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## Process this file with automake to produce Makefile.in
ACLOCAL_AMFLAGS = -I m4
lib_LTLIBRARIES = libecm.la
EXTRA_PROGRAMS = rho
# If we want assembly mulredc code, recurse into the right subdirectory
# and set up variables to include the mulredc library from that subdir
if ENABLE_ASM_REDC
SUBDIRS = $(ASMPATH)
MULREDCINCPATH = -I$(srcdir)/$(ASMPATH)
MULREDCLIBPATH = -L$(builddir)/$(ASMPATH)
MULREDCLIBRARY = -lmulredc
# Add a testing and timing program for the mulredc code
EXTRA_PROGRAMS += bench_mulredc test_mulredc
CLEANFILES = bench_mulredc test_mulredc
bench_mulredc_CPPFLAGS = $(MULREDCINCPATH)
bench_mulredc_LDFLAGS = $(MULREDCLIBPATH)
bench_mulredc_LDADD = $(MULREDCLIBRARY) $(GMPLIB)
test_mulredc_CPPFLAGS = $(MULREDCINCPATH)
test_mulredc_LDADD = $(MULREDCLIBRARY) $(GMPLIB)
test_mulredc_LDFLAGS = $(MULREDCLIBPATH)
endif
libecm_la_SOURCES = ecm.c ecm2.c pm1.c pp1.c getprime.c listz.c lucas.c \
stage2.c toomcook.c mpmod.c mul_lo.c polyeval.c median.c \
schoen_strass.c ks-multiply.c rho.c bestd.c auxlib.c \
random.c factor.c sp.c spv.c spm.c mpzspm.c mpzspv.c \
ntt_gfp.c ecm_ntt.c pm1fs2.c mul_fft.c sets_long.c \
auxarith.c
# Link the asm redc code (if we use it) into libecm.la
libecm_la_CPPFLAGS = $(MULREDCINCPATH)
libecm_la_CFLAGS = $(OPENMP_CFLAGS)
libecm_la_LDFLAGS = '-version-info 0:0:0' $(MULREDCLIBPATH) $(GMPLIB)
libecm_la_LIBADD = $(MULREDCLIBRARY)
bin_PROGRAMS = ecm
noinst_PROGRAMS = tune ecmfactor ecmfactor2
# Most binaries want to link libecm.la, and the ones which don't will
# have their own _LDADD which overrides the default LDADD here
LDADD = libecm.la $(GMPLIB)
ecm_CPPFLAGS = -DOUTSIDE_LIBECM
ecm_CFLAGS = $(OPENMP_CFLAGS)
ecm_SOURCES = auxi.c b1_ainc.c candi.c eval.c random.c main.c trial.c \
resume.c getprime.c
tune_SOURCES = mpmod.c tune.c mul_lo.c listz.c auxlib.c ks-multiply.c \
toomcook.c schoen_strass.c polyeval.c median.c ecm_ntt.c \
ntt_gfp.c mpzspv.c mpzspm.c sp.c spv.c spm.c random.c \
mul_fft.c auxarith.c
tune_CPPFLAGS = -DTUNE $(MULREDCINCPATH)
tune_LDFLAGS = $(MULREDCLIBPATH)
tune_LDADD = $(MULREDCLIBRARY) $(GMPLIB)
ecmfactor_CFLAGS = $(OPENMP_CFLAGS)
ecmfactor2_CFLAGS = $(OPENMP_CFLAGS)
rho_SOURCES = rho.c
rho_CPPFLAGS = -DTESTDRIVE
rho_LDADD = -lprimegen $(GMPLIB) $(GSL_LD_FLAGS)
if MEMORY_DEBUG
libecm_la_SOURCES += memory.c
tune_SOURCES += memory.c
endif
if WITH_GWNUM
gwdata.ld :
echo "SECTIONS { .data : { . = ALIGN(0x20); *(_GWDATA) } }" >gwdata.ld
libecm_la_SOURCES += Fgw.c
# Use ecm_DEPENDENCIES += gwdata.ld instead? Is that possible?
ecm_DEPENDENCIES = $(LDADD) gwdata.ld
ecm_LDFLAGS = $(AM_LDFLAGS) -Wl,gwdata.ld
Fgwtest : Fgw.c gwdata.ld
$(CC) $(CFLAGS) $(CPPFLAGS) -g -DTESTDRIVE -Wl,gwdata.ld -o Fgwtest Fgw.c libecm.a $(LIBS)
endif
include_HEADERS = ecm.h
noinst_HEADERS = ecm-impl.h ecm-gmp.h ecm-ecm.h sp.h longlong.h ecm-params.h
EXTRA_DIST = test.pm1 test.pp1 test.ecm README.lib ecm.xml \
ecm-params.h.alpha-ev5 ecm-params.h.athlon64 \
ecm-params.h.default ecm-params.h.alpha-ev6 \
ecm-params.h.athlon ecm-params.h.powerpc7450 \
ecm-params.h.pentium3 ecm-params.h.pentium4 \
ecm-params.h.pentium-m ecm-params.h.powerpc970 \
ecm-params.h.mips64el ecm-params.h.armv5tel \
ecm-params.h.sparc64 ecm-params.h.ia64 \
ecm-params.h.hppa2.0 ecm-params.h.alpha-ev56 \
ecm-params.h.core2 \
mul_fft-params.h.athlon64 mul_fft-params.h.pentium3 \
mul_fft-params.h.default mul_fft-params.h.pentium4
DIST_SUBDIRS = athlon pentium4 x86_64 powerpc64 build.vc9
DISTCLEANFILES = config.m4
ecm-params: tune$(EXEEXT)
@echo Optimising parameters for your system, please be patient.
test -z "ecm-params.h" || rm -f ecm-params.h
./tune > ecm-params.h
check: ecm$(EXEEXT)
$(srcdir)/test.pp1 ./ecm$(EXEEXT)
$(srcdir)/test.pm1 ./ecm$(EXEEXT)
$(srcdir)/test.ecm ./ecm$(EXEEXT)
longcheck: ecm$(EXEEXT)
$(srcdir)/test.pp1 "$(VALGRIND) ./ecm$(EXEEXT)"
$(srcdir)/test.pp1 "$(VALGRIND) ./ecm$(EXEEXT) -no-ntt"
$(srcdir)/test.pp1 "$(VALGRIND) ./ecm$(EXEEXT) -modmuln"
$(srcdir)/test.pp1 "$(VALGRIND) ./ecm$(EXEEXT) -redc"
$(srcdir)/test.pp1 "$(VALGRIND) ./ecm$(EXEEXT) -mpzmod"
$(srcdir)/test.pm1 "$(VALGRIND) ./ecm$(EXEEXT)"
$(srcdir)/test.pm1 "$(VALGRIND) ./ecm$(EXEEXT) -no-ntt"
$(srcdir)/test.pm1 "$(VALGRIND) ./ecm$(EXEEXT) -modmuln"
$(srcdir)/test.pm1 "$(VALGRIND) ./ecm$(EXEEXT) -redc"
$(srcdir)/test.pm1 "$(VALGRIND) ./ecm$(EXEEXT) -mpzmod"
$(srcdir)/test.ecm "$(VALGRIND) ./ecm$(EXEEXT)"
$(srcdir)/test.ecm "$(VALGRIND) ./ecm$(EXEEXT) -no-ntt"
$(srcdir)/test.ecm "$(VALGRIND) ./ecm$(EXEEXT) -modmuln"
$(srcdir)/test.ecm "$(VALGRIND) ./ecm$(EXEEXT) -redc"
$(srcdir)/test.ecm "$(VALGRIND) ./ecm$(EXEEXT) -mpzmod"
## to be sure ecm.1 is considered as source
## (cf section "Man pages" in the automake manual)
dist_man_MANS = ecm.1
## If ./configure found xsltproc and docbook.xsl, add a rule for building
## the manpage. If they were not found, this rule is omitted and make will
## never try to rebuild the man page, which would result in an error anyway.
if MAKE_MANPAGE
ecm.1: ecm.xml
xsltproc -o ecm.1 $(XSLDIR)/manpages/docbook.xsl ecm.xml
endif
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