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c++ Programming Glossary: foo.ohttp://stackoverflow.com/questions/145270/calling-c-c-from-python to compile this to a shared library g c fPIC foo.cpp o foo.o g shared Wl soname libfoo.so o libfoo.so foo.o And finally you.. foo.cpp o foo.o g shared Wl soname libfoo.so o libfoo.so foo.o And finally you have to write your python wrapper e.g. in fooWrapper.py..
http://stackoverflow.com/questions/1713214/how-to-use-c-in-go GOROOT src Make. GOARCH include GOROOT src Make.pkg foo.o foo.cpp g _CGO_CFLAGS_ GOARCH fPIC O2 o @ c CGO_CFLAGS cfoo.o.. foo.cpp g _CGO_CFLAGS_ GOARCH fPIC O2 o @ c CGO_CFLAGS cfoo.o cfoo.cpp g _CGO_CFLAGS_ GOARCH fPIC O2 o @ c CGO_CFLAGS CGO_LDFLAGS.. o @ c CGO_CFLAGS CGO_LDFLAGS lstdc elem _foo.so foo.cgo4.o foo.o cfoo.o gcc _CGO_CFLAGS_ GOARCH _CGO_LDFLAGS_ GOOS o @ ^ CGO_LDFLAGS..
Convert a Static Library to a Shared Library (create libsome.so from libsome.a): where's my symbols? http://stackoverflow.com/questions/2193944/convert-a-static-library-to-a-shared-library-create-libsome-so-from-libsome-a files packed in a static library g std c 98 fpic g O1 c o foo.o foo.cpp g std c 98 fpic g O1 c o bar.o bar.cpp ar rc libsome.a.. g std c 98 fpic g O1 c o bar.o bar.cpp ar rc libsome.a foo.o bar.o I'd like to generate libsome.so from libsome.a instead.. also everything is fine if I create libsome.so from foo.o and bar.o. c g shared libraries static libraries ld share..
g++ partial linking instead of archives? http://stackoverflow.com/questions/270984/g-partial-linking-instead-of-archives the referenced objects will be linked in. If you have both foo.o with the symbol foo and bar.o with the symbol bar in an ar archive.. in an ar archive and only reference the foo symbol only foo.o would be linked in. If you instead do a partial link the contents..
make include directive and dependency generation with -MM http://stackoverflow.com/questions/2801532/make-include-directive-and-dependency-generation-with-mm to the beginning of each dependency line like so foo.d foo.o foo.cpp foo.h bar.h baz.h I got the idea from this amazing paper..
static const C++ class member initialized gives a duplicate symbol error when linking http://stackoverflow.com/questions/2888805/static-const-c-class-member-initialized-gives-a-duplicate-symbol-error-when-li 3 1 2 3 But then I get a duplicate symbol foo array in foo.o and main.o foo.o hold the foo class and main.o holds main and.. I get a duplicate symbol foo array in foo.o and main.o foo.o hold the foo class and main.o holds main and uses instances..
Linking with multiple versions of a library http://stackoverflow.com/questions/3232822/linking-with-multiple-versions-of-a-library ar r libbar.a bar.o Now create a shared library using foo.o and link with static libbar.a gcc shared o libfoo.so foo.o L... foo.o and link with static libbar.a gcc shared o libfoo.so foo.o L. lbar Compile main.c and link with shared library libfoo.so..
Compiling a SWIG Python wrapper for a static library? http://stackoverflow.com/questions/4608780/compiling-a-swig-python-wrapper-for-a-static-library I made this library by typing g c foo.cxx ar rcs libfoo.a foo.o My SWIG interface file is as follows foo.i module foo #include..
Resolving a linker error: undefined reference to static class members http://stackoverflow.com/questions/5603101/resolving-a-linker-error-undefined-reference-to-static-class-members function produces a lot of results with answers like add foo.o to your linker command like so etc. I hope the solution is as..
Automatically separate class definitions from declarations? http://stackoverflow.com/questions/652779/automatically-separate-class-definitions-from-declarations in my code and have short compile times. I'll link against foo.o at the end. The downside of course is that I have to create..
library is linked but reference is undefined http://stackoverflow.com/questions/7783345/library-is-linked-but-reference-is-undefined and object files in the order they are specified. Thus foo.o lz bar.o searches library z after file foo.o but before bar.o... Thus foo.o lz bar.o searches library z after file foo.o but before bar.o. If bar.o refers to functions in z those functions..
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