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#
# Copyright by The HDF Group.
# Copyright by the Board of Trustees of the University of Illinois.
# All rights reserved.
#
# This file is part of HDF5. The full HDF5 copyright notice, including
# terms governing use, modification, and redistribution, is contained in
# the files COPYING and Copyright.html. COPYING can be found at the root
# of the source code distribution tree; Copyright.html can be found at the
# root level of an installed copy of the electronic HDF5 document set and
# is linked from the top-level documents page. It can also be found at
# http://hdfgroup.org/HDF5/doc/Copyright.html. If you do not have
# access to either file, you may request a copy from help@hdfgroup.org.
##
## Makefile.am
## Run automake to generate a Makefile.in from this file.
#
# HDF5 Fortran Library Makefile(.in)
#
include $(top_srcdir)/config/commence.am
include $(top_srcdir)/config/lt_vers.am
# Include src directory in both Fortran and C flags (C compiler is used
# for linking).
AM_CPPFLAGS+=-I$(top_srcdir)/src
AM_FCFLAGS+=-I$(top_srcdir)/src -I$(top_srcdir)/fortran/src
AM_FCLIBS=$(LIBHDF5)
# This is our main target, the fortran library
lib_LTLIBRARIES=libhdf5_fortran.la
# Add libtool numbers to the HDF5 Fortran library (from config/lt_vers.am)
libhdf5_fortran_la_LDFLAGS= -version-info $(LT_VERS_INTERFACE):$(LT_VERS_REVISION):$(LT_VERS_AGE) $(AM_LDFLAGS)
# Some Fortran compilers can't build shared libraries, so sometimes we
# want to build a shared C library and a static Fortran library. If so,
# pass the -static flag to the library linker.
if FORTRAN_SHARED_CONDITIONAL
else
AM_LDFLAGS+=-static
endif
# Include HDF5.f90 if parallel is disabled, HDF5mpiof* if parallel is enabled
if BUILD_PARALLEL_CONDITIONAL
PARALLEL_COND_SRC = H5FDmpiof.c HDF5mpio.f90 H5FDmpioff.f90
else
PARALLEL_COND_SRC = HDF5.f90
endif
# Check if the compiler supports the Fortran 2003 standard
# which should include the intrinsic module iso_c_binding
if FORTRAN_2003_CONDITIONAL_F
F_STATUS = _F03
else
F_STATUS = _F90
endif
# Condition for including/excluding the DBLE interfaces for when the
# default REAL is of type DOUBLE PRECISION.
# We do not include the double precision interfaces if the defaut REAL is
# DOUBLE PRECISION since this would lead to a non-unique conflict with the
# generic interfaces declared as REAL.
if FORTRAN_DEFAULT_REALisDBLE_F
F_DBLE = Exclude
else
F_DBLE = Include
endif
# Source files for the library.
libhdf5_fortran_la_SOURCES=H5f90global.f90 \
H5fortran_types.f90 H5_ff$(F_STATUS).f90 H5_ff.f90 H5Aff.f90 H5Dff.f90 H5Eff.f90 \
H5Fff.f90 H5Gff.f90 H5Iff.f90 H5Lff.f90 H5Off.f90 H5Pff.f90 H5Rff.f90 H5Sff.f90 \
H5Tff.f90 H5Zff.f90 \
H5_DBLE_Interface$(F_DBLE).f90 \
H5f90kit.c H5_f.c H5Af.c H5Df.c H5Ef.c H5Ff.c H5Gf.c \
H5If.c H5Lf.c H5Of.c H5Pf.c H5Rf.c H5Sf.c H5Tf.c H5Zf.c \
H5Aff$(F_STATUS).f90 H5Dff$(F_STATUS).f90 H5Eff$(F_STATUS).f90 H5Fff$(F_STATUS).f90 H5Lff$(F_STATUS).f90 \
H5Off$(F_STATUS).f90 H5Pff$(F_STATUS).f90 H5Rff$(F_STATUS).f90 H5Tff$(F_STATUS).f90 $(PARALLEL_COND_SRC)
# HDF5 Fortran library depends on HDF5 Library. However, only add the dependency
# if --enable-sharedlib-rpath is yes.
if LT_ADD_LIBHDF5_DEPENDENCY
libhdf5_fortran_la_LIBADD=$(LIBHDF5)
endif
# h5fc is generated during configure.
# Remove it only when distclean.
DISTCLEANFILES=h5fc
# H5fortran_types.f90 and H5f90i.h are automatically generaed by
# H5match_types, and must be cleaned explicitly. H5fort_type_defines.h
# is generated by H5fortran_detect
MOSTLYCLEANFILES=H5fortran_types.f90 H5f90i_gen.h H5fort_type_defines.h \
H5fortran_detect.f90
# Fortran module files can have different extensions and different names
# (e.g., different capitalizations) on different platforms. Write rules
# for them explicitly rather than trying to teach automake about them.
# They should be installed as headers and removed during clean.
maintainer-clean-local: clean-local
distclean-local: clean-local
clean-local:
@if test -n "$(F9XMODEXT)" && test "X$(F9XMODEXT)" != "Xo"; then \
$(RM) *.$(F9XMODEXT); \
fi
install-data-local:
@if test -n "$(F9XMODEXT)" && test "X$(F9XMODEXT)" != "Xo"; then \
$(CP) $(top_builddir)/$(subdir)/*.$(F9XMODEXT) $(DESTDIR)$(includedir)/. ; \
fi
$(CP) $(top_builddir)/$(subdir)/H5f90i_gen.h $(DESTDIR)$(includedir)/.
$(CP) $(top_srcdir)/fortran/src/H5f90i.h $(DESTDIR)$(includedir)/.
uninstall-local:
@if test -n "$(F9XMODEXT)" -a "X$(F9XMODEXT)" != "Xo"; then \
if test -f "$(includedir)/hdf5.$(F9XMODEXT)" -o -f "$(includedir)/HDF5.$(F9XMODEXT)"; then \
set -x; $(RM) $(DESTDIR)$(includedir)/*.$(F9XMODEXT); \
fi; \
fi; \
$(RM) $(DESTDIR)$(bindir)/$(H5FC_NAME)
$(RM) $(DESTDIR)$(includedir)/H5f90i*.h
# Also install and uninstall (uninstall-local above) h5fc script
install-exec-local:
@$(INSTALL) h5fc $(DESTDIR)$(bindir)/$(H5FC_NAME)
# Custom rule for installing h5fc, since it will be named h5pfc if hdf5
# is configured for parallel mode
if BUILD_PARALLEL_CONDITIONAL
H5FC_NAME = h5pfc
else
H5FC_NAME = h5fc
endif
# Rules for automatically detecting which fortran types are present
# and matching them to C types. This is accomplished using helper
# programs.
# It's a bit tricky to make sure that Automake builds things in the right
# order (especially when using 'gmake -j ...')
# H5test_kind is compiled and run to produce H5fortran_detect.f90.
# H5fortran_detect is compiled and run to produce H5fort_type_defines.h.
# H5match_types.c then includes this file and can be compiled into
# H5match_types. When H5match_types is run, it creates H5f90i_gen.h
# and H5fortran_types.f90, which are included in the Fortran library.
# These are the helper programs we need to build.
noinst_PROGRAMS = H5match_types H5fortran_detect H5test_kind
# Tell Automake to create H5f90i_gen.h before it builds the library
# sources. When it creates H5f90i_gen.h, it will create
# H5fortran_types.f90 as a side effect.
BUILT_SOURCES = H5f90i_gen.h
#Specify what Automake needs to create: first the H5fort_type_defines.h
# header, then H5match_types which includes that header, then
# it needs to run H5match_types.
H5fortran_types.f90 H5f90i_gen.h: H5match_types$(EXEEXT)
$(RUNSERIAL) ./H5match_types$(EXEEXT)
# H5fort_type_defines.h is created by running H5fortran_detect.
# Obviously, H5fortran_detect needs to be built first.
H5fort_type_defines.h: H5fortran_detect$(EXEEXT)
$(RUNSERIAL) ./H5fortran_detect$(EXEEXT) > H5fort_type_defines.h
H5match_types.$(OBJEXT): H5fort_type_defines.h
# Automake knows how to build fortran programs if we tell it the source
# files.
H5fortran_detect_SOURCES = H5fortran_detect.f90
# H5test_kind.f90 generates H5Fortran_detect.f90 depending on if
# intrinsic function SIZEOF is available.
H5fortran_detect.f90: H5test_kind$(EXEEXT)
$(RUNSERIAL) ./H5test_kind$(EXEEXT) > H5fortran_detect.f90
# H5test_kind.f90 is included in the distribution, and Automake knows
# how to compile a fortran program given its sources.
if FORTRAN_HAVE_SIZEOF
H5test_kind_SOURCES = H5test_kind_SIZEOF.f90
else
H5test_kind_SOURCES = H5test_kind.f90
endif
# Mark this directory as part of the Fortran API
FORTRAN_API=yes
# Hardcode the dependencies of these files. There isn't a known way of
# determining this automagically (like we do with the C files). So, when
# doing a parallel make, some modules could be made way before the
# modules they depend upon are actually made. *sigh*
H5f90global.lo: $(srcdir)/H5f90global.f90 H5fortran_types.lo
H5fortran_types.lo: H5fortran_types.f90
H5fortran_detect.lo: H5fortran_detect.f90
H5test_kind.lo: $(srcdir)/H5test_kind.f90
H5test_kind_SIZEOF.lo: $(srcdir)/H5test_kind_SIZEOF.f90
H5_ff$(F_STATUS).lo: $(srcdir)/H5_ff$(F_STATUS).f90 H5f90global.lo
H5_ff.lo: $(srcdir)/H5_ff.f90 H5f90global.lo H5_ff$(F_STATUS).lo
H5Aff.lo: $(srcdir)/H5Aff.f90 H5f90global.lo
H5Dff.lo: $(srcdir)/H5Dff.f90 H5f90global.lo
H5Aff$(F_STATUS).lo: $(srcdir)/H5Aff$(F_STATUS).f90 H5f90global.lo
H5Dff$(F_STATUS).lo: $(srcdir)/H5Dff$(F_STATUS).f90 H5f90global.lo
H5Eff$(F_STATUS).lo: $(srcdir)/H5Eff$(F_STATUS).f90 H5f90global.lo
H5Fff$(F_STATUS).lo: $(srcdir)/H5Fff$(F_STATUS).f90 H5f90global.lo
H5Lff$(F_STATUS).lo: $(srcdir)/H5Lff$(F_STATUS).f90 H5f90global.lo
H5Off$(F_STATUS).lo: $(srcdir)/H5Off$(F_STATUS).f90 H5f90global.lo
H5Pff$(F_STATUS).lo: $(srcdir)/H5Pff$(F_STATUS).f90 H5f90global.lo
H5Rff$(F_STATUS).lo: $(srcdir)/H5Rff$(F_STATUS).f90 H5f90global.lo
H5Tff$(F_STATUS).lo: $(srcdir)/H5Tff$(F_STATUS).f90 H5f90global.lo
H5Eff.lo: $(srcdir)/H5Eff.f90 H5f90global.lo
H5Fff.lo: $(srcdir)/H5Fff.f90 H5f90global.lo
H5Gff.lo: $(srcdir)/H5Gff.f90 H5f90global.lo
H5Iff.lo: $(srcdir)/H5Iff.f90 H5f90global.lo
H5Lff.lo: $(srcdir)/H5Lff.f90 H5f90global.lo
H5Off.lo: $(srcdir)/H5Off.f90 H5f90global.lo
H5Pff.lo: $(srcdir)/H5Pff.f90 H5f90global.lo
H5Rff.lo: $(srcdir)/H5Rff.f90 H5f90global.lo
H5Sff.lo: $(srcdir)/H5Sff.f90 H5f90global.lo
H5Tff.lo: $(srcdir)/H5Tff.f90 H5f90global.lo
H5Zff.lo: $(srcdir)/H5Zff.f90 H5f90global.lo
H5_DBLE_Interface$(F_DBLE).lo: $(srcdir)/H5_DBLE_Interface$(F_DBLE).f90 H5Aff$(F_STATUS).lo H5Dff$(F_STATUS).lo H5Fff$(F_STATUS).lo H5Eff$(F_STATUS).lo H5Pff$(F_STATUS).lo
HDF5.lo: $(srcdir)/HDF5.f90 H5f90global.lo H5_ff$(F_STATUS).lo H5_ff.lo H5Aff.lo H5Aff$(F_STATUS).lo \
H5Dff.lo H5Dff$(F_STATUS).lo \
H5Eff.lo H5Eff$(F_STATUS).lo \
H5Fff.lo H5Fff$(F_STATUS).lo H5Gff.lo H5Iff.lo H5Lff.lo H5Lff$(F_STATUS).lo \
H5Off.lo H5Off$(F_STATUS).lo H5Pff.lo H5Pff$(F_STATUS).lo H5Rff$(F_STATUS).lo H5Rff.lo \
H5Sff.lo H5Tff.lo H5Tff$(F_STATUS).lo H5Zff.lo \
H5_DBLE_Interface$(F_DBLE).lo
H5FDmpioff.lo: $(srcdir)/H5FDmpioff.f90 H5f90global.lo
HDF5mpio.lo: $(srcdir)/H5FDmpioff.f90 H5f90global.lo H5_ff$(F_STATUS).lo H5_ff.lo \
H5Aff.lo H5Aff$(F_STATUS).lo \
H5Dff.lo H5Dff$(F_STATUS).lo \
H5Eff.lo H5Eff$(F_STATUS).lo \
H5Fff.lo H5Fff$(F_STATUS).lo H5Gff.lo H5Iff.lo H5Lff.lo H5Lff$(F_STATUS).lo \
H5Off.lo H5Off$(F_STATUS).lo H5Pff.lo H5Pff$(F_STATUS).lo H5Rff$(F_STATUS).lo H5Rff.lo \
H5Sff.lo H5Tff.lo H5Tff$(F_STATUS).lo H5Zff.lo \
H5_DBLE_Interface$(F_DBLE).lo H5FDmpioff.lo
include $(top_srcdir)/config/conclude.am
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