from buildutils import * Import('env', 'install', 'buildSample') localenv = env.Clone() # (program name, [source files]) samples = [('ctlib', ['ctlib.f']), ('isentropic', ['isentropic.f'])] ftn_demo = localenv.Object('demo_ftnlib.cpp', CPPPATH=['#include']) for program_name, fortran_sources in samples: buildSample(localenv.Program, program_name, fortran_sources + ftn_demo, CPPPATH=['#build/src/fortran', '#include'], LIBS=env['cantera_libs']+['cantera_fortran']+['stdc++'], LIBPATH=[env['sundials_libdir'], '#build/lib'], LINK='$F77') # Generate SConstruct file to be installed incdirs = (localenv['ct_incroot'], localenv['sundials_include'], localenv['boost_inc_dir']) + tuple(localenv['extra_inc_dirs']) libs = ['cantera_fortran'] + localenv['cantera_libs'] + ['stdc++'] libdirs = ((localenv['ct_libdir'], localenv['sundials_libdir'], localenv['blas_lapack_dir'], localenv['boost_lib_dir']) + tuple(localenv['extra_lib_dirs'])) linkflags = ('-g', localenv['thread_flags']) mak_path = pjoin(localenv['ct_incroot'], 'cantera', 'Cantera.mak') if ' ' in mak_path: # There is no reasonable way to handle spaces in Makefile 'include' # statement, so we fall back to using the relative path instead mak_path = os.path.relpath(mak_path, pjoin(localenv['ct_sampledir'], 'f90')) localenv['tmpl_Cantera_dot_mak'] = mak_path localenv['tmpl_cantera_incdirs'] = repr([x for x in incdirs if x]) localenv['tmpl_cantera_libs'] = repr(libs) localenv['tmpl_cantera_libdirs'] = repr([x for x in libdirs if x]) localenv['tmpl_cantera_linkflags'] = repr([x for x in linkflags if x]) localenv['tmpl_cantera_frameworks'] = repr(localenv['FRAMEWORKS']) sconstruct = localenv.SubstFile('SConstruct', 'SConstruct.in') # Generate Makefile to be installed makefile = localenv.SubstFile('Makefile', 'Makefile.in') install('$inst_sampledir/f77', makefile) install('$inst_sampledir/f77', sconstruct)