j@SrSSKrSSKrSSKrSSKrSSKJr SrSrSr Sr S r S r S r S rS r\R "\"5SS9r\R%SS9r\R)SSS9r\R-SSSS9 \R-S\R."SSS9SS9 \R-SS S9 \R)S!S"S9r\R-S#S$S9 \R-S%\R."SSS9S&S9 \R-S'\R."SSS9S(S9 \R-SS S9 S*S)jrg)+aImplementation of the ``cffi-gen-src`` command-line tool. This module is private; the command line is the only supported interface. Two subcommands: ``exec-python`` Execute a Python script that constructs a :class:`cffi.FFI` (the same kind of script that the CFFI docs' "Main mode of usage" describes) and emit the generated C source. ``read-sources`` Create the :class:`cffi.FFI` from a separate ``cdef`` file and C source prelude, then emit the generated C source. N)FFIc0[XSS9n[X2U5 g)Nexec)sourcefilenamemode)compiler)pysrcrglobscompileds H/var/www/website/venv/lib/python3.13/site-packages/cffi/_cffi_gen_src.py _execfiler3seVDH% c2[RRU5nSUS.n[RSSn[RR S[RR U55 [ XU5 X#;a[SU<S35eX2n[U[5(d[U5(aU"5n[U[5(d[SU<S35eUU[RSS&$!U[RSS&f=f) aExecute ``pysrc`` and return the :class:`FFI` object it defines. The script is executed with ``__name__`` set to ``"cffi.gen_src"``, so a trailing ``if __name__ == "__main__": ffibuilder.compile()`` block in the script is skipped. ``ffivar`` is the name bound by the script to the :class:`FFI` object, or to a callable that returns one. Raises :class:`NameError` if the name is not bound by the script, or :class:`TypeError` if the name does not resolve to an :class:`FFI` instance. z cffi.gen_src)__name____file__Nrz.Expected to find the FFI object with the name z, but it was not found.zFound an object with the name z+ but it was not an instance of cffi.api.FFI) ospathabspathsysinsertdirnamer NameError isinstancercallable TypeError)r rffivarr old_pathffis rfind_ffi_in_python_scriptr!8swwx(H'X >Exx{HHHOOArwwx01%5)  +14 m#s## %C#s##.47  h s 6A7DDc^[5nURU5 URX5 U$)zACreate an :class:`FFI` from ``cdef`` text and a C source prelude.)rcdef set_source) modulenamer#csrc ffibuilders rmake_ffi_from_sourcesr(_s)JOOD*+ rcn[R"5nURU5 UR5$)z=Return the C source that :meth:`FFI.emit_c_code` would write.)ioStringIO emit_c_codegetvalue)r outputs rgenerate_c_sourcer/gs& [[]FOOF ?? rcUS:Xa [RRU5 g[USSS9nURU5 SSS5 g!,(df  g=f)N-wutf-8encoding)rstdoutwriteopen)r. generatedfs rwrite_c_sourcer;nsD } # fcG ,   - , ,s A  AcXLag[RRURUR5$![a gf=f)NTF)rrsamefilenameOSError)file1file2s rsame_input_filerBvs@ ~ww EJJ77 s3; AAcU [UR5URU5nSSS5 [W5n[ X5 g!,(df  N%=fN)r!readr>r/r;)r.pyfileffi_varr r9s r exec_pythonrHs< ' v{{GL !#&I6% s &A AcU U UR5nUR5nSSS5 SSS5 [UWW5n[U5n[X5 g!,(df  N:=f!,(df  NC=frD)rEr(r/r;)r. module_name cdef_input csrc_inputr&r#r r9s r read_sourcesrMsU Z    T4 8C!#&I6%  Zs!A,!AA, A) %A,, A:c[R(a0[RR [RS5OSnUR S5(agg)Nrz cffi-gen-srczpython -m cffi.gen_src)rargvrrbasename startswith)argv0s r_progrTs?.1XXBGG  SXXa[ )2E '' #rz-Generate CFFI C source for extension modules.)prog descriptionr )dest exec-pythonz2Execute a Python script that defines an FFI object)helpz --ffi-varr'zFName of the FFI object in the Python script; defaults to 'ffibuilder'.)defaultrYrFrr3r4zPath to the Python script)typerYr.zOutput path for the C source read-sourcesz>Read cdef and C source prelude files that define an FFI objectrJz5Full name of the generated module, including packagesr#zFile containing C definitionsr&z File containing C source preludec[RUS9nURS:Xa*[URUR UR S9 OURS:Xao[URUR5(a[RS5 [URURURURS9 O[RS5 [RS5 g) NargsrX)r.rFrGr]z1cdef and csrc are the same file and should not be)r.rJrKrLz5a subcommand is required: exec-python or read-sourcesr)parser parse_argsr rHr.rFrGrBr#r&errorrMrJexitr_s rrunres   $  'D yyM!4;;t{{DLLQ n $ 499dii 0 0 LLL M;;((yyyy    LM KKNrrD)__doc__argparser*rrapirrr!r(r/r;rBrHrMrTArgumentParserraadd_subparsers subparsers add_parserexec_python_parser add_argumentFileTyperead_sources_parserrerrrrs8  ! $N&&$  ?  " " " / ** =+  Q     3 1 $   '  !++ I,  @!    3 1 (!     3 1 +!   '! r