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R]4 t] P8 ! ]4 R R lt R R lt ] P> t ] P@ t RR R llt!] PD t" ] PF t# ] PH t$ ] PJ t% ] PL t& ] PN t' ] PP t( ] PR t) ] PT t* ] PV t+ ] PX t, ] PZ t- ] P\ t. ] P^ t/ ] P` t0 ] Pb t1 ] Pd t2 RR R llt3R R lt4R R lt5R R lt6R R lt7R R lt8] Pr t9 ] Pt t: ] Pv t; ] Px t< ] Pz t= ] P| t> ] P~ t? ] P t@ ] P tA RR! R" lltBR# R$ ltCR% R& ltDR' R( ltERR) R* lltFR+ R, ltGR- R. ltHR/ R0 ltIR1 R2 ltJR3 R4 ltKR5 R6 ltLR7 R8 ltMR9 R: ltNR; R< ltOR= R> ltP] P tQ ] P tR ] P tS ] P tT ] P tU ] P tV ] P tW ] P tX ] P tY ] P tZ ] P t[ ] P t\ ] P t] ] P t^ ] P t_ ] P t` ] P ta ] P tb ] P tc ] P td RR? R@ llteRRA RB lltfRRC RD lltgRRE RF llthRRG RH lltiRRI RJ lltjRRK RL lltkRM RN ltl] P tm ] P tn ] P to RRO RP lltpRRQ RR lltq] P tr ] P ts ] P tt ] P tu ] P tv ] P tw ] P tx ] P ty ] P tz ] P t{ RS RT lt|RU RV lt}RW RX lt~RY RZ ltR[ R\ ltR] R^ ltR_ R` ltRa Rb ltRc Rd ltRe Rf ltRg Rh ltRi Rj ltRk Rl ltRm Rn lt] EP t ] EP t ] EP t ] EP t ! Ro Rp]4 t] EP ! ]4 Rq Rr ltRs Rt ltRu Rv ltRw Rx lt] EP( t ] EP* t ] EP, t ] EP. t ] EP0 t ] EP2 t ]3Ry Rz lltR{ R| ltRR} R~ llt] EP: t ] EP< t ] EP> t] EP@ t] EPB t] EPD t] EPF t] EPH t] EPJ t] EPL t] EPN t] EPP t] EPR t] EPT t] EPV t] EPX t] EPZ t] EP\ t] EP^ t] EP` t] EPb t] EPd t] EPf t] EPh t] EPj t] EPl t] EPn t] EPp t] EPr t] EPt t] EPv t] EPx t] EPz t] EP| t] EP~ t] EP t] EP t] EP t] EP t] EP t] EP t] EP t] EP t] EP t] EP t] EP t] EP t] EP t] EP t] EP t] EP t] EP t] EP t] EP t] EP t] EP t] EP t] EP t] EP t] EP t] EP t] EP t] EP t] EP t] EP t] EP t] EP t] EP t] EP t] EP t] EP t] EP t] EP t] EP t] EP t] EP t] EP t] EP t] EP t] EP t] EP t] EP t] EP t] EP t] EP t] EP t] EP t] EP t] EP t] EP t] EP t] EP t] EP t] EP t] EP t] EP t] EP t] EP t] EP tR R lEt R R lEtRR R llEtRR R llEt^ REIEt^ REIEt^ REIEt ! R R]4 EtR Et] EP Et E] EP Et
E] EP Et E] EP Et E] EP Et
E] EP EtE] EP EtE] EP EtE] EP" EtR# ] d ^ RI t E L_i ; i)a Functions that deal with names.
A non-tail address of the program may have a name. Tail addresses (i.e. the addresses in the middle of an instruction or data item) cannot have names.
.. tip::
The `IDA Domain API `_ simplifies
common tasks and provides better type hints, while remaining fully compatible
with IDAPython for advanced use cases.
For name and symbol operations, see :mod:`ida_domain.names`.) annotations) version_info.) _ida_nameNc R V P P 4 , pRV P P
: RV P P : RV: R2# \ P d Rp LPi ; i)z proxy of )this__repr__ __builtin__ Exception __class__
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isinstancegetattrtypepropertyAttributeError)r namevaluesets &&&r set_instance_attrE_swig_setattr_nondynamic_instance_variable..set_instance_attr" su 6> E "
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r# c a V 3R lpV# )zlClass decorator for adding a metaclass to a SWIG wrapped class - a slimmed down version of six.add_metaclassc p < S! V P V P V P P 4 4 # N)r __bases____dict__copy)r( metaclasss &r wrapper$_swig_add_metaclass..wrapper= s' s}}cll6G6G6IJJr# r$ )r2 r3 s f r _swig_add_metaclassr5 : s K Nr# c > ] tR t^BtRt]! ]P 4 tRtR# )_SwigNonDynamicMetazKMeta class to enforce nondynamic attributes (no new attributes) for a classr$ N) r r __qualname____firstlineno____doc__r+ r __setattr____static_attributes__r$ r# r r7 r7 B s U9$:J:JKKr# r7 )TupleListUnionc ] tR t^Mt]! R R RR7 t]tR t] P t R R lt R R lt
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R ltR R
ltR R ltR R ltR R ltR R ltR R ltR R ltR R ltR R ltR R ltR R! ltR" R# ltR$ R% ltR& R' lt R( R) lt R* R+ lt R, R- lt R. R/ lt R0 R1 lt!R2 R3 lt"R4 R5 lt#]$PJ t&]$PN t(]$PR t*R6t+R7# )8
ea_name_vec_tc 6 V P P 4 # r. r r xs &r ea_name_vec_t.N r# c 8 V P P V4 # r. rC rE vs &&r rF rG N AFFJJqMr# The membership flagdocc X \ P ! V \ P ! V! 4 R # r. )r ea_name_vec_t_swiginitnew_ea_name_vec_tr argss &*r __init__ea_name_vec_t.__init__R s" ((y/J/J
0 r# c V ^8 d QhRR/# ) returnz
'ea_name_t &'r$ )formats "r __annotate__ea_name_vec_t.__annotate__W s > > >r# c 2 \ P ! V .VO5! # r. )r ea_name_vec_t_push_backrS s &*r push_backea_name_vec_t.push_backW s 00===r# c V ^8 d QhRR/# rX rY Noner$ )rZ s "r r[ r\ Z 6 6 6r# c . \ P ! V 4 # r. )r ea_name_vec_t_pop_backr s &r pop_backea_name_vec_t.pop_backZ //55r# c V ^8 d QhRR/# rX rY intr$ )rZ s "r r[ r\ ] s 2 2S 2r# c . \ P ! V 4 # r. )r ea_name_vec_t_sizerg s &r sizeea_name_vec_t.size] s ++D11r# c V ^8 d QhRR/# rX rY boolr$ )rZ s "r r[ r\ ` 3 3d 3r# c . \ P ! V 4 # r. )r ea_name_vec_t_emptyrg s &r emptyea_name_vec_t.empty` ,,T22r# c V ^8 d QhRRRR/# )rX _idxrm rY 'ea_name_t const &'r$ )rZ s "r r[ r\ c s 6 6s 6 1 6r# c . \ P ! W4 # r. )r ea_name_vec_t_at)r r| s &&r atea_name_vec_t.atc s ))$55r# c V ^8 d QhRR/# rb r$ )rZ s "r r[ r\ f s 4 4t 4r# c . \ P ! V 4 # r. )r ea_name_vec_t_qclearrg s &r qclearea_name_vec_t.qclearf s --d33r# c V ^8 d QhRR/# rb r$ )rZ s "r r[ r\ i ru r# c . \ P ! V 4 # r. )r ea_name_vec_t_clearrg s &r clearea_name_vec_t.cleari rz r# c V ^8 d QhRR/# rb r$ )rZ s "r r[ r\ l s ; ;d ;r# c 2 \ P ! V .VO5! # r. )r ea_name_vec_t_resizerS s &*r resizeea_name_vec_t.resizel s --d:T::r# c V ^8 d QhRR/# rb r$ )rZ s "r r[ r\ o s 9 9D 9r# c 2 \ P ! V .VO5! # r. )r ea_name_vec_t_growrS s &*r growea_name_vec_t.growo s ++D8488r# c V ^8 d QhRR/# rl r$ )rZ s "r r[ r\ r s 6 6 6r# c . \ P ! V 4 # r. )r ea_name_vec_t_capacityrg s &r capacityea_name_vec_t.capacityr rj r# c V ^8 d QhRRRR/# )rX cntrm rY rc r$ )rZ s "r r[ r\ u s : :3 :$ :r# c . \ P ! W4 # r. )r ea_name_vec_t_reserve)r r s &&r reserveea_name_vec_t.reserveu s ..t99r# c V ^8 d QhRR/# rb r$ )rZ s "r r[ r\ x rd r# c . \ P ! V 4 # r. )r ea_name_vec_t_truncaterg s &r truncateea_name_vec_t.truncatex rj r# c V ^8 d QhRRRR/# )rX r'ea_name_vec_t'rY rc r$ )rZ s "r r[ r\ { s 5 5o 5 5r# c . \ P ! W4 # r. )r ea_name_vec_t_swap)r r s &&r swapea_name_vec_t.swap{ s ++D44r# c V ^8 d QhRR/# )rX rY z
'ea_name_t *'r$ )rZ s "r r[ r\ ~ s 5 5
5r# c . \ P ! V 4 # r. )r ea_name_vec_t_extractrg s &r extractea_name_vec_t.extract~ ..t44r# c $ V ^8 d QhRRRRRR/# )rX s 'ea_name_t'lenrm rY rc r$ )rZ s "r r[ r\ s! < < <# < ::const_iterator'r$ )rZ s "r r[ r\ s : : C :r# c 2 \ P ! V .VO5! # r. )r ea_name_vec_t_beginrS s &*r beginea_name_vec_t.begin ,,T9D99r# c V ^8 d QhRR/# r r$ )rZ s "r r[ r\ s 8 8A 8r# c 2 \ P ! V .VO5! # r. )r ea_name_vec_t_endrS s &*r endea_name_vec_t.end s **47$77r# c $ V ^8 d QhRRRRRR/# )rX itr rE rY 'qvector< ea_name_t >::iterator'r$ )rZ s "r r[ r\ s" ; ; ; ; ,;r# c 0 \ P ! WV4 # r. )r ea_name_vec_t_insert)r r rE s &&&r insertea_name_vec_t.insert s --d::r# c V ^8 d QhRR/# )rX rY r r$ )rZ s "r r[ r\ s : : = :r# c 2 \ P ! V .VO5! # r. )r ea_name_vec_t_eraserS s &*r eraseea_name_vec_t.erase r r# c V ^8 d QhRR/# rl r$ )rZ s "r r[ r\ s 5 5 5r# c . \ P ! V 4 # r. )r ea_name_vec_t___len__rg s &r __len__ea_name_vec_t.__len__ r r# c V ^8 d QhRRRR/# )rX irm rY r} r$ )rZ s "r r[ r\ s < >r# c V ^8 d QhRRRR/# )rX rE r rY rc r$ )rZ s "r r[ r\ s 7 7 7t 7r# c . \ P ! W4 # r. )r ea_name_vec_t_appendr rE s &&r appendea_name_vec_t.append --d66r# c V ^8 d QhRRRR/# )rX rE r rY rc r$ )rZ s "r r[ r\ s 7 7 74 7r# c . \ P ! W4 # r. )r ea_name_vec_t_extendr s &&r extendea_name_vec_t.extend r r# r$ N),r r r8 r9 r r r r
rU r delete_ea_name_vec_t__swig_destroy__r_ rh rp rx r r r r r r r r r r r r r r r r r r r r
ida_idaapi_qvector_frontfront
_qvector_backback_bounded_getitem_iterator__iter__r< r$ r# r rA rA M s -/I !#GH !55>623643;96:655<:8;:5<?77 % %E # #D33Hr# rA c V ^8 d QhRRRR/# rX eaida_idaapi.ea_trY strr$ )rZ s "r r[ r[ s " " "C "r# c . \ P ! V 4 # r. )r get_namer s &r r r s b !!r# c V ^8 d QhRRRR/# r r$ )rZ s "r r[ r[ s * * *C *r# c . \ P ! V 4 # r. )r get_colored_namer s &r r r % %b ))r# c ( V ^8 d QhRRRRRRRR/# rX r r r r flagsrm rY rt r$ )rZ s "r r[ r[ s( / / / /C /T /r# c 0 \ P ! WV4 # )a Set or delete name of an item at the specified address. An item can be anything: instruction, function, data byte, word, string, structure, etc... Include name into the list of names.
:param ea: linear address. do nothing if ea is not valid (return 0). tail bytes can't have names.
:param name: new name.
* nullptr: do nothing (return 0).
* "" : delete name.
* otherwise this is a new name.
:param flags: Set name flags. If a bit is not specified, then the corresponding action is not performed and the name will retain the same bits as before calling this function. For new names, default is: non-public, non-weak, non-auto.
:returns: 1: ok, name is changed
:returns: 0: failure, a warning is displayed)r set_namer r r s &&&r r r s b ..r# c ( V ^8 d QhRRRRRRRR/# r r$ )rZ s "r r[ r[ s( 1 1? 1# 1c 1t 1r# c 0 \ P ! WV4 # r. )r
force_namer s &&&r r r s % 00r# c V ^8 d QhRRRR/# rX r r rY rt r$ )rZ s "r r[ r[ s ) ) )4 )r# c . \ P ! V 4 # r. )r del_global_namer s &r r r s $ $R ((r# c V ^8 d QhRRRR/# r r$ )rZ s "r r[ r[ ( ( ($ (r# c . \ P ! V 4 # r. )r del_local_namer s &r r r # #B ''r# c $ V ^8 d QhRRRRRR/# )rX _fromr r rY rt r$ )rZ s "r r[ r[ s! / // / /$ /r# c . \ P ! W4 # )zGive an autogenerated (dummy) name. Autogenerated names have special prefixes (loc_...).
:param ea: linear address
:returns: 1: ok, dummy name is generated or the byte already had a name
:returns: 0: failure, invalid address or tail byte)r set_dummy_namer r s &&r r r # #E ..r# c V ^8 d QhRRRR/# r r$ )rZ s "r r[ r[ r r# c . \ P ! V 4 # r. )r make_name_autor s &r r r r r# c V ^8 d QhRRRR/# r r$ )rZ s "r r[ r[ r r# c . \ P ! V 4 # r. )r make_name_userr s &r r! r! r r# c ( V ^8 d QhRRRRRRRR/# ) rX cp 'wchar32_t'kind 'nametype_t'dataz'void *'rY rt r$ )rZ s "r r[ r[ 4 s) 1 1K 1| 18 1 1r# c 0 \ P ! WV4 # )z8Is the given codepoint acceptable in the given context?
)r is_valid_cp)r# r% r' s &&&r r) r) 4 s 4 00r# c V ^8 d QhRR/# rb r$ )rZ s "r r[ r[ ; , ,T ,r# c * \ P ! V ! # )zMark the given codepoint (or range) as acceptable or unacceptable in the given context If 'endcp' is not BADCP, it is considered to be the end of the range: [cp, endcp), and is not included in the range
)r set_cp_validityrT s *r r- r- ; $ $d ++r# c V ^8 d QhRR/# rs r$ )rZ s "r r[ r[ A r+ r# c * \ P ! V ! # )zIs the given codepoint (or range) acceptable in the given context? If 'endcp' is not BADCP, it is considered to be the end of the range: [cp, endcp), and is not included in the range
)r get_cp_validityr. s *r r2 r2 A r/ r# c V ^8 d QhRRRR/# rX r# r$ rY rt r$ )rZ s "r r[ r[ G s % %K %4 %r# c . \ P ! V 4 # )zLCan a character appear in a name? (present in ::NameChars or ::MangleChars)
)r is_ident_cpr# s &r r6 r6 G s $$r# c $ V ^8 d QhRRRRRR/# )rX r# r$ specific_rangesz 'rangeset_crefvec_t const *'rY rt r$ )rZ s "r r[ r[ M s# 7 7[ 7 7)-7r# c . \ P ! W4 # )a Can a character appear in a string literal (present in ::StrlitChars) If 'specific_ranges' are specified, those will be used instead of the ones corresponding to the current culture (only if ::StrlitChars is configured to use the current culture)
)r is_strlit_cp)r# r9 s &&r r; r; M s ! !" 66r# c V ^8 d QhRRRR/# r4 r$ )rZ s "r r[ r[ T s ' 'k 'T 'r# c . \ P ! V 4 # )zACan a character be displayed in a name? (present in ::NameChars)
)r
is_visible_cpr7 s &r r> r> T s " "2 &&r# c V ^8 d QhRRRR/# rX r r rY rt r$ )rZ s "r r[ r[ Z s $ $3 $$ $r# c . \ P ! V 4 # )z+Is a valid name? (including ::MangleChars)
)r is_identr s &r rB rB Z s d ##r# c V ^8 d QhRRRR/# r@ r$ )rZ s "r r[ r[ ` s $ $3 $$ $r# c . \ P ! V 4 # )zIs valid user-specified name? (valid name & !dummy prefix).
:param name: name to test. may be nullptr.
:returns: 1: yes
:returns: 0: no)r is_unamerC s &r rF rF ` s d ##r# c V ^8 d QhRRRR/# r@ r$ )rZ s "r r[ r[ i s - -C -4 -r# c . \ P ! V 4 # )ziIs valid type name?
:param name: name to test. may be nullptr.
:returns: 1: yes
:returns: 0: no)r is_valid_typenamerC s &r rI rI i s & &t ,,r# c $ V ^8 d QhRRRRRR/# )rX liner rE rm rY r$ )rZ s "r r[ r[ r s! + +s +s +c +r# c . \ P ! W4 # )zExtract a name or address from the specified string.
:param line: input string
:param x: x coordinate of cursor
:returns: -1 if cannot extract. otherwise length of the name)r extract_name)rK rE s &&r rM rM r s ! !$ **r# c V ^8 d QhRRRR/# rX r r rY rc r$ )rZ s "r r[ r[ { s # #/ #T #r# c . \ P ! V 4 # )zKRemove name from the list of names
:param ea: address of the name)r hide_namer s &r rQ rQ { s r ""r# c V ^8 d QhRRRR/# rO r$ )rZ s "r r[ r[ s # #/ #T #r# c . \ P ! V 4 # )z"Insert name to the list of names.
)r show_namer s &r rT rT s r ""r# c $ V ^8 d QhRRRRRR/# )rX r r r r rY r$ )rZ s "r r[ r[ s! . . .c ._ .r# c . \ P ! W4 # )zGet the address of a name. This function resolves a name into an address. It can handle regular global and local names, as well as debugger names.
:param name: any name in the program or nullptr
:returns: address of the name or BADADDR)r get_name_ear r s &&r rW rW s
--r# c $ V ^8 d QhRRRRRR/# )rX r r torY r$ )rZ s "r r[ r[ s" 1 1O 1 11r# c . \ P ! W4 # )zGet address of the name used in the expression for the address
:param to: the referenced address
:returns: address of the name used to represent the operand)r get_name_base_ea)r rZ s &&r r\ r\ s % %e 00r# c $ V ^8 d QhRRRRRR/# )rX r r r r rY z
'uval_t *'r$ )rZ s "r r[ r[ s! 1 1/ 1 1
1r# c . \ P ! W4 # )zGet value of the name. This function knows about: regular names, enums, special segments, etc.
:param name: any name in the program or nullptr
:returns: Name value result codes)r get_name_valuerX s &&r r_ r_ s
# #E 00r# c $ V ^8 d QhRRRRRR/# rX r r gtn_flagsrm rY r r$ )rZ s "r r[ r[ s! 5 5 5S 5c 5r# c . \ P ! W4 # r. )r get_visible_namer rb s &&r rd rd s % %b 44r# c $ V ^8 d QhRRRRRR/# ra r$ )rZ s "r r[ r[ s! 3 3 33 3C 3r# c . \ P ! W4 # r. )r get_short_namere s &&r rh rh s # #B 22r# c $ V ^8 d QhRRRRRR/# ra r$ )rZ s "r r[ r[ s! 2 2o 2# 23 2r# c . \ P ! W4 # r. )r
get_long_namere s &&r rk rk s " "2 11r# c $ V ^8 d QhRRRRRR/# ra r$ )rZ s "r r[ r[ s! ; ; ;3 ;C ;r# c . \ P ! W4 # r. )r get_colored_short_namere s &&r rn rn s + +B ::r# c $ V ^8 d QhRRRRRR/# ra r$ )rZ s "r r[ r[ s! : :o :# :3 :r# c . \ P ! W4 # r. )r get_colored_long_namere s &&r rq rq s * *2 99r# c
, V ^8 d QhRRRRRRRRRR/# rX r r inhibitorrm demformrb rY r r$ )rZ s "r r[ r[ s8 K K? Ks KS KKKr# c 0 \ P ! WW#4 # r. )r get_demangled_namer rt ru rb s &&&&r rw rw s ' 'w JJr# c
, V ^8 d QhRRRRRRRRRR/# rs r$ )rZ s "r r[ r[ s2 ? s r# c 2 \ P ! WVV4 # r. )r get_colored_demangled_namerx s &&&&r r{ r{ s / /w r# c $ V ^8 d QhRRRRRR/# )rX r r r rY z 'color_t'r$ )rZ s "r r[ r[ s! / // / /) /r# c . \ P ! W4 # )z`Calculate flags for get_ea_name() function.
Get name color.
:param ea: linear address)r get_name_colorr s &&r r~ r~ r r# c 0 V ^8 d QhRRRRRRRRRRRR /# )
rX r r nrm r offr rY r r$ )rZ s "r r[ r[ s9 = = =S =o = = = =r# c 2 \ P ! WW#V4 # )a, Convert address to name expression (name with a displacement). This function takes into account fixup information and returns a colored name expression (in the form +/- ). It also knows about structure members and arrays. If the specified address doesn't have a name, a dummy name is generated.
:param n: number of referencing operand. for data items specify 0
:param ea: address to convert to name expression
:param off: the value of name expression. this parameter is used only to check that the name expression will have the wanted value. 'off' may be equal to BADADDR but this is discouraged because it prohibits checks.
:param flags: Name expression flags
:returns: < 0 if address is not valid, no segment or other failure. otherwise the length of the name expression in characters.)r
get_name_expr)r r r r r s &&&&&r r r s " "5Re < Pr# c 2 \ P ! WW#WE4 # )a Append names of struct fields to a name if the name is a struct name.
:param disp: displacement from the name
:param n: operand number in which the name appears
:param path: path in the struct. path is an array of id's. maximal length of array is MAXSTRUCPATH. the first element of the array is the structure id. consecutive elements are id's of used union members (if any).
:param flags: the input flags. they will be returned if the struct cannot be found.
:param delta: delta to add to displacement
:param appzero: should append a struct field name if the displacement is zero?
:returns: flags of the innermost struct member or the input flags)r append_struct_fields)r r r r r r s &&&&&&r r r N s ) )$4 OOr# c V ^8 d QhRRRR/# r r$ )rZ s "r r[ r[ \ r r# c . \ P ! V 4 # r. )r is_public_namer s &r r r \ r r# c V ^8 d QhRRRR/# rO r$ )rZ s "r r[ r[ ` s * * *D *r# c . \ P ! V 4 # r. )r make_name_publicr s &r r r ` r r# c V ^8 d QhRRRR/# rO r$ )rZ s "r r[ r[ d s . ._ . .r# c . \ P ! V 4 # r. )r make_name_non_publicr s &r r r d s ) )" --r# c V ^8 d QhRRRR/# r r$ )rZ s "r r[ r[ h s & &_ & &r# c . \ P ! V 4 # r. )r is_weak_namer s &r r r h s ! !" %%r# c V ^8 d QhRRRR/# rO r$ )rZ s "r r[ r[ l r r# c . \ P ! V 4 # r. )r make_name_weakr s &r r r l r r# c V ^8 d QhRRRR/# rO r$ )rZ s "r r[ r[ p s , ,? ,d ,r# c . \ P ! V 4 # r. )r make_name_non_weakr s &r r r p s ' ' ++r# c V ^8 d QhRR/# rl r$ )rZ s "r r[ r[ t s & &s &r# c , \ P ! 4 # r. )r get_nlist_sizer$ r# r r r t s # # %%r# c V ^8 d QhRRRR/# )rX r r rY rm r$ )rZ s "r r[ r[ x s ' 'o ' 'r# c . \ P ! V 4 # r. )r
get_nlist_idxr s &r r r x s " "2 &&r# c V ^8 d QhRRRR/# r r$ )rZ s "r r[ r[ | s % %O %t %r# c . \ P ! V 4 # r. )r is_in_nlistr s &r r r | s $$r# c V ^8 d QhRRRR/# )rX idxrm rY r r$ )rZ s "r r[ r[ s ' 'c '_ 'r# c . \ P ! V 4 # r. )r get_nlist_ear s &r r r s ! !# &&r# c V ^8 d QhRRRR/# )rX r rm rY r r$ )rZ s "r r[ r[ s ) ) )s )r# c . \ P ! V 4 # r. )r get_nlist_namer s &r r r s # #C ((r# c V ^8 d QhRR/# rb r$ )rZ s "r r[ r[ s % %d %r# c , \ P ! 4 # r. )r
rebuild_nlistr$ r# r r r s " " $$r# c V ^8 d QhRR/# rb r$ )rZ s "r r[ r[ s + +D +r# c , \ P ! 4 # )zRenumber dummy names.
)r reorder_dummy_namesr$ r# r r r s ( ( **r# c ] tR tRt$ ]! R R RR7 t]t]! ]P ]P 4 t R] R& ]! ]P ]P 4 tR] R & R
t]P" tR tR # )
ea_name_ti c 6 V P P 4 # r. rC rD s &r rF ea_name_t. rH r# c 8 V P P V4 # r. rC rJ s &&r rF r rL r# rM rN r r r r c X \ P ! V \ P ! V! 4 R # r. )r ea_name_t_swiginit
new_ea_name_trS s &*r rU ea_name_t.__init__ s $$T9+B+BD+IJr# r$ N)r r r8 r9 r r r r
r ea_name_t_ea_getea_name_t_ea_setr __annotations__ea_name_t_name_getea_name_t_name_setr rU delete_ea_name_tr r< r$ r# r r r sn -/I !#GH"9#=#=yB 55y D# K 11r# r c $ V ^8 d QhRRRRRR/# )rX r r r r rY rt r$ )rZ s "r r[ r[ s! . . .c .T .r# c . \ P ! W4 # r. )r set_debug_name)r r s &&r r r s # #B --r# c $ V ^8 d QhRRRRRR/# )rX ea_ptrz'ea_t *'howz'debug_name_how_t'rY r r$ )rZ s "r r[ r[ s" 1 18 1*< 1 1r# c . \ P ! W4 # r. )r get_debug_name)r r s &&r r r s # #F 00r# c $ V ^8 d QhRRRRRR/# )rX ea1r ea2rY rc r$ )rZ s "r r[ r[ s! / / / /$ /r# c . \ P ! W4 # r. )r del_debug_names)r r s &&r r r s $ $S ..r# c V ^8 d QhRRRR/# )rX r r rY r r$ )rZ s "r r[ r[ s - -C -? -r# c . \ P ! V 4 # r. )r get_debug_name_earC s &r r r s & &t ,,r# c ( V ^8 d QhRRRRRRRR/# )rX r r disable_maskrm demreqz'demreq_type_t'rY r$ )rZ s "r r[ r[ s) ? ? ?3 ? ??r# c 0 \ P ! WV4 # )a) Demangle a name.
:param name: name to demangle
:param disable_mask: bits to inhibit parts of demangled name (see MNG_). by the M_COMPILER bits a specific compiler can be selected (see MT_).
:param demreq: the request type demreq_type_t
:returns: ME_... or MT__ bitmasks from demangle.hpp)r
demangle_name)r r r s &&&r r r s " "4v >>r# c V ^8 d QhRR/# rs r$ )rZ s "r r[ r[ s 4 4T 4r# c * \ P ! V ! # )a{ Is the name defined locally in the specified function?
:param pfn: pointer to function
:param name: name to check
:param ignore_name_def: which names to ignore when checking
:param ea1: the starting address of the range inside the function (optional)
:param ea2: the ending address of the range inside the function (optional)
:returns: true if the name has been defined)r is_name_defined_locallyr. s *r r r s , ,d 33r# c ( V ^8 d QhRRRRRRRR/# )rX r r r r r rm rY r$ )rZ s "r r[ r[ s( 3 3_ 3C 3 3 3r# c 0 \ P ! WV4 # r. )r cleanup_namer s &&&r r r s ! !"E 22r# c V ^8 d QhRRRR/# )rX r r rY z'mangled_name_type_t'r$ )rZ s "r r[ r[ Y s 1 1 1'< 1r# c . \ P ! V 4 # r. )r get_mangled_name_typerC s &r r r Y s * *4 00r# c V ^8 d QhRR/# )rX rY 'PyObject *'r$ )rZ s "r r[ r[ ] s , ,\ ,r# c * \ P ! V ! # r. )r get_debug_namesr. s *r r r ] s $ $d ++r# c $ V ^8 d QhRRRRRR/# ra r$ )rZ s "r r[ r[ a s! 0 0O 0 0 0r# c . \ P ! W4 # )zGet name at the specified address.
:param ea: linear address
:param gtn_flags: how exactly the name should be retrieved. combination of bits for get_ea_name() function. There is a convenience bits
:returns: success)r get_ea_namere s &&r r r a s //r# c ( V ^8 d QhRRRRRRRR/# ) rX r r r r& r rm rY r r$ )rZ s "r r[ r[ j s( 6 6 6< 6 6 6r# c 0 \ P ! WV4 # )ao Validate a name. If SN_NOCHECK is specified, this function replaces all invalid characters in the name with SUBSTCHAR. However, it will return false if name is valid but not allowed to be an identifier (is a register name).
:param name: ptr to name. the name will be modified
:param type: the type of name we want to validate
:param flags: see SN_*
:returns: success)r
validate_name)r r r s &&&r r r j s " "4u 55r# c > ] tR tRtRtR tR tR tR tR t R t
R t R
# ) NearestNameiy zK
Utility class to help find the nearest name in a given ea/name dictionary
c ( V P V4 R # r. )updater ea_namess &&r rU NearestName.__init__~ s H r# c
Wn \ VP 4 4 V n V P P 4 R# )zUpdates the ea/names mapN)_nameslistkeys_addrssortr s &&r r NearestName.update s) 8==?+ r# c
\ P ! V P V4 pV\ V P 4 8 d R# V P V, V8w d
V^, pV^ 8 d R# W, # )zs
Returns a tupple (ea, name, pos) that is the nearest to the passed ea
If no name is matched then None is returned
N)bisect bisect_leftr r )r r poss && r findNearestName.find sZ
b1 #dkk" " ;;s r ! 1HC 7yr# c R V P V, pW P V, V3# r. r r )r indexr s && r _get_itemNearestName._get_item s#
[[
;;r?E))r# c V a V 3R l\ ^ \ S P 4 4 4 # )c 3 F <" T F pSP V4 x K R # 5ir. )r ).0r r s & r 'NearestName.__iter__.. s N3M%u%%3Ms !)ranger r rg s fr r NearestName.__iter__ s N5C r? r objectrA ea_name_vec_t_swigregisterr r
MAXNAMELENFUNC_IMPORT_PREFIXr SN_CHECK
SN_NOCHECK SN_PUBLIC
SN_NON_PUBLICSN_WEAK SN_NON_WEAKSN_AUTO SN_NON_AUTO SN_NOLIST SN_NOWARNSN_LOCAL SN_IDBENCSN_FORCE
SN_NODUMMY
SN_DELTAILSN_MULTISN_MULTI_FORCEr r r r r r! UCDR_STRLIT UCDR_NAME UCDR_MANGLED UCDR_TYPE VNT_IDENTVNT_TYPE
VNT_UDTMEM
VNT_STRLIT VNT_VISIBLEr) r- r2 r6 r; r> rB rF rI rM rQ rT rW r\ r_ NT_NONENT_BYTENT_LOCAL NT_STKVARNT_ENUMNT_ABSNT_SEG NT_STROFFNT_BMASK NT_REGVAR
GN_VISIBLE
GN_COLORED GN_DEMANGLED GN_STRICTGN_SHORTGN_LONGr GN_ISRET GN_NOT_ISRET GN_NOT_DUMMYrd rh rk rn rq rw r{ r~ GETN_APPZERO GETN_NOFIXUP GETN_NODUMMYr r
GNCN_NOSEG GNCN_NOCOLOR GNCN_NOLABEL GNCN_NOFUNC
GNCN_SEG_FUNC GNCN_SEGNUM GNCN_REQFUNC GNCN_REQNAME GNCN_NODBGNM GNCN_PREFDBGr r r r r r r r r r r r r r
DEBNAME_EXACT
DEBNAME_LOWER
DEBNAME_UPPER DEBNAME_NICEr ea_name_t_swigregisterr r r r
DQT_NPURGED_8
DQT_NPURGED_4
DQT_NPURGED_2 DQT_COMPILER
DQT_NAME_TYPEDQT_FULLr r r CN_KEEP_TRAILING_DIGITSCN_KEEP_UNDERSCORES ME_INTERR ME_PARAMERR ME_ILLSTR ME_SMALLANSME_FRAME ME_NOCOMP
ME_ERRAUTO ME_NOHASHMEM ME_NOSTRMEMME_NOERROR_LIMITM_PRCMSK
MT_DEFAULTMT_CDECL MT_PASCAL
MT_STDCALL MT_FASTCALL MT_THISCALL
MT_FORTRAN
MT_SYSCALL MT_INTERRUPT
MT_MSFASTCALL
MT_CLRCALL
MT_DMDCALL
MT_VECTORCALL
MT_REGCALL MT_LOCALNAME
M_SAVEREGSM_CLASS MT_PUBLIC
MT_PRIVATE
MT_PROTECT MT_MEMBER MT_VTABLEMT_RTTIM_PARMSK MT_PARSHF MT_PARMAX
M_ELLIPSIS
MT_VOIDARGM_STATIC M_VIRTUAL M_AUTOCRT M_TYPMASK MT_OPERAT MT_CONSTRMT_DESTR
MT_CASTING MT_CLRCDTOR
M_TRUNCATEM_THUNK M_ANONNSP M_TMPLNAM M_DBGNAME
M_COMPILER MT_MSCOMP MT_BORLAN MT_WATCOMMT_OTHERMT_GNUMT_GCC3 MT_VISAGE
MNG_PTRMSK MNG_DEFNEARMNG_DEFNEARANY
MNG_DEFFARMNG_NOPTRTYP16 MNG_DEFHUGE MNG_DEFPTR64 MNG_DEFNONE MNG_NOPTRTYP
MNG_NODEFINITMNG_NOUNDERSCORE
MNG_NOTYPE
MNG_NORETTYPE MNG_NOBASEDT MNG_NOCALLC MNG_NOPOSTFC MNG_NOSCTYP MNG_NOTHROW MNG_NOSTVIR
MNG_NOECSU MNG_NOCSVOL MNG_NOCLOSUR MNG_NOUNALG MNG_NOMANAGE MNG_NOMODULE MNG_SHORT_S MNG_SHORT_U
MNG_ZPT_SPACE MNG_DROP_IMPMNG_IGN_ANYWAY MNG_IGN_JMP MNG_MOVE_JMPMNG_COMPILER_MSKMNG_SHORT_FORM
MNG_LONG_FORMMNG_CALC_VALIDr r r r r r r r r cvar ignore_none
ignore_regvar
ignore_llabel
ignore_stkvar
ignore_glabel MANGLED_CODE MANGLED_DATAMANGLED_UNKNOWNr$ r# r r sA C # 9#/"
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