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//proc/self/root/usr/lib/python2.4/distutils/command/build_ext.pyo
m =5Dc @ s d Z d Z d k Z d k Z d k Z d k Z d k Td k l Z d k Td k l Z l Z d k l Z d k l Z d k l Z e i d Z d Z d e f d YZ d S( s distutils.command.build_ext Implements the Distutils 'build_ext' command, for building extension modules (currently limited to C extensions, should accommodate C++ extensions ASAP).s5 $Id: build_ext.py 37828 2004-11-10 22:23:15Z loewis $N( t *( s Command( s customize_compilers get_python_version( s newer_group( s Extension( s logs3 ^[a-zA-Z_][a-zA-Z_0-9]*(\.[a-zA-Z_][a-zA-Z_0-9]*)*$c C s d k l } | d S( N( s show_compilers( t distutils.ccompilert show_compilers( R ( ( t1 /usr/lib/python2.4/distutils/command/build_ext.pyR s t build_extc B s t Z d Z d e i Z dA dB d d d d f d d d e f dC dD dE d d d e f dF dG dH dI dJ dK dL dM g Z d d" d% d+ g Z d1 d d2 e f g Z d3 Z d4 Z d5 Z d6 Z d7 Z d8 Z d9 Z d: Z d; Z d< Z d= Z d> Z d? Z d@ Z RS(N Ns8 build C/C++ extensions (compile/link to build directory)s (separated by '%s')s build-lib=t bs( directory for compiled extension moduless build-temp=t ts1 directory for temporary files (build by-products)t inplacet is= ignore build-lib and put compiled extensions into the source s, directory alongside your pure Python moduless include-dirs=t Is. list of directories to search for header filess define=t Ds C preprocessor macros to defines undef=t Us! C preprocessor macros to undefines libraries=t ls! external C libraries to link withs library-dirs=t Ls. directories to search for external C librariess rpath=t Rs7 directories to search for shared C libraries at runtimes link-objects=t Os2 extra explicit link objects to include in the linkt debugt gs' compile/link with debugging informationt forcet fs2 forcibly build everything (ignore file timestamps)s compiler=t cs specify the compiler types swig-cpps) make SWIG create C++ files (default is C)s swig-opts=s! list of SWIG command line optionss swig=s path to the SWIG executables help-compilers list available compilersc C s d | _ d | _ d | _ d | _ d | _ d | _ d | _ d | _ d | _ d | _ d | _ d | _ d | _ d | _ d | _ d | _ d | _ d | _ d S( Ni ( t Nonet selft extensionst build_libt build_tempR t packaget include_dirst definet undeft librariest library_dirst rpatht link_objectsR R t compilert swigt swig_cppt swig_opts( R ( ( R t initialize_optionsa s$ c C s d k l } | i d d d d d d! | i d j o | i i | _ n | i i | _ | i } | i d d } | i d j o | i i p g | _ n t | i t j o t i | i t i | _ n | i i | | | j o | i i | n t | i t j o | i g | _ n | i d j o g | _ n | i d j o g | _ n6 t | i t j o t i | i t i | _ n | i d j o g | _ n6 t | i t j o t i | i t i | _ n t i d j o | i i t i i t i d | i o t i i | i d | _ n t i i | i d | _ | i i t i i t i d | i i t i i t i d n t i d j o& | i i t i i t i d n t i d d j p t i d d j of t i t i! t i d j o3 | i i t i i t i" d d t# d qu| i i d n | i$ o. t i | i$ d } t& d | | _$ n | i' o t i | i' d | _' n | i( d j o g | _( n | i( i d | _( d S(" N( s sysconfigt buildR R R" R R t plat_specifici t ntt libst Debugt Releaset PCt PCBuildt os2t Configi t cygwint atheosit libt pythont configt .t ,c C s | d f S( Nt 1( t symbol( R9 ( ( R t <lambda> s t ( s build_libs build_lib( s build_temps build_temp( s compilers compiler( s debugs debug( s forces force() t distutilst sysconfigR t set_undefined_optionsR R t distributiont ext_packaget ext_modulesR t get_python_inct py_includet plat_py_includeR t typet StringTypet stringt splitt ost pathsept appendR R R t namet patht joint syst exec_prefixR R t platformt findt executablet prefixt get_python_versionR t definest mapR R% ( R RV RD RC R= ( ( R t finalize_optionsv sl " "&&( c C s d k l } | i p d Sn | i i oC | i d } | i i | i p g | i i | i n | d | i d | i d | i d | i | _ t | i | i d j o | i i | i n | i d j o1 x. | i D] \ } } | i i | | q Wn | i d j o( x% | i D] } | i i | q1Wn | i d j o | i i | i n | i d j o | i i | i n | i d j o | i i | i n | i d j o | i i! | i n | i" d S( N( s new_compilert build_clibR" t verboset dry_runR (# R t new_compilerR R R? t has_c_librariest get_finalized_commandRY R t extendt get_library_namesR RK R" RZ R[ R t customize_compilerR R t set_include_dirsR RL t valuet define_macroR t macrot undefine_macrot set_librariest set_library_dirsR t set_runtime_library_dirsR! t set_link_objectst build_extensions( R RL Re Rc RY R\ ( ( R t run s> c C sf t | t j o t d n x?t t | D]+} | | } t | t o q3 n | \ } } t i d | t | t j o t | d j o t d n t | t j o t i | p t d n t | t j o t d n t | | d } x> d D]6 } | i | } | d j o t | | | qqW| i d | _ | i d o t i d n | i d } | o g | _ g | _ x | D] } t | t j o! d t | j o d j n p t d n t | d j o | i i | d qt | d j o | i i | qqWn | | | <q3 Wd S( s Ensure that the list of extensions (presumably provided as a command option 'extensions') is valid, i.e. it is a list of Extension objects. We also support the old-style list of 2-tuples, where the tuples are (ext_name, build_info), which are converted to Extension instances here. Raise DistutilsSetupError if the structure is invalid anywhere; just returns otherwise. s: 'ext_modules' option must be a list of Extension instancessu old-style (ext_name, build_info) tuple found in ext_modules for extension '%s'-- please convert to Extension instancei sM each element of 'ext_modules' option must be an Extension instance or 2-tuplesR first element of each tuple in 'ext_modules' must be the extension name (a string)sO second element of each tuple in 'ext_modules' must be a dictionary (build info)t sourcesR R R t extra_objectst extra_compile_argst extra_link_argsR t def_files9 'def_file' element of build info dict no longer supportedt macrosi s9 'macros' element of build info dict must be 1- or 2-tuplei N( s include_dirss library_dirss librariesRn Ro Rp ( RE R t ListTypet DistutilsSetupErrort ranget lenR t extt isinstancet Extensiont ext_namet build_infot logt warnt TupleTypeRF t extension_name_ret matcht DictionaryTypet keyt gett valR t setattrt runtime_library_dirst has_keyRr t define_macrost undef_macrosRe RK ( R R Rz R Rr R R{ R Re Rw ( ( R t check_extensions_list sL & # 7 c C s> | i | i g } x! | i D] } | i | i q W| S( N( R R R t filenamesRw R_ Rm ( R Rw R ( ( R t get_source_filesr s c C sh | i | i g } xK | i D]@ } | i | i } | i t i i | i | i | q W| S( N( R R R t outputsRw t get_ext_fullnameRL t fullnameRK RI RM RN R t get_ext_filename( R R R Rw ( ( R t get_outputs} s c C s5 | i | i x | i D] } | i | q Wd S( N( R R R Rw t build_extension( R Rw ( ( R Rk s c C s | i } | d j p t | t t f j o t d d d | i n t | } | i | i } | i ou t i | d } t i | d d !d } | d } | i d } | i | } t i i | | i | } n" t i i | i | i | } | | i } | i p t | | d p t i d | i d Sn t i! d | i | i" | | } | i# p g } | i% } x! | i' D] } | i) | f qW| i* i+ | d | i, d | d | i- d | i d | d | i } | | _/ | i0 o | i1 | i0 n | i2 p g } | i3 p | i* i4 | } | i* i5 | | d | i6 | d | i7 d | i8 d | d | i9 | d | i d | i, d | d S( Ns* in 'ext_modules' option (extension '%s'), s& 'sources' must be present and must be s a list of source filenamesR6 i it build_pyt newers$ skipping '%s' extension (up-to-date)s building '%s' extensiont output_dirRr R R t extra_postargst dependsR R R t export_symbolsR t target_lang(: Rw Rm R RE Rs R~ Rt RL t listR R R R RG RH t modpathRN R t baseR^ R t get_package_dirt package_dirRI RM R t ext_filenameR R R t newer_groupR| R t infot swig_sourcesRo t extra_argsR Rr R R RK R" t compileR R t objectst _built_objectsRn R_ Rp t languaget detect_languaget link_shared_objectt get_librariesR R t get_export_symbols( R Rw Rm R R R R Rr R R R R R R R R ( ( R R s^ & c C s g } g } h } | i o t i d n | i p d | i j o d } n d } xt | D]l } t i i | \ } } | d j o4 | i | d | | i | | d | | <q^ | i | q^ W| p | Sn | i p | i } | d g } | i | i | i o | i d n | i p% x" | i D] } | i | q>Wn xE | D]= } | | } t i d | | | i | d | | g q`W| S( s Walk the list of source files in 'sources', looking for SWIG interface (.i) files. Run SWIG on all that are found, and return a modified 'sources' list with SWIG source files replaced by the generated C (or C++) files. s/ --swig-cpp is deprecated - use --swig-opts=-c++s -c++s .cpps .cs .it _wrapis -pythons swigging %s to %ss -oN( t new_sourcesR t swig_targetsR R$ R| R} R% t target_extRm t sourceRI RM t splitextR Rw RK R# t find_swigt swig_cmdR_ t extensiont ot targetR t spawn( R Rm R R# R R R R Rw R R R R R ( ( R R sD c C s t i d j o d Sn t i d j oM xr d D]: } t i i d | d } t i i | o | Sq/ q/ Wd Sn) t i d j o d Sn t d t i d S( s Return the name of the SWIG executable. On Unix, this is just "swig" -- it should be in the PATH. Tries a bit harder on Windows. t posixR# R) s 1.3s 1.2s 1.1s c:\swig%ss swig.exeR/ s> I don't know how to find (much less run) SWIG on platform '%s'N( s 1.3s 1.2s 1.1( RI RL t versRM RN t fnt isfilet DistutilsPlatformError( R R R ( ( R R 2 s c C s+ | i d j o | Sn | i d | Sd S( NR6 ( R R R Rz ( R Rz ( ( R R T s c C s d k l } t i | d } t i d j o* | t | d d | t | d <n | d } t i d j o) | i o t t i i | d | Sn t t i i | | S( s Convert the name of an extension (eg. "foo.bar") into the name of the file from which it will be loaded (eg. "foo/bar.so", or "foo\bar.pyd"). ( s get_config_varR6 R/ i i t SOR) t _dN( t distutils.sysconfigt get_config_varRG RH Rz t ext_pathRI RL Rv t so_extR R t applyRM RN ( R Rz R R R ( ( R R Z s * c C sH d t i | i d d } | | i j o | i i | n | i S( s Return the list of symbols that a shared extension has to export. This either uses 'ext.export_symbols' or, if it's not provided, "init" + module_name. Only relevant on Windows, where the .pyd file (DLL) must export the module "init" function. t initR6 iN( RG RH Rw RL t initfunc_nameR RK ( R Rw R ( ( R R k s c C s t i d j o} d k l } t | i | pR d } | i o | d } n | t i d ?t i d ?d @f } | i | g Sq| i SnZt i d j o: d } | t i d ?t i d ?d @f } | i | g Snt i d d j o: d } | t i d ?t i d ?d @f } | i | g Sn t i d d j o d k l } d } | t i d ?t i d ?d @f } g } xO | i d i D]8 } | i d o | i | d q| i | qW| i | d g | Sn | i Sd S( s Return the list of libraries to link against when building a shared extension. On most platforms, this is just 'ext.libraries'; on Windows and OS/2, we add the Python library (eg. python20.dll). t win32( s MSVCCompilers python%d%dR i i i t os2emxi R1 s python%d.%dR2 ( s sysconfigt SHLIBSs -li t mN( RO RQ t distutils.msvccompilert MSVCCompilerRx R R" t templateR t hexversiont pythonlibRw R R< R= t extraR RH R3 t startswithRK ( R Rw R= R3 R R R R ( ( R R w s< " "" " ( s build-lib=R s( directory for compiled extension modules( s build-temp=R s1 directory for temporary files (build by-products)( s define=R s C preprocessor macros to define( s undef=R s! C preprocessor macros to undefine( s libraries=R s! external C libraries to link with( s rpath=R s7 directories to search for shared C libraries at runtime( s link-objects=R s2 extra explicit link objects to include in the link( s debugR s' compile/link with debugging information( s forceR s2 forcibly build everything (ignore file timestamps)( s compiler=R s specify the compiler type( s swig-cppNs) make SWIG create C++ files (default is C)( s swig-opts=Ns! list of SWIG command line options( s swig=Ns path to the SWIG executable( t __name__t __module__t descriptionRI RJ t sep_byR t user_optionst boolean_optionsR t help_optionsR& RX Rl R R R Rk R R R R R R R ( ( ( R R s& ]$ g ? V b 9 " ( t __doc__t __revision__RO RI RG t ret typest distutils.coret Commandt distutils.errorsR Ra RU t distutils.dep_utilR t distutils.extensionRy R< R| R R R R ( Ra R RG Ry R RU RO R R R R RI R R| ( ( R t ? s $