Returns a pair of connected TCP sockets: data written to one can be read from
the other and vice versa.
poll(poll_descs, timeout) -> (flags, ...)
:Parameters:
poll_descs : sequence of (Socket, flags) sequences
flags is a bitwise OR of PR_POLL_* flags
timeout : interval time
how long to block
Wait until at least one of the Socket objects is ready for the action in
flags. Return a sequence of flags values, each representing the state of
the corresponding Socket in poll_descs.
import_tcp_socket(osfd) -> Socket
:Parameters:
osfd : integer
file descriptor of the SOCK_STREAM socket to import
Returns a Socket object that uses the specified socket file descriptor for
communication.
ĥ k z r j p ` V = v Є ` ' p @ 0 ۦ ` p 0 i ` @ { E ? 0@ )! @2! )! `s v 0 m { *! ` E A A 2! 2! @+! m @ @ PC +! y E `B B ,! 2! ,! | @v ˪ H R `{ px E PD pD D 0V -! @0! 0! w C ! $! %! pC ? ٪ ݪ ٪ ݪ ٪ ݪ ݪ ݪ ݪ ݪ ݪ P P ߫ P ڥ q $ l 0 > l . @E ( P k k @ j d @ P U @ `j c i @ @i h d 0E ( z 0B W Pd a p` ^ Ԥ ] ˤ \ ! `[ @! Z ! 0G ! PZ ! X ! U
! T ! ~ P `! s P ! f pO ! Y N ! E @! @M ! M ! ң PE `! ū PK $ ! G ! ` ! ݣ @F ! ! آ ҫ C ګ D P io.so.debug .shstrtab .note.gnu.build-id .gnu.hash .dynsym .dynstr .gnu.version .gnu.version_r .rela.dyn .rela.plt .init .text .fini .rodata .eh_frame_hdr .eh_frame .ctors .dtors .jcr .data.rel.ro .dynamic .got .got.plt .data .bss .gnu_debuglink $ o < (
0 x 8 o 8 8 E o @ T ` ` ^ . .
h 7 7 c 8 8 n > > \ t z Ț Ț | | ( ( 8 8 ` H H ` ` k 1! 1 1 (1