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t ] EP t ] EP t ] EP t] EP t] EP t ] EP t ] EP t ! R' R(]T4 t] EP ! ]4 ] EP t ] EP t ] EP" t ] EP$ t ] EP& t ] EP( t] EP* t] EP, t] EP. tRQR) R* lltR+ R, lt] EP4 t ] EP6 t ] EP8 t ] EP: t R- R. ltR/ R0 ltR1 R2 ltRRR3 R4 lltR5 R6 ltR7 R8 ltRSR9 R: lltR; R< lt ! R= R>]4 t] EPN ! ]4 R? R@ ltRA tRB RC ltRTRD RE lltRTRF RG lltRH RI ltRJ RK ltRL RM ltRN RO lt]t^t^tR# ] d ^ RI t ELUi ; i)Ua9 Functions that deal with the disassembling of program instructions.
There are 2 kinds of functions:
* functions that are called from the kernel to disassemble an instruction.
These functions call IDP module for it.
* functions that are called from IDP module to disassemble an instruction.
We will call them 'helper functions'.
Disassembly of an instruction is made in three steps:
0. analysis: ana.cpp
1. emulation: emu.cpp
2. conversion to text: out.cpp
The kernel calls the IDP module to perform these steps. At first, the kernel
always calls the analysis. The analyzer must decode the instruction and fill
the insn_t instance that it receives through its callback. It must not change
anything in the database.
The second step, the emulation, is called for each instruction. This step must
make necessary changes to the database, plan analysis of subsequent instructions,
track register values, memory contents, etc. Please keep in mind that the kernel
may call the emulation step for any address in the program - there is no ordering
of addresses. Usually, the emulation is called for consecutive addresses but
this is not guaranteed.
The last step, conversion to text, is called each time an instruction is
displayed on the screen. The kernel will always call the analysis step before
calling the text conversion step. The emulation and the text conversion steps
should use the information stored in the insn_t instance they receive. They
should not access the bytes of the instruction and decode it again - this
should only be done in the analysis step.
.. tip::
The `IDA Domain API `_ simplifies
common tasks and provides better type hints, while remaining fully compatible
with IDAPython for advanced use cases.
For instruction operations, see :mod:`ida_domain.instructions`.) annotations) version_info.)_ida_uaNc R V P P 4 , pRV P P
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_get_bytesoperands_array._get_bytes 0066r# c V ^8 d QhRRRR/# )rS btsz'bytevec_t const &'r^ rn r$ )rT s "r rU rV s < < 1 7<33H Z ,E 44r# rA c ] tR t^t$ ]! R R RR7 t]t]! ]P ]P 4 t R] R& ]! ]P ]P 4 tR] R& ]! ]P ]P" 4 tR ] R
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. \ P ! V 4 # )zSet operand to be shown.
)r op_t_set_shownrb s &r set_shownop_t.set_shown %%d++r# c V ^8 d QhRR/# r r$ )rT s "r rU r r r# c
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__set_value__op_t.__set_value__ s ))$22r# c V ^8 d QhRR/# rS r^ 'uint64'r$ )rT s "r rU r s 2 2 2r# c . \ P ! V 4 # r. )r op_t___get_value64__rb s &r __get_value64__op_t.__get_value64__ ++D11r# c V ^8 d QhRRRR/# )rS rK r r^ rn r$ )rT s "r rU r s 5 5 5T 5r# c . \ P ! W4 # r. )r op_t___set_value64__r s &&r __set_value64__op_t.__set_value64__ ++D44r# c V ^8 d QhRR/# r r$ )rT s "r rU r s / /_ /r# c . \ P ! V 4 # r. )r op_t___get_addr__rb s &r __get_addr__op_t.__get_addr__ s ((..r# c V ^8 d QhRRRR/# r r$ )rT s "r rU r s 2 2o 2 2r# c . \ P ! W4 # r. )r op_t___set_addr__r s &&r __set_addr__op_t.__set_addr__ s ((11r# c V ^8 d QhRR/# r r$ )rT s "r rU r s 2 2 2r# c . \ P ! V 4 # r. )r op_t___get_specval__rb s &r __get_specval__op_t.__get_specval__ r r# c V ^8 d QhRRRR/# r r$ )rT s "r rU r s 5 5 5D 5r# c . \ P ! W4 # r. )r op_t___set_specval__r s &&r __set_specval__op_t.__set_specval__ r r# c V ^8 d QhRRRR/# )rS otherrm r^ rn r$ )rT s "r rU r s 0 0F 0d 0r# c . \ P ! W4 # r. )r op_t_assignr r s &&r assign op_t.assign s ""4//r# c
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create_stkvarinsn_t.create_stkvar s ++DQEEr# c ( V ^8 d QhRRRRRRRR/# ) rS r. r r/ r_ r r0 r^ rn r$ )rT s "r rU rW ( > >? >3 >h >$ >r# c 0 \ P ! WW#4 # r. )r insn_t_add_crefr r. r/ r s &&&&r add_crefinsn_t.add_cref &&t==r# c ( V ^8 d QhRRRRRRRR/# ) rS r. r r/ r_ r r7 r^ rn r$ )rT s "r rU rW r r# c 0 \ P ! WW#4 # r. )r insn_t_add_drefr s &&&&r add_drefinsn_t.add_dref r r# c ( V ^8 d QhRRRRRRRR/# ) rS rE rm r r7 r; r_ r^ r r$ )rT s "r rU rW s/ A Av AX AS A Ar# c 0 \ P ! WW#4 # r. )r insn_t_add_off_drefs)r rE r r; s &&&&r
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insn_t.assign s $$T11r# c V ^8 d QhRR/# r r$ )rT s "r rU rW s 9 9T 9r# c
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8C8G6 ! ,,r# rC c V ^8 d QhRR/# r] r$ )rT s "r rU rU G s " "S "r# c , \ P ! 4 # )zNumber of instructions to look back. This variable is not used by the kernel. Its value may be specified in ida.cfg: LOOKBACK = . IDP may use it as you like it. (TMS module uses it)
)r get_lookbackr$ r# r r r G s !!r# c ( V ^8 d QhRRRRRRRR/# )rS r, r- r r_ rgnumr^ r r$ )rT s "r rU rU M s( 0 0x 0C 03 0_ 0r# c 0 \ P ! WV4 # r. )r calc_dataseg)r, r r s &&&r r r M s //r# c V ^8 d QhRR/# r r$ )rT s "r rU rU Q & & &r# c * \ P ! V ! # r. )r map_data_ear| s *r r
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Q %%r# c V ^8 d QhRR/# r r$ )rT s "r rU rU U r r# c * \ P ! V ! # r. )r map_code_ear s *r r r U r r# c V ^8 d QhRR/# r r$ )rT s "r rU rU Y s ! !O !r# c * \ P ! V ! # r. )r map_ear s *r r r Y s >>4 r# c ] tR tRt$ ]! R R RR7 tR t]t]! ] P ] P 4 t R]
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outctx_base_ti] c 6 V P P 4 # r. rC rD s &r rF outctx_base_t.^ rH r# c 8 V P P V4 # r. rC rJ s &&r rF r ^ rL r# rM rN c \ R 4 hzNo constructor definedr r r| kwargss &*,r rZ outctx_base_t.__init__a 566r# r insn_ear outbufz 'flags_t'F32r_
default_lnnumc V ^8 d QhRR/# r r$ )rT s "r rU outctx_base_t.__annotate__s : :t :r# c . \ P ! V 4 # r. )r outctx_base_t_only_main_linerb s &r only_main_line outctx_base_t.only_main_lines 33D99r# c V ^8 d QhRR/# r r$ )rT s "r rU r$ v s 5 5$ 5r# c . \ P ! V 4 # r. )r outctx_base_t_multilinerb s &r multilineoutctx_base_t.multilinev r r# c V ^8 d QhRR/# r r$ )rT s "r rU r$ y 6 64 6r# c . \ P ! V 4 # r. )r outctx_base_t_force_coderb s &r
force_codeoutctx_base_t.force_codey //55r# c V ^8 d QhRR/# r r$ )rT s "r rU r$ | r1 r# c . \ P ! V 4 # r. )r outctx_base_t_stack_viewrb s &r
stack_viewoutctx_base_t.stack_view| r6 r# c V ^8 d QhRR/# r r$ )rT s "r rU r$ 9 9d 9r# c . \ P ! V 4 # r. )r outctx_base_t_display_voidsrb s &r
display_voidsoutctx_base_t.display_voids 22488r# c V ^8 d QhRR/# r r$ )rT s "r rU r$ r% r# c . \ P ! V 4 # r. )r outctx_base_t_display_hiddenrb s &r display_hidden outctx_base_t.display_hidden r* r# c V ^8 d QhRRRR/# rS onr r^ rn r$ )rT s "r rU r$ s = = =T =r# c . \ P ! W4 # r. )r outctx_base_t_set_gen_xrefsr rJ s &&r
set_gen_xrefsoutctx_base_t.set_gen_xrefs s 224< >3 >r# c . \ P ! V 4 # r. )r outctx_base_t_forbid_annotationsrb s &r forbid_annotations outctx_base_t.forbid_annotations s 77==r# c V ^8 d QhRRRR/# )rS saved_flagsr_ r^ rn r$ )rT s "r rU r$ s I IC I4 Ir# c . \ P ! W4 # r. )r outctx_base_t_restore_ctxflags)r r} s &&r restore_ctxflags outctx_base_t.restore_ctxflags s 55dHHr# c V ^8 d QhRRRR/# )rS rT r r^ r_ r$ )rT s "r rU r$ s > > > >r# c
. \ P ! W4 # )z------------------------------------------------------------------------- Functions to append text to the current output buffer (outbuf) Append a formatted string to the output string.
:returns: the number of characters appended)r outctx_base_t_out_printfr rT s &&r
out_printfoutctx_base_t.out_printf s //==r# c $ V ^8 d QhRRRRRR/# )rS rE rm r; r_ r^ 'flags64_t'r$ )rT s "r rU r$ s! > >6 > >+ >r# c
0 \ P ! WV4 # )a Output immediate value. Try to use this function to output all constants of instruction operands. This function outputs a number from x.addr or x.value in the form determined by F. It outputs colored text.
:param x: value to output
:param outf: Output value flags
:returns: flags of the output value, otherwise:
:returns: -1: if printed a number with COLOR_ERROR
:returns: 0: if printed a nice number or character or segment or enum)r outctx_base_t_out_value)r rE r; s &&&r out_valueoutctx_base_t.out_value s ..t==r# c V ^8 d QhRRRR/# rS cr r^ rn r$ )rT s "r rU r$ s 9 9F 9d 9r# c
. \ P ! W4 # )z,Output a character with COLOR_SYMBOL color.
)r outctx_base_t_out_symbolr r s &&r
out_symboloutctx_base_t.out_symbol s //88r# c $ V ^8 d QhRRRRRR/# )rS r r r r_ r^ rn r$ )rT s "r rU r$ s! ; ;6 ;c ;T ;r# c
0 \ P ! WV4 # )z#Append a character multiple times.
)r outctx_base_t_out_chars)r r r s &&&r out_charsoutctx_base_t.out_chars s ..t::r# c V ^8 d QhRRRR/# )rS len 'ssize_t'r^ rn r$ )rT s "r rU r$ ; ;i ;4 ;r# c
. \ P ! W4 # )z=Appends spaces to outbuf until its tag_strlen becomes 'len'.
)r outctx_base_t_out_spaces)r r s &&r
out_spacesoutctx_base_t.out_spaces //::r# c $ V ^8 d QhRRRRRR/# )rS r color 'color_t'r^ rn r$ )rT s "r rU r$ s& @ @C @ @t @r# c
0 \ P ! WV4 # )z*Output a string with the specified color.
)r outctx_base_t_out_line)r r r s &&&r out_lineoutctx_base_t.out_line s --d??r# c V ^8 d QhRRRR/# rS r r^ rn r$ )rT s "r rU r$ s < >tIIr# c V ^8 d QhRRRR/# r r$ )rT s "r rU r$ s 7 7& 7D 7r# c
. \ P ! W4 # )zbOutput one character. The character is output without color codes. see also out_symbol()
)r outctx_base_t_out_charr s &&r out_charoutctx_base_t.out_char s --d66r# c $ V ^8 d QhRRRRRR/# rS Wordr_ radixr r^ rn r$ )rT s "r rU r$ s& A AS A AT Ar# c
0 \ P ! WV4 # zOutput a number with the specified base (binary, octal, decimal, hex) The number is output without color codes. see also out_long()
)r outctx_base_t_out_btoar r r s &&&r out_btoaoutctx_base_t.out_btoa r r# c $ V ^8 d QhRRRRRR/# )rS rK r_ r r r^ rn r$ )rT s "r rU r$ s! > ># >f > >r# c
0 \ P ! WV4 # )aM Output a number with appropriate color. Low level function. Use out_value() if you can. if 'suspop' is set then this function uses COLOR_VOIDOP instead of COLOR_NUMBER. 'suspop' is initialized:
* in out_one_operand()
* in ..\ida\gl.cpp (before calling processor_t::d_out())
:param v: value to output
:param radix: base (2,8,10,16))r outctx_base_t_out_long)r rK r s &&&r out_longoutctx_base_t.out_long s --du==r# c V ^8 d QhRR/# r r$ )rT s "r rU r$ s @ @T @r# c
2 \ P ! V .VO5! # )a Output a name expression.
:param x: instruction operand referencing the name expression
: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. You may pass BADADDR for this parameter but I discourage it because it prohibits checks.
:returns: true if the name expression has been produced)r outctx_base_t_out_name_exprr{ s &*r
out_name_exproutctx_base_t.out_name_expr s 224?$??r# c V ^8 d QhRR/# r r$ )rT s "r rU r$ r= r# c . \ P ! V 4 # r. )r outctx_base_t_close_commentrb s &r
close_commentoutctx_base_t.close_comment rB r# c V ^8 d QhRRRR/# )rS indentr_ r^ r r$ )rT s "r rU r$ s @ @3 @T @r# c
. \ P ! W4 # )aQ ------------------------------------------------------------------------- Functions to populate the output line array (lnar) Move the contents of the output buffer to the line array (outbuf->lnar) The kernel augments the outbuf contents with additional text like the line prefix, user-defined comments, xrefs, etc at this call.
)r outctx_base_t_flush_outbuf)r r s &&r flush_outbufoutctx_base_t.flush_outbuf s 11$??r# c $ V ^8 d QhRRRRRR/# )rS bufr r r_ r^ r r$ )rT s "r rU r$ s& B BS B# BD Br# c
0 \ P ! WV4 # )zoAppend contents of 'buf' to the line array. Behaves like flush_outbuf but accepts an arbitrary buffer
)r outctx_base_t_flush_buf)r r r s &&&r flush_bufoutctx_base_t.flush_buf s ..t&AAr# Nc V ^8 d QhRRRR/# rS prefixr r^ r_ r$ )rT s "r rU r$ s ? ?# ?c ?r# c
. \ P ! W4 # zOFinalize the output context.
:returns: the number of generated lines.)r outctx_base_t_term_outctxr r s &&r term_outctxoutctx_base_t.term_outctx s 00>>r# c $ V ^8 d QhRRRRRR/# )rS r r_ rT r r^ r r$ )rT s "r rU r$ s& F F Fc FT Fr# c
0 \ P ! WV4 # )a printf-like function to add lines to the line array.
:param indent: indention of the line. if indent == -1, the kernel will indent the line at idainfo::indent. if indent < 0, -indent will be used for indention. The first line printed with indent < 0 is considered as the most important line at the current address. Usually it is the line with the instruction itself. This line will be displayed in the cross-reference lists and other places. If you need to output an additional line before the main line then pass DEFAULT_INDENT instead of -1. The kernel will know that your line is not the most important one.
:param format: printf style colored line to generate
:returns: overflow, lnar_maxsize has been reached)r outctx_base_t_gen_printf)r r rT s &&&r
gen_printfoutctx_base_t.gen_printf s //fEEr# c V ^8 d QhRR/# r r$ )rT s "r rU r$ # s : :t :r# c
. \ P ! V 4 # )zGenerate empty line. This function does nothing if generation of empty lines is disabled.
:returns: overflow, lnar_maxsize has been reached)r outctx_base_t_gen_empty_linerb s &r gen_empty_line outctx_base_t.gen_empty_line# s 33D99r# c V ^8 d QhRRRR/# )rS solidr r^ r$ )rT s "r rU r$ ) s B BT B4 Br# c
. \ P ! W4 # )zGenerate thin border line. This function does nothing if generation of border lines is disabled.
:param solid: generate solid border line (with =), otherwise with -
:returns: overflow, lnar_maxsize has been reached)r outctx_base_t_gen_border_line)r r s &&r gen_border_line outctx_base_t.gen_border_line) s
44TAAr# c V ^8 d QhRRRR/# rS rT r r^ r r$ )rT s "r rU r$ 0 s @ @3 @$ @r# c
. \ P ! W4 # )zGenerate one non-indented comment line, colored with COLOR_AUTOCMT.
:param format: printf() style format line. The resulting comment line should not include comment character (;)
:returns: overflow, lnar_maxsize has been reached)r outctx_base_t_gen_cmt_liner s &&r gen_cmt_lineoutctx_base_t.gen_cmt_line0 s
11$??r# c V ^8 d QhRRRR/# r r$ )rT s "r rU r$ 7 s F F F Fr# c
. \ P ! W4 # )zGenerate one non-indented comment line, colored with COLOR_COLLAPSED.
:param format: printf() style format line. The resulting comment line should not include comment character (;)
:returns: overflow, lnar_maxsize has been reached)r outctx_base_t_gen_collapsed_liner s &&r gen_collapsed_line outctx_base_t.gen_collapsed_line7 s
77EEr# c $ V ^8 d QhRRRRRR/# )rS cmtr r r r^ r r$ )rT s "r rU r$ > s& E E EY E$ Er# c
0 \ P ! WV4 # )a Generate big non-indented comment lines.
:param cmt: comment text. may contain \n characters to denote new lines. should not contain comment character (;)
:param color: color of comment text (one of Color tags)
:returns: overflow, lnar_maxsize has been reached)r outctx_base_t_gen_block_cmt)r r$ r s &&&r
gen_block_cmtoutctx_base_t.gen_block_cmt> s 224eDDr# c $ V ^8 d QhRRRRRR/# )rS r r makeline_flagsr_ r^ rn r$ )rT s "r rU r$ F s& P P3 P Pt Pr# c
0 \ P ! WV4 # z2Initialization; normally used only by the kernel.
)r outctx_base_t_setup_outctx)r r r* s &&&r setup_outctxoutctx_base_t.setup_outctxF s 11$OOr# c V ^8 d QhRR/# rS r^ r r$ )rT s "r rU r$ K s 8 8Y 8r# c . \ P ! V 4 # r. )r outctx_base_t_retrieve_cmtrb s &r retrieve_cmtoutctx_base_t.retrieve_cmtK s 11$77r# c $ V ^8 d QhRRRRRR/# rS arg2r arg3z 'color_t *'r^ r r$ )rT s "r rU r$ N s& E E# E[ EI Er# c 0 \ P ! WV4 # r. )r outctx_base_t_retrieve_namer r8 r9 s &&&r
retrieve_nameoutctx_base_t.retrieve_nameN s 224tDDr# c V ^8 d QhRR/# r r$ )rT s "r rU r$ Q r% r# c . \ P ! V 4 # r. )r outctx_base_t_gen_xref_linesrb s &r gen_xref_lines outctx_base_t.gen_xref_linesQ r* r# c $ V ^8 d QhRRRRRR/# )rS answersz
'qstrvec_t *'maxsizer_ r^ rn r$ )rT s "r rU r$ T s& N N
N Nt Nr# c 0 \ P ! WV4 # r. )r outctx_base_t_init_lines_array)r rE rF s &&&r init_lines_array outctx_base_t.init_lines_arrayT s 55dWMMr# c 0 V ^8 d QhRRRRRRRRR R
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"&/r# c 4 \ P ! WW#VV4 # r. )r outctx_base_t_get_stkvar)r rE rK rL rM rN s &&&&&&r
get_stkvaroutctx_base_t.get_stkvarW s // r# c V ^8 d QhRR/# r r$ )rT s "r rU r$ \ s N N4 Nr# c . \ P ! V 4 # r. )r 0outctx_base_t_gen_empty_line_without_annotationsrb s &r "gen_empty_line_without_annotations0outctx_base_t.gen_empty_line_without_annotations\ s GGMMr# c V ^8 d QhRR/# )rS r^ r r$ )rT s "r rU r$ _ s 0 0[ 0r# c . \ P ! V 4 # r. )r outctx_base_t_getFrb s &r getFoutctx_base_t.getF_ r r# r$ )Tr )r. )F)Kr r r8 r9 r r rZ r r
r outctx_base_t_insn_ea_getoutctx_base_t_insn_ea_setr r outctx_base_t_outbuf_getoutctx_base_t_outbuf_setr outctx_base_t_F32_getoutctx_base_t_F32_setr! outctx_base_t_default_lnnum_get outctx_base_t_default_lnnum_setr" r( r. r4 r: r@ rF rN rS rX r] rb ri ro ru rz r r r r r r r r r r r r r r r r r r r r r r r r r r r! r' r. r4 r= rB rI rQ rV r[ r< r$ r# r r r ] s -/I !#G7H '(I(I)) +G_ +7;;W "FC " g ; ;W C !'"I"I//1M3 1:5669:=;99C@;;>I> >9
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saved_immvals prefix_ea next_line_eac $ V ^8 d QhRRRRRR/# )rS r r r r_ r^ rn r$ )rT s "r rU outctx_t.__annotate__) s& B B3 Bs Bd Br# c
0 \ P ! WV4 # r, )r outctx_t_setup_outctx)r r r s &&&r r. outctx_t.setup_outctx) s ,,T5AAr# Nc V ^8 d QhRRRR/# r r$ )rT s "r rU rz . s : :# :c :r# c
. \ P ! W4 # r )r outctx_t_term_outctxr s &&r r outctx_t.term_outctx. s ++D99r# c V ^8 d QhRR/# r1 r$ )rT s "r rU rz 4 s 3 3Y 3r# c . \ P ! V 4 # r. )r outctx_t_retrieve_cmtrb s &r r4 outctx_t.retrieve_cmt4 rr r# c $ V ^8 d QhRRRRRR/# r7 r$ )rT s "r rU rz 7 s& @ @# @[ @I @r# c 0 \ P ! WV4 # r. )r outctx_t_retrieve_namer< s &&&r r= outctx_t.retrieve_name7 s --d$??r# c V ^8 d QhRR/# r r$ )rT s "r rU rz : s 5 5t 5r# c . \ P ! V 4 # r. )r outctx_t_gen_xref_linesrb s &r rB outctx_t.gen_xref_lines: r r# c $ V ^8 d QhRRRRRR/# r r$ )rT s "r rU rz = s! < >r# c ( V ^8 d QhRRRRRRRR/# )rS mnemr r r_ r r^ rn r$ )rT s "r rU rz L s/ L LC L L L Lr# c
0 \ P ! WW#4 # )aZ Output custom mnemonic for 'insn'. E.g. if it should differ from the one in 'ph.instruc'. This function outputs colored text. See out_mnem
:param mnem: custom mnemonic
:param width: width of field with mnemonic. if < 0, then 'postfix' will be output before the mnemonic, i.e. as a prefix
:param postfix: optional postfix added to 'mnem')r outctx_t_out_custom_mnem)r r r r s &&&&r out_custom_mnemoutctx_t.out_custom_mnemL s //EKKr# c V ^8 d QhRR/# r r$ )rT s "r rU rz U s 3 3T 3r# c
. \ P ! V 4 # )zOutput instruction mnemonic using information in 'insn'. It should be called from processor_t::ev_out_insn() and it will call processor_t::ev_out_mnem() or out_mnem. This function outputs colored text.
)r outctx_t_out_mnemonicrb s &r out_mnemonicoutctx_t.out_mnemonicU s ,,T22r# c V ^8 d QhRRRR/# )rS r r_ r^ r r$ )rT s "r rU rz Z s 9 9 9 9r# c
. \ P ! W4 # )a Use this function to output an operand of an instruction. This function checks for the existence of a manually defined operand and will output it if it exists. It should be called from processor_t::ev_out_insn() and it will call processor_t::ev_out_operand(). This function outputs colored text.
:param n: 0..UA_MAXOP-1 operand number
:returns: 1: operand is displayed
:returns: 0: operand is hidden)r outctx_t_out_one_operandr s &&r out_one_operandoutctx_t.out_one_operandZ s //88r# c V ^8 d QhRR/# r r$ )rT s "r rU rz b s 7 7 7r# c
. \ P ! V 4 # )zPrint all operand values as commented character constants. This function is used to comment void operands with their representation in the form of character constants. This function outputs colored text.
)r outctx_t_out_immchar_cmtsrb s &r out_immchar_cmtsoutctx_t.out_immchar_cmtsb s 0066r# c V ^8 d QhRRRR/# )rS pfnz
'func_t *'r^ rn r$ )rT s "r rU rz g s ; ;: ; ;r# c . \ P ! W4 # r. )r outctx_t_gen_func_headerr r s &&r gen_func_headeroutctx_t.gen_func_headerg //::r# c V ^8 d QhRRRR/# )rS r z'func_t const *'r^ rn r$ )rT s "r rU rz j s ; ;#3 ;t ;r# c . \ P ! W4 # r. )r outctx_t_gen_func_footerr s &&r gen_func_footeroutctx_t.gen_func_footerj r r# c V ^8 d QhRRRR/# )rS analyze_onlyr r^ rn r$ )rT s "r rU rz m s = =T =T =r# c . \ P ! W4 # r. )r outctx_t_out_data)r r s &&r out_dataoutctx_t.out_datam s ((< rH r# c 8 V P P V4 # r. rC rJ s &&r rF r rL r# rM rN r_ reservedc $ V ^8 d QhRRRRRR/# )rS r, r- enabler r^ r$ )rT s "r rU macro_constructor_t.__annotate__ s& O OH Od Od Or# c
0 \ P ! WV4 # )a* Construct a macro instruction. This function may be called from ana() to generate a macro instruction.
The real work is done by the 'build_macro()' virtual function. It must be defined by the processor module.
construct_macro() modifies the database using the info provided by build_macro(). It verifies if the instruction can really be created (for example, that other items do not hinder), may plan to reanalyze the macro, etc. If the macro instructions are disabled by the user, construct_macro() will destroy the macro instruction. Note: if INSN_MODMAC is not set in insn.flags, the database will not be modified.
:param insn: the instruction to modify into a macro
:param enable: enable macro generation
:returns: true: the macro instruction is generated in 'insn'
:returns: false: did not create a macro)r #macro_constructor_t_construct_macro)r r, r$ s &&&r construct_macro#macro_constructor_t.construct_macro s ::4vNNr# c $ V ^8 d QhRRRRRR/# )rS r, r- may_go_forwardr r^ r$ )rT s "r rU r% s! $ $ r# c
0 \ P ! WV4 # )a Try to extend the instruction.
This function may modify 'insn' and return false; these changes will be accepted by the kernel but the instruction will not be considered as a macro.
:param insn: Instruction to modify, usually the first instruction of the macro
:param may_go_forward: Is it ok to consider the next instruction for the macro? This argument may be false, for example, if there is a cross reference to the end of INSN. In this case creating a macro is not desired. However, it may still be useful to perform minor tweaks to the instruction using the information about the surrounding instructions.
:returns: true if created an macro instruction.)r macro_constructor_t_build_macro)r r, r+ s &&&r build_macro macro_constructor_t.build_macro s 66t r# c V P \ 8X d R pMT p\ P ! V \ P ! V4 4 R # r. )r
r r macro_constructor_t_swiginitnew_macro_constructor_t)r _selfs & r rZ macro_constructor_t.__init__ s> >> 0 0EE,,T7 # #4$$)4+ ,r# c V P P 4 \ P ! V 4 \ P
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r macro_constructor_t_reserved_get macro_constructor_t_reserved_setr" r delete_macro_constructor_tr r( r. rZ r: r< r$ r# r r r s] -/I !#GH W E E002Hc 2 99 O ,#r# r c $ V ^8 d QhRRRRRR/# )rS r rC rM r r^ z Tuple[ida_idaapi.ea_t, bool]r$ )rT s "r rU rU ! s$ 2 2v 2? 2 ? 2r# c . \ P ! W4 # )zDecodes the preceding instruction.
:param out: instruction storage
:param ea: current ea
:returns: tuple(preceeding_ea or BADADDR, farref = Boolean))r decode_preceding_insnr s &&r rA rA ! s ( ( 11r# c * \ P ! V ! # )aI See ua.hpp's construct_macro().
This function has the following signatures
1. construct_macro(insn: insn_t, enable: bool, build_macro: callable) -> bool
2. construct_macro(constuctor: macro_constructor_t, insn: insn_t, enable: bool) -> bool
:param insn: the instruction to build the macro for
:param enable: enable macro generation
:param build_macro: a callable with 2 arguments: an insn_t, and
whether it is ok to consider the next instruction
for the macro
:param constructor: a macro_constructor_t implementation
:returns: success)r r( r s *r r( r( + s " "D ))r# c V ^8 d QhRRRR/# )rS rO z 'asize_t'r^ r_ r$ )rT s "r rU rU = s + +I + +r# c . \ P ! V 4 # )zGet op_t::dtype from size.
)r get_dtype_by_size)rO s &r rE rE = s $ $T **r# c ( V ^8 d QhRRRRRRRR/# rS rM r r r_ r r r^ z 'PyObject *'r$ )rT s "r rU rU C s( ) )O ) ) ) )r# c 0 \ P ! WV4 # )aN Get immediate values at the specified address. This function decodes instruction at the specified address or inspects the data item. It finds immediate values and copies them to 'out'. This function will store the original value of the operands in 'out', unless the last bits of 'F' are "...0 11111111", in which case the transformed values (as needed for printing) will be stored instead.
:param ea: address to analyze
:param n: 0..UA_MAXOP-1 operand number, OPND_ALL all the operands
:param F: flags for the specified address
:returns: number of immediate values (0..2*UA_MAXOP))r get_immvalsrM r r s &&&r rI rI C s ra ((r# c ( V ^8 d QhRRRRRRRR/# rG r$ )rT s "r rU rU M s) 3 3o 3# 3+ 33r# c 0 \ P ! WV4 # )a Get immediate ready-to-print values at the specified address
:param ea: address to analyze
:param n: 0..UA_MAXOP-1 operand number, OPND_ALL all the operands
:param F: flags for the specified address
:returns: number of immediate values (0..2*UA_MAXOP))r get_printable_immvalsrJ s &&&r rM rM M s ( ( 22r# c V ^8 d QhRRRR/# )rS ptrvalr_ r^ z
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