Contents of /trunk/solvers/lsode/SConscript

Import('env')

if 'LSODE' in env.get('WITH_SOLVERS'):

    solver_env = env.Clone()

    srcs = ['lsode.f','asc_lsode.c']

    linpack_srcs = ['d1mach.c','dgbfa.f','dgbsl.f','dgefa.f','dgesl.f']

    for s in linpack_srcs:
        srcs.append( "linpack/%s" % s )

    if env.get('F2C_LIBPATH'):
        solver_env.AppendUnique(LIBPATH=[env.get('F2C_LIBPATH')])

    if solver_env.get('F2C_LIB'):
        solver_env.AppendUnique(LIBS=[env.get('F2C_LIB')])

    solver_env.AppendUnique(
        LIBS=['ascend']
        ,LIBPATH=['#']
        ,SHLINKFLAGS=['-fPIC']
    )

    lib = solver_env.SharedLibrary('lsode',srcs + env['blasobjs']
        ,SHLIBSUFFIX = env['EXTLIB_SUFFIX']
        ,SHLIBPREFIX = env['EXTLIB_PREFIX']
        ,SHFORTRANFLAGS = ['-w']
    )

    env.Depends(lib,env['libascend'])

    env['extfns'] += [lib]
    
    if env.get('CAN_INSTALL'):
        dir = Dir(env.subst("$INSTALL_ROOT$INSTALL_SOLVERS"))
        env.InstallShared(dir,lib)

# vim: set syntax=python:
1	Import('env')
2
3	if 'LSODE' in env.get('WITH_SOLVERS'):
4
5	solver_env = env.Clone()
6
7	srcs = ['lsode.f','asc_lsode.c']
8
9	linpack_srcs = ['d1mach.c','dgbfa.f','dgbsl.f','dgefa.f','dgesl.f']
10
11	for s in linpack_srcs:
12	srcs.append( "linpack/%s" % s )
13
14	if env.get('F2C_LIBPATH'):
15	solver_env.AppendUnique(LIBPATH=[env.get('F2C_LIBPATH')])
16
17	if solver_env.get('F2C_LIB'):
18	solver_env.AppendUnique(LIBS=[env.get('F2C_LIB')])
19
20	solver_env.AppendUnique(
21	LIBS=['ascend']
22	,LIBPATH=['#']
23	,SHLINKFLAGS=['-fPIC']
24	)
25
26	lib = solver_env.SharedLibrary('lsode',srcs + env['blasobjs']
27	,SHLIBSUFFIX = env['EXTLIB_SUFFIX']
28	,SHLIBPREFIX = env['EXTLIB_PREFIX']
29	,SHFORTRANFLAGS = ['-w']
30	)
31
32	env.Depends(lib,env['libascend'])
33
34	env['extfns'] += [lib]
35
36	if env.get('CAN_INSTALL'):
37	dir = Dir(env.subst("$INSTALL_ROOT$INSTALL_SOLVERS"))
38	env.InstallShared(dir,lib)
39
40	# vim: set syntax=python: