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import os |
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Import('*') |
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|
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local_env=env.Copy() |
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py_wrapper_local_env=env.Copy() |
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# Remove the sharedlibrary prefix on all platform - we don't want 'lib' mucking with our python modules |
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del py_wrapper_local_env['SHLIBPREFIX'] |
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lib_name = 'escript' |
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py_wrapper_name = lib_name+'cpp' |
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py_wrapper_source = py_wrapper_name+'.cpp' |
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py_wrapper_lib_name = py_wrapper_name |
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# get the relevant file names: |
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src_dir = local_env.Dir('.').srcnode().abspath |
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filenames = [ x for x in os.listdir(src_dir) if os.path.splitext(x)[1] in [".h", ".c", ".cpp"] ] |
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sources = [x for x in filenames if os.path.splitext(x)[1] in ['.cpp', '.c']] |
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headers = [x for x in filenames if os.path.splitext(x)[1] in ['.h']] |
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|
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# Filter out sources that should not be in the list automatically |
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sources.remove(py_wrapper_source) # FIXME: should probably refactor the source tree so the python wrapper isn't colocated with c++ sources |
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|
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local_env.Append(LIBS = [boost_lib] + [ 'esysUtils'] + sys_libs + netCDF_libs + mpi_libs + [python_lib]) |
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py_wrapper_local_env.Append(LIBS = [boost_lib] + [ lib_name, 'esysUtils'] + sys_libs + netCDF_libs + [python_lib]) |
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if useNetCDF == 'yes': |
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local_env.Append(LIBS = netCDF_libs) |
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local_env.Append(CPPDEFINES = [ 'USE_NETCDF' ]) |
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py_wrapper_local_env.Append(LIBS = netCDF_libs) |
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py_wrapper_local_env.Append(CPPDEFINES = [ 'USE_NETCDF' ]) |
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|
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if papi_instrument_solver: |
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local_env.Append(CPPDEFINES=['PAPI',]) |
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if papi_libs: |
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local_env.Append(LIBS = papi_libs) |
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local_env.Append(CPPDEFINES=['BLOCKPAPI',]) |
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|
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local_env.Append(CPPDEFINES = [ 'ESCRIPT_EXPORTS'] ) |
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|
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lib = local_env.SharedLibrary(lib_name, sources) |
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py_wrapper_lib = py_wrapper_local_env.SharedLibrary( py_wrapper_lib_name, py_wrapper_source) |
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|
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include_path = Dir(lib_name, incinstall) |
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|
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local_env.Install(include_path, headers ) |
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local_env.Install(libinstall, lib) |
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py_wrapper_local_env.InstallAs(pyinstall+'/escript/escriptcpp.so', py_wrapper_lib) |
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|
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#windows specific mod |
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if os.name == 'nt': |
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py_wrapper_local_env.InstallAs(target = [ pyinstall+'/escript/'+py_wrapper_lib_name+'.pyd', \ |
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pyinstall+'/escript/'+py_wrapper_lib_name+'.lib', \ |
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pyinstall+'/escript/'+py_wrapper_lib_name+'.exp' ], \ |
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source = py_wrapper_lib ) |
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|
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# export the lib target since tests will depend on it |
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# the lib target is a list of file nodes (why? win32 produces more than one output file: .lib, .dll, .pdb) |
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# FIXME: This list handling produces the desired result but can this be done directly with scons File nodes? |
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dep_lib = [libinstall+'/'+str(x) for x in lib] |
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Export('dep_lib') |
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# add source files to release |
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release_srcfiles = [ env.File(x) for x in filenames ] + [env.File("SConscript"), ] |
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env.Zip(src_zipfile, release_srcfiles) |
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env.Tar(src_tarfile, release_srcfiles) |
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|
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# Call the python sconscript |
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env.SConscript(dirs = ['#/escript/py_src'], build_dir='py', duplicate=0) |
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|
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# Call the unit tests SConscript |
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local_env.SConscript(dirs = ['#/escript/test'], build_dir='#/build/$PLATFORM/escript/test', duplicate=0) |
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