def CheckTIFF(ctx, write_config_h=True):
ctx.Message('Checking for libtiff... ')
confprefix = getAutoconfPrefix(ctx.env)
platform = ctx.env['PLATFORM']
lastLIBS = list(ctx.env.get('LIBS', []))
for tifflib in ('tiff', 'libtiff'):
ctx.env.Append(LIBS = [tifflib])
ret = ctx.TryLink("""
#include <stdio.h>
#include <tiffio.h>
int main(int argc, char **argv) {
TIFF *tif;
tif = TIFFOpen("test","r");
TIFFClose(tif);
return 0;
}
""", extension='.c')
ctx.env.Replace(LIBS = lastLIBS)
if ret:
ctx.env.Replace(LIBTIFF=[tifflib])
break
key = confprefix+'HAVE_LIBTIFF'
if not (write_config_h and AddConfigKey(ctx, key, ret)):
# no config file is specified or it is disabled, use compiler options
if ret:
ctx.env.Append(CPPDEFINES=[key])
ctx.Result(ret)
return ret
def CheckURayUtils(ctx, write_config_h=False, add_to_compiler_env=False):
ctx.Message('Checking for URayUtils header files... ')
confprefix = getAutoconfPrefix(ctx.env)
platform = ctx.env['PLATFORM']
ret = ctx.TryLink("""
#include "URayUtils/Config/URayConfig.hpp"
using namespace URay;
int main(int argc, char **argv) {
uint32 i = 0;
return 0;
}
""",
extension='.cpp')
key = confprefix + 'HAVE_URAY_UTILS'
if not (write_config_h and AddConfigKey(ctx, key, ret)):
# no config file is specified or it is disabled, use compiler options
if ret and add_to_compiler_env:
ctx.env.Append(CPPDEFINES=[key])
ctx.Result(ret)
return ret
def CheckJPEG(ctx, write_config_h=True):
ctx.Message('Checking for libjpeg... ')
confprefix = getAutoconfPrefix(ctx.env)
platform = ctx.env['PLATFORM']
lastLIBS = list(ctx.env.get('LIBS', []))
# "libjpeg" variant is required here because scons seems to remove
# remove sometimes lib prefix (at least in mingw mode)
for jpeglib in ('jpeg', 'libjpeg', '"libjpeg"'):
ctx.env.Append(LIBS = [jpeglib])
ret = ctx.TryLink("""
#include <stdio.h>
#include <jpeglib.h>
int main(int argc, char **argv) {
struct jpeg_decompress_struct cinfo;
jpeg_destroy_decompress(&cinfo);
return 0;
}
""", extension='.c')
ctx.env.Replace(LIBS = lastLIBS)
if ret:
ctx.env.Replace(LIBJPEG=[jpeglib])
break
key = confprefix+'HAVE_LIBJPEG'
if not (write_config_h and AddConfigKey(ctx, key, ret)):
# no config file is specified or it is disabled, use compiler options
if ret:
ctx.env.Append(CPPDEFINES=[key])
ctx.Result(ret)
return ret
def CheckRTfactRTpie(ctx, write_config_h=False, add_to_compiler_env=False):
ctx.Message('Checking for delicious RTfact Pie header files... ')
confprefix = getAutoconfPrefix(ctx.env)
key = confprefix + 'HAVE_RTFACT_REMOTE'
compiler = ctx.env['compiler']
platform = ctx.env['PLATFORM']
isWin32 = (platform == 'win32')
savedVars = ctx.env.SaveVars('LIBS FRAMEWORKS CCFLAGS')
rtpieLIBS = ['RTfactRTpie']
if compiler == 'GCC' or (compiler == 'INTEL' and not isWin32):
rtpieCCFLAGS = ['-mmmx', '-msse', '-msse2']
elif compiler == 'MSVC':
rtpieCCFLAGS = ['/arch:SSE2']
else:
rtpieCCFLAGS = []
ctx.env.Append(LIBS=rtpieLIBS)
ctx.env.Append(CCFLAGS=rtpieCCFLAGS)
ret = ctx.TryLink("""
#include "RTpie/IRayTracer.hpp"
using namespace RTfact::RTpie;
int main(int argc, char **argv) {
IRayTracer *r;
HRESULT rv = CreateRayTracer(&r);
if(SUCCEEDED(rv)){
r->Release();
}
return 0;
}
""",
extension='.cpp')
if ret:
ctx.env.DeclarePackage('rtpie',
LIBS=rtpieLIBS,
dependencies=[],
vars={
'CPPDEFINES': [key],
'CCFLAGS': rtpieCCFLAGS
},
trigger_libs=['RTfactRTpie'],
trigger_frameworks=['RTfactRTpie'])
ctx.env.RestoreVars(savedVars)
if not (write_config_h and AddConfigKey(ctx, key, ret)):
# no config file is specified or it is disabled, use compiler options
if ret and add_to_compiler_env:
ctx.env.Append(CPPDEFINES=[key])
ctx.Result(ret)
return ret
def CheckSDL(ctx, write_config_h=False, add_to_compiler_env=False):
ctx.Message('Checking for SDL... ')
confprefix = getAutoconfPrefix(ctx.env)
platform = ctx.env['PLATFORM']
if platform == 'win32':
savedVars = ctx.env.SaveVars('LIBS')
if ctx.env.IsMSVC_Debug():
sdllibs = ['SDLd', 'SDLmaind']
else:
sdllibs = ['SDL', 'SDLmain']
ctx.env.Append(LIBS=sdllibs)
ret = ctx.TryLink("""
#include <SDL.h>
int main(int argc, char **argv)
{
SDL_Init(SDL_INIT_VIDEO);
SDL_Quit();
return 0;
}
""",
extension='.c')
ctx.env.RestoreVars(savedVars)
if ret:
ctx.env.DeclarePackage('sdl',
trigger_libs=['SDL', 'SDLmain'],
trigger_frameworks=['SDL'],
LIBS=sdllibs)
ctx.env.Replace(LIBSDL=sdllibs)
else:
ret, output = ctx.TryAction('sdl-config --version')
if ret:
vars = ctx.env.ParseFlags('!sdl-config --cflags --libs')
ctx.env.DeclarePackage('sdl',
vars=vars,
trigger_libs=['SDL', 'SDLmain'],
trigger_frameworks=['SDL'])
if add_to_compiler_env:
ctx.env.Append(CPPPATH=vars.get('CPPPATH'))
ctx.env.Append(LIBPATH=vars.get('LIBPATH'))
ctx.env.Replace(LIBSDL=vars.get('LIBS'))
key = confprefix + 'HAVE_LIBSDL'
if not (write_config_h and AddConfigKey(ctx, key, ret)):
# no config file is specified or it is disabled, use compiler options
if ret and add_to_compiler_env:
ctx.env.Append(CPPDEFINES=[key])
ctx.Result(ret)
return ret
def CheckBoostRegex(ctx, write_config_h=False, add_to_compiler_env=False):
ctx.Message('Checking for Boost Regex Library... ')
confprefix = getAutoconfPrefix(ctx.env)
key = confprefix + 'HAVE_BOOST_REGEX'
compiler = ctx.env['compiler']
platform = ctx.env['PLATFORM']
isWin32 = (platform == 'win32')
savedVars = ctx.env.SaveVars('LIBS FRAMEWORKS')
ret = 0
code = """
#include <boost/regex.hpp>
int main(int argc, char** argv) {
const boost::regex e("\\\\d{2}");
return boost::regex_match("12", e);
}
"""
# On Windows MSVC and Intel compiler automatically find out the correct
# library name.
if isWin32 and compiler in ('MSVC', 'INTEL', 'INTEL_NOGCC'):
boost_regex_libs = []
ret = ctx.TryLink(code, extension='.cpp')
else:
for lib in ('boost_regex-mt', 'boost_regex'):
boost_regex_libs = [lib]
ctx.env.AppendUnique(LIBS=boost_regex_libs)
ret = ctx.TryLink(code, extension='.cpp')
ctx.env.RestoreVars(savedVars)
if ret:
break
if ret:
ctx.env.DeclarePackage('boost_regex',
LIBS=boost_regex_libs,
dependencies=[],
vars={'CPPDEFINES': [key]},
trigger_libs=['boost_regex'],
trigger_frameworks=['boost_regex'])
ctx.env.RestoreVars(savedVars)
if not (write_config_h and AddConfigKey(ctx, key, ret)):
# no config file is specified or it is disabled, use compiler options
if ret and add_to_compiler_env:
ctx.env.Append(CPPDEFINES=[key])
ctx.Result(ret)
return ret
def CheckSpiderMonkey(ctx, write_config_h=False, add_to_compiler_env=False):
ctx.Message('Checking for Mozilla SpiderMonkey...')
confprefix = getAutoconfPrefix(ctx.env)
compiler = ctx.env['compiler']
platform = ctx.env['PLATFORM']
isWin32 = (platform == 'win32')
savedVars = ctx.env.SaveVars('LIBS FRAMEWORKS CCFLAGS')
# FIXME: Detection should work independently of DevEnv
# find SpiderMonkey relative to DevEnv
SPIDERMONKEY_PATH = '../../js-1.8.0-rc1/src'
SPIDERMONKEY_OBJ_PATH = SPIDERMONKEY_PATH + '/Linux_All_DBG.OBJ'
smCCFLAGS = ['-DXP_UNIX']
smLIBS = ['js', 'm']
#smCPPPATH = [SPIDERMONKEY_PATH, SPIDERMONKEY_OBJ_PATH]
#smLIBPATH = [SPIDERMONKEY_OBJ_PATH]
# add paths
# TODO I think this should be a package
ctx.env.Append(LIBS=smLIBS)
ctx.env.Append(CCFLAGS=smCCFLAGS)
ret = ctx.TryLink("""
#include <jsatom.h>
int main(int argc, char **argv) {
JSString *jsString;
JSAtom *jsAtom;
return 0;
}
""",
extension='.c')
if ret:
ctx.env.DeclarePackage('spidermonkey',
LIBS=smLIBS,
dependencies=[],
vars={'CCFLAGS': smCCFLAGS},
trigger_libs=['spidermonkey', 'js'],
trigger_frameworks=['spidermonkey', 'js'])
ctx.env.RestoreVars(savedVars)
key = confprefix + 'HAVE_SPIDERMONKEY'
if not (write_config_h and AddConfigKey(ctx, key, ret)):
# no config file is specified or it is disabled, use compiler options
if ret and add_to_compiler_env:
ctx.env.Append(CPPDEFINES=[key])
ctx.Result(ret)
return ret
def CheckRTSG_OpenRT(ctx, write_config_h=False, add_to_compiler_env=False):
# We assume here that RTSG is available
ctx.Message('Checking for RTSG/OpenRT library... ')
confprefix = getAutoconfPrefix(ctx.env)
platform = ctx.env['PLATFORM']
OPENRT_INCLUDE_DIR = ctx.env.get('OPENRT_INCLUDE_DIR', '')
savedVars = ctx.env.SaveVars('LIBS FRAMEWORKS LIBPATH CPPPATH')
if ctx.env.GetPackage('rtsg'):
ctx.env.RequirePackage('rtsg')
rtsgopenrtlibs = ['rtsgortext']
ctx.env.Append(LIBS=rtsgopenrtlibs)
ctx.env.Append(CPPPATH=OPENRT_INCLUDE_DIR)
ret = ctx.TryLink("""
#include <openrt/rt.h>
#include <openrt/types.h>
#include <rtsg/ortext/OpenRTRenderer.hpp>
int main(int argc, char **argv) {
ortext::OpenRTRenderer *r = 0;
return 0;
}
""",
extension='.cpp')
ctx.env.RestoreVars(savedVars)
if ret:
ctx.env.DeclarePackage('rtsg_openrt',
LIBS=[rtsgopenrtlibs],
CPPPATH=[OPENRT_INCLUDE_DIR],
dependencies=['rtsg'],
trigger_libs=[
'RTSG_OpenRT', 'rtsg_openrt', 'rtsgort',
'rtsgortext'
],
trigger_frameworks=['RTSG_OpenRT'])
ctx.env.Replace(LIBRTSGOPENRT=rtsgopenrtlibs)
key = confprefix + 'HAVE_LIBRTSG_OPENRT'
if not (write_config_h and AddConfigKey(ctx, key, ret)):
# no config file is specified or it is disabled, use compiler options
if ret and add_to_compiler_env:
ctx.env.Append(CPPDEFINES=[key])
ctx.Result(ret)
return ret
def CheckSSE3(ctx, write_config_h=False):
ctx.Message('Checking for SSE3 availability... ')
confprefix = getAutoconfPrefix(ctx.env)
has_sse3 = cpu.has_sse3() is not None
key = confprefix + 'HAVE_SSE3'
if not (write_config_h and AddConfigKey(ctx, key, has_sse3)):
# no config file is specified or it is disabled, use compiler options
if has_sse3:
ctx.env.Append(CPPDEFINES=[key])
ctx.Result(has_sse3)
return has_sse3
def CheckPNG(ctx, write_config_h=False, add_to_compiler_env=False):
ctx.Message('Checking for libpng... ')
confprefix = getAutoconfPrefix(ctx.env)
platform = ctx.env['PLATFORM']
lastLIBS = list(ctx.env.get('LIBS', []))
if platform == 'win32':
if ctx.env.IsMSVC_Debug():
ZLIB = ['zlibd']
pngLibNames = ['pngd']
else:
ZLIB = ['zlib']
pngLibNames = ['png', 'libpng', '"libpng"']
else:
ZLIB = ['z']
pngLibNames = ['png', 'libpng', '"libpng"']
ret = 0
# "libpng" variant is required here because scons seems to remove
# remove sometimes lib prefix (at least in mingw mode)
#for pnglib in ('png', 'libpng', '"libpng"'):
for pnglib in pngLibNames:
for includeDir in ('', 'libpng/'):
ctx.env.Append(LIBS=[pnglib] + ZLIB)
ret = ctx.TryLink("""
#include <%spng.h>
int main(int argc, char **argv) {
png_create_read_struct(PNG_LIBPNG_VER_STRING, 0, 0, 0);
return 0;
}
""" % includeDir,
extension='.c')
ctx.env.Replace(LIBS=lastLIBS)
if ret:
ctx.env.Replace(LIBPNG=[pnglib] + ZLIB)
break
if ret:
break
key = confprefix + 'HAVE_LIBPNG'
if not (write_config_h and AddConfigKey(ctx, key, ret)):
# no config file is specified or it is disabled, use compiler options
if ret and add_to_compiler_env:
ctx.env.Append(CPPDEFINES=[key])
ctx.Result(ret)
return ret
def CheckSDLTTF(ctx, write_config_h=False, add_to_compiler_env=False):
# We assume here that SDL is available
ctx.Message('Checking for SDL_ttf... ')
confprefix = getAutoconfPrefix(ctx.env)
platform = ctx.env['PLATFORM']
savedLIBS = ctx.env.SaveVars('LIBS')
sdllibs = ctx.env.get('LIBSDL', [])
sdlttflibs = ['SDL_ttf']
savedVars = None
if ctx.env.GetPackage('sdl'):
savedVars = ctx.env.RequirePackage('sdl')
ctx.env.Append(LIBS=sdlttflibs + sdllibs)
ret = ctx.TryLink("""
#include <SDL_ttf.h>
int main(int argc, char **argv) {
TTF_Init();
TTF_Quit();
return 0;
}
""",
extension='.c')
ctx.env.RestoreVars(savedLIBS)
if savedVars:
ctx.env.RestoreVars(savedVars)
if ret:
ctx.env.DeclarePackage('sdlttf',
vars={'LIBS': sdlttflibs},
dependencies='sdl',
trigger_libs=['SDL_ttf'])
ctx.env.Replace(LIBSDLTTF=sdlttflibs)
key = confprefix + 'HAVE_LIBSDL_TTF'
if not (write_config_h and AddConfigKey(ctx, key, ret)):
# no config file is specified or it is disabled, use compiler options
if ret and add_to_compiler_env:
ctx.env.Append(CPPDEFINES=[key])
ctx.Result(ret)
return ret
def CheckXflow(ctx, write_config_h=False, add_to_compiler_env=False):
ctx.Message('Checking for Xflow library... ')
confprefix = getAutoconfPrefix(ctx.env)
key = confprefix + 'HAVE_XFLOW'
compiler = ctx.env['compiler']
platform = ctx.env['PLATFORM']
isWin32 = (platform == 'win32')
savedVars = ctx.env.SaveVars('LIBS FRAMEWORKS CCFLAGS')
xflowLIBS = ['DFC', 'Xflow']
xflowCCFLAGS = []
ctx.env.Append(LIBS=xflowLIBS)
ctx.env.Append(CCFLAGS=xflowCCFLAGS)
ret = ctx.TryLink("""
#include <Xflow/Graph/Graph.hpp>
int main(int argc, char **argv) {
Xflow::Graph::Ptr graph = new Xflow::Graph();
return 0;
}
""",
extension='.cpp')
if ret:
ctx.env.DeclarePackage('xflow',
LIBS=xflowLIBS,
dependencies=['dfccdd'],
vars={
'CPPDEFINES': [key],
'CCFLAGS': xflowCCFLAGS
},
trigger_libs=['Xflow'],
trigger_frameworks=['Xflow'])
ctx.env.RestoreVars(savedVars)
if not (write_config_h and AddConfigKey(ctx, key, ret)):
# no config file is specified or it is disabled, use compiler options
if ret and add_to_compiler_env:
ctx.env.Append(CPPDEFINES=[key])
ctx.Result(ret)
return ret
def CheckImageMagick(ctx, write_config_h=False, add_to_compiler_env=False):
ctx.Message('Checking for ImageMagick... ')
confprefix = getAutoconfPrefix(ctx.env)
key = confprefix + 'HAVE_LIBMAGICK'
compiler = ctx.env['compiler']
platform = ctx.env['PLATFORM']
isWin32 = (platform == 'win32')
varNames = 'LIBS FRAMEWORKS CPPPATH CCFLAGS CXXFLAGS LINKFLAGS'
varNamesList = ctx.env.Split(varNames)
savedVars = ctx.env.SaveVars(varNames)
ret, output = ctx.TryAction('Magick-config --version')
if ret:
# removed --cflags due to the problems with some options:
# conflicts between icc and g++ options
# Reset all flags so we can find everything what is changed
for var in varNamesList:
ctx.env[var] = []
ctx.env.ParseConfig('Magick-config --cppflags --ldflags --libs')
if ctx.env.get('CCFLAGS'):
ctx.env['CCFLAGS'] = filterOut('-no-undefined', ctx.env['CCFLAGS'])
vars = {}
for var in varNamesList:
vars[var] = ctx.env[var]
package = ctx.env.DeclarePackage(
'magick',
vars=vars,
trigger_libs=['magick', 'Magick', 'MagickCore', 'ImageMagick'])
ctx.env.RestoreVars(savedVars)
if not (write_config_h and AddConfigKey(ctx, key, ret)):
# no config file is specified or it is disabled, use compiler options
if ret and add_to_compiler_env:
ctx.env.Append(CPPDEFINES=[key])
ctx.Result(ret)
return ret
def CheckJitRT(ctx, write_config_h=False, add_to_cppdefines=False):
ctx.Message('Checking for jitRT library... ')
confprefix = getAutoconfPrefix(ctx.env)
platform = ctx.env['PLATFORM']
haveLLVM = ctx.env.GetPackage('llvm')
savedVars = ctx.env.SaveVars('LIBS FRAMEWORKS')
jitrtlibs = ['jitRT']
ctx.env.Append(LIBS=jitrtlibs)
ret = ctx.TryLink("""
#include <jitRT/llvmWrapper.h>
int main(int argc, char **argv)
{
llvm::Module* mod = jitRT::createModuleFromFile("file");
return 0;
}
""",
extension='.cpp')
ctx.env.RestoreVars(savedVars)
if ret:
ctx.env.DeclarePackage('jitrt',
vars={
'LIBS': jitrtlibs,
'CPPDEFINES': confprefix + 'HAVE_ANYSL'
},
trigger_libs=['jitrt', 'jitRT'],
trigger_frameworks=['jitRT'])
key = confprefix + 'HAVE_ANYSL'
if not (write_config_h and AddConfigKey(ctx, key, ret)):
# no config file is specified or it is disabled, use compiler options
if ret and add_to_cppdefines:
ctx.env.Append(CPPDEFINES=[key])
ctx.Result(ret)
return ret
def CheckOpenSSL(ctx, write_config_h=False, add_to_compiler_env=False):
ctx.Message('Checking for OpenSSL... ')
confprefix = getAutoconfPrefix(ctx.env)
platform = ctx.env['PLATFORM']
savedVars = ctx.env.SaveVars('LIBS')
if platform == 'win32':
if ctx.env.IsMSVC_Debug():
libs = ['libeay32', 'ssleay32']
else:
libs = ['libeay32', 'ssleay32']
else:
libs = ['ssl', 'crypto']
ctx.env.Append(LIBS=libs)
ret = ctx.TryLink("""
#include <openssl/ssl.h>
int main(int argc, char **argv)
{
SSL_load_error_strings();
SSL_library_init ();
return 0;
}
""",
extension='.c')
ctx.env.RestoreVars(savedVars)
if ret:
ctx.env.DeclarePackage('openssl',
trigger_libs=['ssl', 'openssl', 'OpenSSL'],
trigger_frameworks=['OpenSSL'],
LIBS=libs)
key = confprefix + 'HAVE_OPENSSL'
if not (write_config_h and AddConfigKey(ctx, key, ret)):
# no config file is specified or it is disabled, use compiler options
if ret and add_to_compiler_env:
ctx.env.Append(CPPDEFINES=[key])
ctx.Result(ret)
return ret
def CheckCurl(ctx, write_config_h=False, add_to_compiler_env=False):
ctx.Message('Checking for libcurl... ')
confprefix = getAutoconfPrefix(ctx.env)
platform = ctx.env['PLATFORM']
savedVars = ctx.env.SaveVars('LIBS')
if platform == 'win32':
if ctx.env.IsMSVC_Debug() :
libs = ['libcurl_imp']
else:
libs = ['libcurl_imp']
else:
libs = ['curl']
ctx.env.Append(LIBS = libs)
ret = ctx.TryLink("""
#include <curl/curl.h>
int main(int argc, char **argv)
{
CURL * curlHandle = curl_easy_init();
curl_easy_cleanup(curlHandle);
return 0;
}
""", extension='.c')
ctx.env.RestoreVars(savedVars)
if ret:
ctx.env.DeclarePackage('curl',
trigger_libs=['curl', 'Curl'],
trigger_frameworks=['Curl'],
LIBS = libs)
key = confprefix+'HAVE_CURL'
if not (write_config_h and AddConfigKey(ctx, key, ret)):
# no config file is specified or it is disabled, use compiler options
if ret and add_to_compiler_env:
ctx.env.Append(CPPDEFINES=[key])
ctx.Result(ret)
return ret
def CheckOpenFI(ctx, write_config_h=False, add_to_compiler_env=False):
ctx.Message('Checking for openFI library ... ')
confprefix = getAutoconfPrefix(ctx.env)
key = confprefix + 'HAVE_OPENFI'
platform = ctx.env['PLATFORM']
savedVars = ctx.env.SaveVars('LIBS')
if platform == 'win32' and ctx.env.IsMSVC_Debug():
openFILibs = ['openFId']
else:
openFILibs = ['openFI']
ctx.env.Append(LIBS=openFILibs)
ret = ctx.TryLink("""
#include <xiot/FIEncoder.h>
int main(int argc, char **argv) {
FI::FIEncoder enc;
enc.reset();
return 0;
}
""",
extension='.cpp')
if ret:
ctx.env.DeclarePackage('openfi',
LIBS=openFILibs,
trigger_libs=['openFI'])
ctx.env.RestoreVars(savedVars)
if not (write_config_h and AddConfigKey(ctx, key, ret)):
# no config file is specified or it is disabled, use compiler options
if ret and add_to_compiler_env:
ctx.env.Append(CPPDEFINES=[key])
ctx.Result(ret)
return ret
def CheckImageMagick(ctx, write_config_h=True):
ctx.Message('Checking for ImageMagick... ')
confprefix = getAutoconfPrefix(ctx.env)
ret, output = ctx.TryAction('Magick-config --version')
if ret:
# removed --cflags due to the problems with some options:
# conflicts between icc and g++ options
ctx.env.ParseConfig('Magick-config --cppflags --ldflags')
if ctx.env.get('CCFLAGS'):
ctx.env['CCFLAGS'] = filterOut('-no-undefined', ctx.env['CCFLAGS'])
key = confprefix+'HAVE_LIBMAGICK'
if not (write_config_h and AddConfigKey(ctx, key, ret)):
# no config file is specified or it is disabled, use compiler options
if ret:
ctx.env.Append(CPPDEFINES=[key])
ctx.Result(ret)
return ret
def CheckRTSG_OpenRT(ctx, write_config_h=True):
# We assume here that RTSG is available
ctx.Message('Checking for RTSG/OpenRT library... ')
confprefix = getAutoconfPrefix(ctx.env)
platform = ctx.env['PLATFORM']
OPENRT_INCLUDE_DIR = ctx.env.get('OPENRT_INCLUDE_DIR', '')
lastLIBS = list(ctx.env.get('LIBS', []))
lastCPPPATH = list(ctx.env.get('CPPPATH', []))
rtsglibs = ['rtsg']
rtsgopenrtlibs = ['rtsgortext']
ctx.env.Append(LIBS = rtsgopenrtlibs + rtsglibs)
ctx.env.Append(CPPPATH = OPENRT_INCLUDE_DIR)
ret = ctx.TryLink("""
#include <openrt/rt.h>
#include <openrt/types.h>
#include <rtsg/openrt/OpenRTRenderer.hpp>
int main(int argc, char **argv) {
ortext::OpenRTRenderer *r = 0;
return 0;
}
""", extension='.cpp')
ctx.env.Replace(LIBS = lastLIBS)
ctx.env.Replace(CPPPATH = lastCPPPATH)
if ret:
ctx.env.Replace(LIBRTSGOPENRT=rtsgopenrtlibs)
key = confprefix+'HAVE_LIBRTSG_OPENRT'
if not (write_config_h and AddConfigKey(ctx, key, ret)):
# no config file is specified or it is disabled, use compiler options
if ret:
ctx.env.Append(CPPDEFINES=[key])
ctx.Result(ret)
return ret
def CheckRTfact(ctx, write_config_h=False, add_to_compiler_env=False):
ctx.Message('Checking for RTfact library... ')
confprefix = getAutoconfPrefix(ctx.env)
platform = ctx.env['PLATFORM']
compiler = ctx.env['compiler']
isGCC = (compiler == 'GCC')
lastCCFLAGS = list(ctx.env.get('CCFLAGS', []))
if isGCC:
ctx.env.AppendUnique(CCFLAGS=['-fpermissive'])
ret = ctx.TryLink("""
#include "URayUtils/Config/URayConfig.hpp"
#include "RTfact/Config/Config.hpp"
#include "RTfact/Concept/Scene.hpp"
using namespace URay::RTfact;
using namespace URay;
int main(int argc, char **argv) {
uint32 i = 0;
return 0;
}
""",
extension='.cpp')
key = confprefix + 'HAVE_RTFACT'
if not (write_config_h and AddConfigKey(ctx, key, ret)):
# no config file is specified or it is disabled, use compiler options
if ret and add_to_compiler_env:
ctx.env.Append(CPPDEFINES=[key])
ctx.env.Replace(CCFLAGS=lastCCFLAGS)
ctx.Result(ret)
return ret
def CheckGoogleSparseHash(ctx, write_config_h=True, add_to_cppdefines=False):
ctx.Message('Checking for Google\'s Sparse Hash... ')
confprefix = getAutoconfPrefix(ctx.env)
key = confprefix + 'HAVE_GOOGLE_SPARSEHASH'
haveHeaders = ctx.TryLink("""
#include <google/dense_hash_map>
#include <google/sparse_hash_map>
int main(int argc, char** argv) {
google::dense_hash_map<int, int> map1;
google::sparse_hash_map<int, int> map2;
return 0;
}
""",
extension='.cpp')
if not (write_config_h and AddConfigKey(ctx, key, haveHeaders)):
# no config file is specified or it is disabled, use compiler options
if haveHeaders and add_to_cppdefines:
ctx.env.Append(CPPDEFINES=[key])
ctx.Result(haveHeaders)
return haveHeaders
def CheckBoostSerialization(ctx,
write_config_h=False,
add_to_compiler_env=False,
enable_package_cppdefines=False):
ctx.Message('Checking for Boost Serialization Library... ')
confprefix = getAutoconfPrefix(ctx.env)
key = confprefix + 'HAVE_BOOST_SERIALIZATION'
compiler = ctx.env['compiler']
platform = ctx.env['PLATFORM']
isWin32 = (platform == 'win32')
savedVars = ctx.env.SaveVars('LIBS FRAMEWORKS')
ret = 0
code = """
#include <fstream>
#include <boost/archive/text_oarchive.hpp>
#include <boost/archive/text_iarchive.hpp>
int main(int argc, char** argv)
{
std::ofstream ofs("filename");
{
boost::archive::text_oarchive oa(ofs);
double d = 2.0;
oa << d;
}
return 0;
}
"""
# On Windows MSVC and Intel compiler automatically find out the correct
# library name.
if isWin32 and compiler in ('MSVC', 'INTEL', 'INTEL_NOGCC'):
boost_serialization_libs = []
ret = ctx.TryLink(code, extension='.cpp')
else:
for lib in ('boost_serialization-mt', 'boost_serialization'):
boost_serialization_libs = ctx.env.Split(lib)
ctx.env.AppendUnique(LIBS=boost_serialization_libs)
ret = ctx.TryLink(code, extension='.cpp')
ctx.env.RestoreVars(savedVars)
if ret:
break
if ret:
vars = {}
if enable_package_cppdefines:
vars.update({'CPPDEFINES': [key]})
ctx.env.DeclarePackage('boost_serialization',
LIBS=boost_serialization_libs,
dependencies=[],
vars=vars,
trigger_libs=['boost_serialization'],
trigger_frameworks=['boost_serialization'])
ctx.env.RestoreVars(savedVars)
if not (write_config_h and AddConfigKey(ctx, key, ret)):
# no config file is specified or it is disabled, use compiler options
if ret and add_to_compiler_env:
ctx.env.Append(CPPDEFINES=[key])
ctx.Result(ret)
return ret
def CheckInImage(ctx, write_config_h=True, add_to_cppdefines=False):
ctx.Message('Checking for InImage library... ')
confprefix = getAutoconfPrefix(ctx.env)
platform = ctx.env['PLATFORM']
ROOT_DIR = ctx.env.GetRootDir()
INIMAGE_DIST_DIR = ctx.env.GetEnvVar('INIMAGE_DIST_DIR')
if not INIMAGE_DIST_DIR:
# is inImage a sub module ?
p = os.path.join(ROOT_DIR, 'inImage')
if not os.path.exists(p):
# is inImage one dir higher ?
p = os.path.join(ROOT_DIR, '..', 'inImage')
if os.path.exists(p):
INIMAGE_DIST_DIR = p
else:
INIMAGE_DIST_DIR = None
ctx.Message('Warning: could not find inImage, you need to define INIMAGE_DIST_DIR environment variable. ')
if INIMAGE_DIST_DIR:
if platform == 'win32':
imgLibFile = 'InImage.dll'
else:
imgLibFile = 'libInImage.so'
libDir = os.path.join(INIMAGE_DIST_DIR, 'lib')
imgLib = os.path.join(libDir, imgLibFile)
if not os.path.exists(imgLib):
libDir = os.path.join(INIMAGE_DIST_DIR, 'build', 'lib')
imgLib = os.path.join(libDir, imgLibFile)
if not os.path.exists(imgLib):
ctx.Message('Warning: could not find inImage library %s. ' % (imgLib,))
if write_config_h:
AddConfigKey(ctx, confprefix+'HAVE_LIBINIMAGE', 0)
ctx.Result(0)
return 0
incDir = os.path.join(INIMAGE_DIST_DIR, 'include')
if not os.path.exists(incDir):
incDir = os.path.join(INIMAGE_DIST_DIR, '..', 'include')
if not os.path.exists(incDir):
ctx.Message('Warning: could not find inImage include dir %s. ' % (incDir,))
if write_config_h:
AddConfigKey(ctx, confprefix+'HAVE_LIBINIMAGE', 0)
ctx.Result(0)
return 0
ctx.env.Replace(INIMAGE_LIB_DIR=os.path.abspath(libDir))
ctx.env.Replace(INIMAGE_INCLUDE_DIR=os.path.abspath(incDir))
ctx.env.DeclarePackage('inimage',
CPPPATH=[os.path.abspath(incDir)],
LIBPATH=[os.path.abspath(libDir)],
LIBS=['InImage'],
trigger_libs=['InImage', 'inimage'])
ret = 1
else:
ret = 0
key = confprefix+'HAVE_LIBINIMAGE'
if not (write_config_h and AddConfigKey(ctx, key, ret)):
# no config file is specified or it is disabled, use compiler options
if ret and add_to_cppdefines:
ctx.env.Append(CPPDEFINES=[key])
ctx.Result(ret)
return ret
def CheckPacketizer(ctx, write_config_h=False, add_to_compiler_env=False):
ctx.Message('Checking for Packetizer... ')
confprefix = getAutoconfPrefix(ctx.env)
key = confprefix + 'HAVE_PACKETIZER'
platform = ctx.env['PLATFORM']
# If LLVM is not available Packetizer cannot be used as it linked statically
# and do not contain any LLVM symbols
if not ctx.env.GetPackage('llvm'):
ctx.Message('No LLVM detected')
if write_config_h:
AddConfigKey(ctx, key, 0)
ctx.Result(0)
return 0
packetizerlibs = ['Packetizer']
# RequirePackage('llvm') will add all libraries needed for linking with
# LLVM and return dictionary of all modified variables with original
# values.
savedVars = ctx.env.RequirePackage('llvm')
# Note: order of adding to LIBS variable is important for static
# libraries, Packetizer library need to be added before LLVM so
# LLVM symbols not found in Packetizer library will be found in the
# LLVM library after it.
ctx.env.Prepend(LIBS=packetizerlibs)
ret = ctx.TryLink("""
#define PACKETIZER_STATIC_LIBS
#include <Packetizer/api.h>
int main(int argc, char **argv)
{
Packetizer::Packetizer* packetizer = Packetizer::getPacketizer(false, false);
Packetizer::addFunctionToPacketizer(packetizer, "test", "test_simd", 4);
return 0;
}
""",
extension='.cpp')
ctx.env.RestoreVars(savedVars)
if ret:
ctx.env.DeclarePackage('packetizer',
vars={
'LIBS': packetizerlibs,
'CPPDEFINES': confprefix + 'HAVE_PACKETIZER'
},
dependencies='llvm',
trigger_libs=['packetizer', 'Packetizer'],
trigger_frameworks=['Packetizer'])
if ctx.env.GetPackage('llvm_shared'):
ctx.env.DeclarePackage(
'packetizer_shared',
vars={
'LIBS': packetizerlibs,
'CPPDEFINES': confprefix + 'HAVE_PACKETIZER'
},
dependencies='llvm_shared',
trigger_libs=['packetizer_shared', 'Packetizer_shared'],
trigger_frameworks=['Packetizer_shared'])
if not (write_config_h and AddConfigKey(ctx, key, ret)):
# no config file is specified or it is disabled, use compiler options
if ret and add_to_compiler_env:
ctx.env.Append(CPPDEFINES=[key])
ctx.Result(ret)
return ret
def CheckBoostPython(ctx, write_config_h=False, add_to_compiler_env=False):
ctx.Message('Checking for Boost Python Library... ')
try:
import distutils.sysconfig
python_includes = [distutils.sysconfig.get_python_inc()]
python_libs = ['python'+distutils.sysconfig.get_python_version()]
except ImportError:
ctx.Message('No distutils package, use default paths')
python_includes = []
python_libs = None
confprefix = getAutoconfPrefix(ctx.env)
key = confprefix+'HAVE_BOOST_PYTHON'
compiler = ctx.env['compiler']
platform = ctx.env['PLATFORM']
savedVars = ctx.env.SaveVars('LIBS FRAMEWORKS CPPPATH')
ret = 0
code = """
#include <boost/python.hpp>
using namespace boost::python;
char const* greet()
{
return "hello, world";
}
BOOST_PYTHON_MODULE(hello)
{
def("greet", greet);
}
// dummy main func
int main(int argc, char **argv) { }
"""
def doCheck(python_includes, python_libs, boost_python_libs):
if boost_python_libs:
ctx.env.AppendUnique(LIBS = boost_python_libs)
ctx.env.AppendUnique(CPPPATH = python_includes)
if python_libs:
ctx.env.AppendUnique(LIBS=python_libs+boost_python_libs)
return ctx.TryLink(code, extension='.cpp')
else:
return ctx.TryCompile(code, extension='.cpp')
# MSVC and Intel compiler automatically find out the correct library name
if compiler not in ('MSVC', 'INTEL', 'INTEL_NOGCC'):
boost_python_libs_alt = [['boost_python-mt'], ['boost_python']]
else:
boost_python_libs_alt = [[]]
for libs in boost_python_libs_alt:
boost_python_libs = libs
ret = doCheck(python_includes, python_libs, boost_python_libs)
ctx.env.RestoreVars(savedVars)
if ret:
break
if ret:
vars = {'CPPDEFINES' : [key], 'SHLIBPREFIX' : '',
'CPPPATH' : python_includes}
if platform == 'win32':
vars['SHLIBSUFFIX'] = '.pyd'
ctx.env.DeclarePackage('boost_python', LIBS=boost_python_libs,
dependencies=[],
vars=vars,
trigger_libs=['boost_python'],
trigger_frameworks=['boost_python'])
if python_libs:
ctx.env.Replace(LIBBOOST_PYTHON=['boost_python'])
ctx.env.Replace(LIBPYTHON=python_libs)
ctx.env.RestoreVars(savedVars)
if not (write_config_h and AddConfigKey(ctx, key, ret)):
# no config file is specified or it is disabled, use compiler options
if ret and add_to_compiler_env:
ctx.env.Append(CPPDEFINES=[key])
ctx.Result(ret)
return ret
def CheckOgre(ctx,
write_config_h=False,
add_to_compiler_env=False,
min_version=None,
max_version=None):
ctx.Message('Checking for Ogre Library... ')
confprefix = getAutoconfPrefix(ctx.env)
platform = ctx.env['PLATFORM']
if min_version is not None:
min_version = Version(min_version)
if max_version is not None:
max_version = Version(max_version)
savedVars = ctx.env.SaveVars('LIBS FRAMEWORKS CPPPATH')
ctx.env.Replace(OGRE_INCLUDES=[])
ret = 0
if platform == 'win32':
# on windows, Ogre include path should be in $PATH
if ctx.env.IsMSVC_Debug():
# debug version of library ends with '_d'
ogreLibName = 'OgreMain_d'
else:
ogreLibName = 'OgreMain'
ctx.env.Append(LIBS=[ogreLibName])
ret, outputStr = ctx.TryRun("""
#include <Ogre.h>
#include <iostream>
Ogre::Root* makeRoot() { return new Ogre::Root(""); }
int main(int argc, char** argv)
{
std::cout<<OGRE_VERSION_MAJOR<<"."
<<OGRE_VERSION_MINOR<<"."
<<OGRE_VERSION_PATCH
<<std::endl;
return 0;
}
""",
extension='.cpp')
if ret:
ogreVersion = Version(outputStr)
ctx.Message('version %s ' % ogreVersion)
if ogreVersion.compatible(min_version, max_version):
ogrePackage = ctx.env.DeclarePackage(
'ogre',
LIBS=[ogreLibName],
OGRE_VERSION=ogreVersion,
trigger_libs=['Ogre', 'OgreMain', 'ogre'])
else:
ctx.Message('is not within required [%s, %s] version range ' % \
(min_version, max_version))
ret = 0
ctx.env.RestoreVars(savedVars)
else:
# on linux, search in some common locations
for includeDir in ('', '/usr/include/OGRE', '/usr/local/include/OGRE'):
ctx.env.Append(LIBS=['OgreMain'])
ctx.env.Append(CPPPATH=[includeDir])
ret, outputStr = ctx.TryRun("""
#include <Ogre.h>
Ogre::Root* makeRoot() { return new Ogre::Root(""); }
int main(int argc, char** argv)
{
std::cout<<OGRE_VERSION_MAJOR<<"."
<<OGRE_VERSION_MINOR<<"."
<<OGRE_VERSION_PATCH
<<std::endl;
return 0;
}
""",
extension='.cpp')
ctx.env.RestoreVars(savedVars)
if ret:
ogreVersion = Version(outputStr)
ctx.Message('version %s ' % ogreVersion)
if ogreVersion.compatible(min_version, max_version):
ogrePackage = ctx.env.DeclarePackage(
'ogre',
CPPPATH=[includeDir],
LIBS=['OgreMain'],
OGRE_VERSION=ogreVersion,
trigger_libs=['Ogre', 'OgreMain', 'ogre'])
ctx.env.Replace(OGRE_INCLUDES=[includeDir])
else:
ctx.Message(
'is not within required [%s, %s] version range ' % \
(min_version, max_version))
ret = 0
break
key = confprefix + 'HAVE_OGRE'
if not (write_config_h and AddConfigKey(ctx, key, ret)):
# no config file is specified or it is disabled, use compiler options
if ret and add_to_compiler_env:
ctx.env.Append(CPPDEFINES=[key])
ctx.Result(ret)
return ret
def CheckDFC(ctx,
write_config_h=False,
add_to_compiler_env=False,
enable_package_cppdefines=False):
ctx.Message('Checking for DFC library... ')
confprefix = getAutoconfPrefix(ctx.env)
key = confprefix + 'HAVE_DFC'
compiler = ctx.env['compiler']
platform = ctx.env['PLATFORM']
isWin32 = (platform == 'win32')
haveBoostThread = ctx.env.GetPackage('boost_thread')
if not haveBoostThread:
ctx.Message('Warning ! Please check for boost_thread first !')
savedVars = ctx.env.SaveVars('LIBS FRAMEWORKS CCFLAGS')
else:
savedVars = ctx.env.RequirePackage('boost_thread')
dfcLIBS = ['DFC']
dfcCCFLAGS = []
ctx.env.Append(LIBS=dfcLIBS)
ctx.env.Append(CCFLAGS=dfcCCFLAGS)
ret = ctx.TryLink("""
#include <DFC/Base/Core/LibraryInit.hpp>
int main(int argc, char **argv) {
DFC::LibraryInit init;
return 0;
}
""",
extension='.cpp')
if ret:
deps = ''
if haveBoostThread:
deps += 'boost_thread'
vars = {'CCFLAGS': dfcCCFLAGS}
if enable_package_cppdefines:
vars.update({'CPPDEFINES': [key]})
ctx.env.DeclarePackage('dfc',
LIBS=dfcLIBS,
dependencies=deps,
vars=vars,
trigger_libs=['DFC'],
trigger_frameworks=['DFC'])
ctx.env.DeclarePackage('dfccdd',
LIBS=['DFCCDD'],
dependencies=['dfc'],
vars=vars,
trigger_libs=['DFCCDD'],
trigger_frameworks=['DFCCDD'])
ctx.env.RestoreVars(savedVars)
if not (write_config_h and AddConfigKey(ctx, key, ret)):
# no config file is specified or it is disabled, use compiler options
if ret and add_to_compiler_env:
ctx.env.Append(CPPDEFINES=[key])
ctx.Result(ret)
return ret
def CheckInImage(ctx, write_config_h=False, add_to_compiler_env=False):
ctx.Message('Checking for InImage library... ')
confprefix = getAutoconfPrefix(ctx.env)
platform = ctx.env['PLATFORM']
ROOT_DIR = ctx.env.GetRootDir()
INIMAGE_DIST_DIR = ctx.env.GetEnvVar('INIMAGE_DIST_DIR')
ret = 0
if not INIMAGE_DIST_DIR:
# try to link inImage library
savedVars = ctx.env.SaveVars('LIBS')
ctx.env.Append(LIBS=['InImage'])
ret = ctx.TryLink("""
#include "inimage/Image.hpp"
#include "inimage/ImageIO.hpp"
using namespace inimage;
int main(int argc, char **argv) {
Image *img = ImageIO::read("test.ppm");
delete img;
return 0;
}
""",
extension='.cpp')
if ret:
ctx.env.DeclarePackage('inimage',
LIBS=['InImage'],
trigger_libs=['InImage', 'inimage'])
ctx.env.RestoreVars(savedVars)
if not INIMAGE_DIST_DIR and not ret:
# is inImage a sub module ?
p = os.path.join(ROOT_DIR, 'inImage')
if not os.path.exists(p):
# is inImage one dir higher ?
p = os.path.join(ROOT_DIR, '..', 'inImage')
if os.path.exists(p):
INIMAGE_DIST_DIR = p
else:
INIMAGE_DIST_DIR = None
ctx.Message(
'Warning: could not find inImage, you need to define INIMAGE_DIST_DIR environment variable. '
)
if INIMAGE_DIST_DIR and not ret:
if platform == 'win32':
imgLibFile = 'InImage.dll'
elif platform == 'darwin':
imgLibFile = 'libInImage.dylib'
else:
imgLibFile = 'libInImage.so'
libDir = os.path.join(INIMAGE_DIST_DIR, 'lib')
imgLib = os.path.join(libDir, imgLibFile)
if not os.path.exists(imgLib):
libDir = os.path.join(INIMAGE_DIST_DIR, 'build', 'lib')
imgLib = os.path.join(libDir, imgLibFile)
if not os.path.exists(imgLib):
ctx.Message('Warning: could not find inImage library %s. ' %
(imgLib, ))
if write_config_h:
AddConfigKey(ctx, confprefix + 'HAVE_LIBINIMAGE', 0)
ctx.Result(0)
return 0
incDir = os.path.join(INIMAGE_DIST_DIR, 'include')
if not os.path.exists(incDir):
incDir = os.path.join(INIMAGE_DIST_DIR, '..', 'include')
if not os.path.exists(incDir):
ctx.Message(
'Warning: could not find inImage include dir %s. ' %
(incDir, ))
if write_config_h:
AddConfigKey(ctx, confprefix + 'HAVE_LIBINIMAGE', 0)
ctx.Result(0)
return 0
ctx.env.Replace(INIMAGE_LIB_DIR=os.path.abspath(libDir))
ctx.env.Replace(INIMAGE_INCLUDE_DIR=os.path.abspath(incDir))
ctx.env.DeclarePackage('inimage',
CPPPATH=[os.path.abspath(incDir)],
LIBPATH=[os.path.abspath(libDir)],
LIBS=['InImage'],
trigger_libs=['InImage', 'inimage'])
ret = 1
key = confprefix + 'HAVE_LIBINIMAGE'
if not (write_config_h and AddConfigKey(ctx, key, ret)):
# no config file is specified or it is disabled, use compiler options
if ret and add_to_compiler_env:
ctx.env.Append(CPPDEFINES=[key])
ctx.Result(ret)
return ret
def CheckAssimp(ctx,
write_config_h=False,
add_to_compiler_env=False,
min_version=None,
max_version=None):
ctx.Message('Checking for Assimp library... ')
confprefix = getAutoconfPrefix(ctx.env)
compiler = ctx.env['compiler']
platform = ctx.env['PLATFORM']
isWin32 = (platform == 'win32')
if min_version is not None:
min_version = Version(min_version)
if max_version is not None:
max_version = Version(max_version)
savedVars = ctx.env.SaveVars('LIBS FRAMEWORKS CCFLAGS')
assimpLIBS = ['assimp']
assimpCCFLAGS = []
ctx.env.Append(LIBS=assimpLIBS)
ctx.env.Append(CCFLAGS=assimpCCFLAGS)
ret, outputStr = ctx.TryRun("""
#include "assimp.h"
#include "aiVersion.h"
#include <stdio.h>
int main(int argc, char **argv) {
printf("%i.%i.%i\\n", aiGetVersionMajor(), aiGetVersionMinor(), aiGetVersionRevision());
return 0;
}
""",
extension='.c')
if ret:
assimpVersion = Version(outputStr.strip())
ctx.Message('version %s ' % assimpVersion)
if assimpVersion.compatible(min_version, max_version):
ctx.env.DeclarePackage('assimp',
LIBS=assimpLIBS,
ASSIMP_VERSION=assimpVersion,
CCFLAGS=assimpCCFLAGS,
trigger_libs=['assimp'],
trigger_frameworks=['assimp'])
else:
ctx.Message('is not within required [%s, %s] version range ' % \
(min_version, max_version))
ret = 0
ctx.env.RestoreVars(savedVars)
key = confprefix + 'HAVE_ASSIMP'
if not (write_config_h and AddConfigKey(ctx, key, ret)):
# no config file is specified or it is disabled, use compiler options
if ret and add_to_compiler_env:
ctx.env.Append(CPPDEFINES=[key])
ctx.Result(ret)
return ret
def CheckBoostProgramOptions(ctx,
write_config_h=False,
add_to_compiler_env=False):
ctx.Message('Checking for Boost Program Options Library... ')
confprefix = getAutoconfPrefix(ctx.env)
key = confprefix + 'HAVE_BOOST_PROGRAM_OPTIONS'
compiler = ctx.env['compiler']
platform = ctx.env['PLATFORM']
isWin32 = (platform == 'win32')
savedVars = ctx.env.SaveVars('LIBS FRAMEWORKS')
ret = 0
code = """
#include <boost/program_options.hpp>
void func() { }
int main(int argc, char** argv) {
boost::program_options::options_description desc("Test");
desc.add_options()
("help", "produce this help message");
return 0;
}
"""
# On Windows MSVC and Intel compiler automatically find out the correct
# library name.
if isWin32 and compiler in ('MSVC', 'INTEL', 'INTEL_NOGCC'):
boost_program_options_libs = []
ret = ctx.TryLink(code, extension='.cpp')
else:
for lib in ('boost_program_options-mt', 'boost_program_options'):
boost_program_options_libs = [lib]
ctx.env.AppendUnique(LIBS=boost_program_options_libs)
ret = ctx.TryLink(code, extension='.cpp')
ctx.env.RestoreVars(savedVars)
if ret:
break
if ret:
ctx.env.DeclarePackage('boost_program_options',
LIBS=boost_program_options_libs,
dependencies=[],
vars={'CPPDEFINES': [key]},
trigger_libs=['boost_program_options'],
trigger_frameworks=['boost_program_options'])
ctx.env.RestoreVars(savedVars)
if not (write_config_h and AddConfigKey(ctx, key, ret)):
# no config file is specified or it is disabled, use compiler options
if ret and add_to_compiler_env:
ctx.env.Append(CPPDEFINES=[key])
ctx.Result(ret)
return ret