Contents of /trunk/base/generic/integrator/SConscript

Import('libascend_env')

objs = []

csrcs = Split("""
    integrator.c lsode.c samplelist.c aww.c
""")

solver_env = libascend_env.Copy()
if solver_env.get('WITH_MMIO'):
    solver_env.Append(CPPPATH=["#/mmio"])


for c in csrcs:
    objs += solver_env.SharedObject(c)

if solver_env.get('WITH_IDA'):
    sundials_env = solver_env.Copy()

    if solver_env.get('SUNDIALS_CPPPATH'):
        sundials_env.Append(CPPPATH=[solver_env.get('SUNDIALS_CPPPATH')])

    if solver_env.get('SUNDIALS_CPPPATH_EXTRA'):
        sundials_env.AppendUnique(
            CPPPATH=solver_env.get('SUNDIALS_CPPPATH_EXTRA')
        )

    sundials_env.Append(CPPDEFINES=[('SUNDIALS_VERSION_MAJOR',"$SUNDIALS_VERSION_MAJOR"),('SUNDIALS_VERSION_MINOR',"$SUNDIALS_VERSION_MINOR")])

    libascend_env.Append(
        LIBPATH=[solver_env.get('SUNDIALS_LIBPATH')]
        , LIBS=[solver_env.get('SUNDIALS_LIBS')]
    )

    idasrcs = ['ida.c','idalinear.c', 'idaanalyse.c']
    for s in idasrcs:
        objs += sundials_env.SharedObject(s)
else:
    pass
#   print "NO IDA REQUESTED!"

if 'LSOD' in solver_env.get('WITH_SOLVERS'):
    if solver_env.get('F2C_LIBPATH'):
        libascend_env.AppendUnique(LIBPATH=[solver_env.get('F2C_LIBPATH')])
    if solver_env.get('F2C_LIB'):
        libascend_env.AppendUnique(LIBS=[solver_env.get('F2C_LIB')])

#--------------------
# INSTALL

import glob

if libascend_env.get('CAN_INSTALL'):
    installdir = libascend_env['INSTALL_ROOT']+libascend_env['INSTALL_INCLUDE']+'/integrator'

    headers = glob.glob("*.h")
    libascend_env.InstallHeader(installdir,headers)

print "OBJS =",objs
Return('objs')

# :ex: set syntax=python:

1	Import('libascend_env')
2
3	objs = []
4
5	csrcs = Split("""
6	integrator.c lsode.c samplelist.c aww.c
7	""")
8
9	solver_env = libascend_env.Copy()
10	if solver_env.get('WITH_MMIO'):
11	solver_env.Append(CPPPATH=["#/mmio"])
12
13
14	for c in csrcs:
15	objs += solver_env.SharedObject(c)
16
17	if solver_env.get('WITH_IDA'):
18	sundials_env = solver_env.Copy()
19
20	if solver_env.get('SUNDIALS_CPPPATH'):
21	sundials_env.Append(CPPPATH=[solver_env.get('SUNDIALS_CPPPATH')])
22
23	if solver_env.get('SUNDIALS_CPPPATH_EXTRA'):
24	sundials_env.AppendUnique(
25	CPPPATH=solver_env.get('SUNDIALS_CPPPATH_EXTRA')
26	)
27
28	sundials_env.Append(CPPDEFINES=[('SUNDIALS_VERSION_MAJOR',"$SUNDIALS_VERSION_MAJOR"),('SUNDIALS_VERSION_MINOR',"$SUNDIALS_VERSION_MINOR")])
29
30	libascend_env.Append(
31	LIBPATH=[solver_env.get('SUNDIALS_LIBPATH')]
32	, LIBS=[solver_env.get('SUNDIALS_LIBS')]
33	)
34
35	idasrcs = ['ida.c','idalinear.c', 'idaanalyse.c']
36	for s in idasrcs:
37	objs += sundials_env.SharedObject(s)
38	else:
39	pass
40	# print "NO IDA REQUESTED!"
41
42	if 'LSOD' in solver_env.get('WITH_SOLVERS'):
43	if solver_env.get('F2C_LIBPATH'):
44	libascend_env.AppendUnique(LIBPATH=[solver_env.get('F2C_LIBPATH')])
45	if solver_env.get('F2C_LIB'):
46	libascend_env.AppendUnique(LIBS=[solver_env.get('F2C_LIB')])
47
48	#--------------------
49	# INSTALL
50
51	import glob
52
53	if libascend_env.get('CAN_INSTALL'):
54	installdir = libascend_env['INSTALL_ROOT']+libascend_env['INSTALL_INCLUDE']+'/integrator'
55
56	headers = glob.glob("*.h")
57	libascend_env.InstallHeader(installdir,headers)
58
59	print "OBJS =",objs
60	Return('objs')
61
62	# :ex: set syntax=python:
63