############################################################### # # First, choose a C and C++ compilers, and set compiler flags. # This is done by setting the variables CXX, CC, CFLAGS, and # CXXFLAGS. # ############################################################### CC=gcc # A C or C++ compiler, e. g., gcc, cc, xlc. # There are a few components written in C which may be compiled # under C++, but C compilers tend to generate slightly better code. # The C++ and C compilers (if different) must generate # compatible code. CXX=g++ # A C++ compiler, e.g., g++, CC, xlC CFLAGS=-O2 # Flags for the C compiler # Some useful flags: # -O2 -- recommended level of optimization # -m64 -- needed to get 64-bit longs on some platforms # -g -- debugging # -mcpu=v8 -- needed with gcc/g++ to get the full instruction set # of a SparcStation # -qarch=ppc -- needed with xlc/C to get the full instruction set # of a PowerPC CXXFLAGS=$(CFLAGS) # Flags for the C++ compiler (usually the same as CFLAGS) # Some useful flags: # -+ -- needed with xlC to make it treat .c files as C++ files # Here are a few more variables for standard utilities. # The defaults should almost always be OK. AR=ar # command to make a library ARFLAGS=ruv # arguments for AR RANLIB=ranlib # set to echo if you want to disable it completely LDFLAGS= # arguments for linker for C programs LDFLAGS_CXX=$(LDFLAGS) # libraries for linking C++ programs LDLIBS=-lm # libraries for linking C programs LDLIBS_CXX=$(LDLIBS) # libraries for linking C++ programs CPPFLAGS= # arguments for the C preprocessor LIBTOOL=libtool # libtool command DEF_PREFIX=/usr/local PREFIX=$(DEF_PREFIX) LIBDIR=$(PREFIX)/lib INCLUDEDIR=$(PREFIX)/include DOCDIR=$(PREFIX)/share/doc # where to install NTL ############################################################### # # Second, if you want to use GMP (the GNU Multi-Precision library), # define the variables GMP_OPT_INCDIR, GMP_OPT_LIBDIR, GMP_OPT_LIB below. # You also will have to set either NTL_GMP_LIP or NTL_GMP_HACK # in the config.h file. # # Using GMP can lead to significant performance gains on some # platforms. You can obtain GMP from http://www.swox.com/gmp. # Once you unpack it into a directory, just execute # ./configure; make # in that directory. # ############################################################### GMP_PREFIX=$(DEF_PREFIX) GMP_INCDIR=$(GMP_PREFIX)/include # directory containing gmp.h if using GMP GMP_LIBDIR=$(GMP_PREFIX)/lib # directory containing libgmp.a if using GMP GMP_OPT_INCDIR=# -I$(GMP_INCDIR) # GMP GMP_OPT_LIBDIR=# -L$(GMP_LIBDIR) # GMP GMP_OPT_LIB=# -lgmp # GMP # uncomment these if using GMP ############################################################### # # Third, if you want to use gf2x (a library for fast # multiplication over GF(2)[X]), you need to # define the variables GF2X_OPT_INCDIR, GF2X_OPT_LIBDIR, GF2X_OPT_LIB below. # You also will have to set NTL_GF2X_LIB # in the config.h file. # ############################################################### GF2X_PREFIX=$(DEF_PREFIX) GF2X_INCDIR=$(GF2X_PREFIX)/include # directory containing gf2x.h if using gf2x GF2X_LIBDIR=$(GF2X_PREFIX)/lib # directory containing libgf2x.a GF2X_OPT_INCDIR=# -I$(GF2X_INCDIR) # GF2X GF2X_OPT_LIBDIR=# -L$(GF2X_LIBDIR) # GF2X GF2X_OPT_LIB=# -lgf2x # GF2X # uncomment these if using gf2x ############################################################### # # Fourth, if you do not want to run the wizard that automagically # sets some performace related flags in config.h, set the flag below. # ############################################################### WIZARD=on # Set to off if you want to bypass the wizard; otherwise, set to on. ################################################################# # # That's it! You can ignore everything else in this file! # ################################################################# # object files O01=FFT.o FacVec.o GF2.o GF2E.o GF2EX.o GF2EXFactoring.o GF2X.o GF2X1.o O02=$(O01) GF2XFactoring.o GF2XVec.o GetTime.o HNF.o ctools.o LLL.o LLL_FP.o O03=$(O02) LLL_QP.o LLL_RR.o LLL_XD.o RR.o WordVector.o ZZ.o ZZVec.o O04=$(O03) ZZX.o ZZX1.o ZZXCharPoly.o ZZXFactoring.o ZZ_p.o ZZ_pE.o ZZ_pEX.o O05=$(O04) ZZ_pEXFactoring.o ZZ_pX.o ZZ_pX1.o ZZ_pXCharPoly.o ZZ_pXFactoring.o O06=$(O05) fileio.o lip.o lzz_p.o lzz_pE.o lzz_pEX.o lzz_pEXFactoring.o O07=$(O06) lzz_pX.o lzz_pX1.o lzz_pXCharPoly.o lzz_pXFactoring.o O08=$(O07) mat_GF2.o mat_GF2E.o mat_RR.o mat_ZZ.o mat_ZZ_p.o O09=$(O08) mat_ZZ_pE.o mat_lzz_p.o mat_lzz_pE.o mat_poly_ZZ.o O10=$(O09) mat_poly_ZZ_p.o mat_poly_lzz_p.o pair_GF2EX_long.o O11=$(O10) pair_GF2X_long.o pair_ZZX_long.o pair_ZZ_pEX_long.o O12=$(O11) pair_ZZ_pX_long.o pair_lzz_pEX_long.o pair_lzz_pX_long.o O13=$(O12) quad_float.o tools.o vec_GF2.o vec_GF2E.o vec_GF2XVec.o O14=$(O13) vec_RR.o vec_ZZ.o vec_ZZVec.o vec_ZZ_p.o vec_ZZ_pE.o O15=$(O14) vec_double.o vec_long.o vec_lzz_p.o vec_lzz_pE.o vec_quad_float.o O16=$(O15) vec_vec_GF2.o vec_vec_GF2E.o vec_vec_RR.o vec_vec_ZZ.o O17=$(O16) vec_vec_ZZ_p.o vec_vec_ZZ_pE.o vec_vec_long.o vec_vec_lzz_p.o O18=$(O17) vec_vec_lzz_pE.o vec_xdouble.o xdouble.o O19=$(O18) G_LLL_FP.o G_LLL_QP.o G_LLL_XD.o G_LLL_RR.o vec_ulong.o vec_vec_ulong.o OBJ=$(O19) # library source files S01=FFT.c FacVec.c GF2.c GF2E.c GF2EX.c GF2EXFactoring.c GF2X.c GF2X1.c S02=$(S01) GF2XFactoring.c GF2XVec.c HNF.c ctools.c LLL.c LLL_FP.c LLL_QP.c S03=$(S02) LLL_RR.c LLL_XD.c RR.c WordVector.c ZZ.c ZZVec.c ZZX.c ZZX1.c S04=$(S03) ZZXCharPoly.c ZZXFactoring.c ZZ_p.c ZZ_pE.c ZZ_pEX.c S05=$(S04) ZZ_pEXFactoring.c ZZ_pX.c ZZ_pX1.c ZZ_pXCharPoly.c S06=$(S05) ZZ_pXFactoring.c fileio.c lip.c lzz_p.c lzz_pE.c lzz_pEX.c S07=$(S06) lzz_pEXFactoring.c lzz_pX.c lzz_pX1.c S08=$(S07) lzz_pXCharPoly.c lzz_pXFactoring.c mat_GF2.c mat_GF2E.c S09=$(S08) mat_RR.c mat_ZZ.c mat_ZZ_p.c mat_ZZ_pE.c mat_lzz_p.c mat_lzz_pE.c S10=$(S09) mat_poly_ZZ.c mat_poly_ZZ_p.c mat_poly_lzz_p.c pair_GF2EX_long.c S11=$(S10) pair_GF2X_long.c pair_ZZX_long.c pair_ZZ_pEX_long.c S12=$(S11) pair_ZZ_pX_long.c pair_lzz_pEX_long.c pair_lzz_pX_long.c S13=$(S12) quad_float.c tools.c vec_GF2.c vec_GF2E.c vec_GF2XVec.c vec_RR.c S14=$(S13) vec_ZZ.c vec_ZZVec.c vec_ZZ_p.c vec_ZZ_pE.c vec_double.c S15=$(S14) vec_long.c vec_lzz_p.c vec_lzz_pE.c vec_quad_float.c S16=$(S15) vec_vec_GF2.c vec_vec_GF2E.c vec_vec_RR.c vec_vec_ZZ.c S17=$(S16) vec_vec_ZZ_p.c vec_vec_ZZ_pE.c vec_vec_long.c vec_vec_lzz_p.c S18=$(S17) vec_vec_lzz_pE.c vec_xdouble.c xdouble.c S19=$(S18) G_LLL_FP.c G_LLL_QP.c G_LLL_XD.c G_LLL_RR.c S20=$(S19) vec_ulong.c vec_vec_ulong.c SRC = $(S20) # library source files that are header files SINC = c_lip_impl.h g_lip_impl.h # library header files IN01= FFT.h FacVec.h GF2.h GF2E.h GF2EX.h GF2EXFactoring.h GF2X.h IN02=$(IN01) GF2XFactoring.h GF2XVec.h HNF.h ctools.h LLL.h IN03=$(IN02) RR.h SPMM_ASM.h WordVector.h ZZ.h ZZVec.h ZZX.h ZZXFactoring.h IN04=$(IN03) ZZ_p.h ZZ_pE.h ZZ_pEX.h ZZ_pEXFactoring.h ZZ_pX.h ZZ_pXFactoring.h IN05=$(IN04) fileio.h lip.h lzz_p.h lzz_pE.h lzz_pEX.h lzz_pEXFactoring.h IN06=$(IN05) lzz_pX.h lzz_pXFactoring.h mat_GF2.h mat_GF2E.h mat_RR.h IN07=$(IN06) mat_ZZ.h mat_ZZ_p.h mat_ZZ_pE.h mat_lzz_p.h mat_lzz_pE.h IN08=$(IN07) mat_poly_ZZ.h mat_poly_ZZ_p.h mat_poly_lzz_p.h matrix.h IN09=$(IN08) pair.h vector.h pair_GF2EX_long.h pair_GF2X_long.h IN10=$(IN09) pair_ZZX_long.h pair_ZZ_pEX_long.h pair_ZZ_pX_long.h IN11=$(IN10) pair_lzz_pEX_long.h pair_lzz_pX_long.h quad_float.h IN12=$(IN11) tools.h vec_GF2.h vec_GF2E.h vec_GF2XVec.h vec_RR.h IN13=$(IN12) vec_ZZ.h vec_ZZVec.h vec_ZZ_p.h vec_ZZ_pE.h vec_double.h IN14=$(IN13) vec_long.h vec_lzz_p.h vec_lzz_pE.h vec_quad_float.h IN15=$(IN14) vec_vec_GF2.h vec_vec_GF2E.h vec_vec_RR.h vec_vec_ZZ.h IN16=$(IN15) vec_vec_ZZ_p.h vec_vec_ZZ_pE.h vec_vec_long.h vec_vec_lzz_p.h IN17=$(IN16) vec_vec_lzz_pE.h vec_xdouble.h xdouble.h config.h version.h IN18=$(IN17) def_config.h new.h vec_ulong.h vec_vec_ulong.h c_lip.h g_lip.h INCL=$(IN18) # test data TD1=BerlekampTestIn BerlekampTestOut CanZassTestIn CanZassTestOut TD2=$(TD1) ZZXFacTestIn ZZXFacTestOut MoreFacTestIn LLLTestIn LLLTestOut RRTestIn RRTestOut TD3=$(TD2) MatrixTestIn MatrixTestOut CharPolyTestIn TD4=$(TD3) CharPolyTestOut QuadTestIn QuadTestOut TD = $(TD4) # test source files TS1=QuickTest.c BerlekampTest.c CanZassTest.c ZZXFacTest.c MoreFacTest.c LLLTest.c TS2=$(TS1) subset.c MatrixTest.c CharPolyTest.c RRTest.c QuadTest.c TS3=$(TS2) GF2XTest.c GF2EXTest.c BitMatTest.c ZZ_pEXTest.c lzz_pEXTest.c TS = $(TS3) # scripts SCRIPTS1=MakeGetTime TestScript dosify unixify RemoveProg SCRIPTS2=$(SCRIPTS1) configure DoConfig mfile cfile SCRIPTS=$(SCRIPTS2) # auxilliary source MD=MakeDesc.c MakeDescAux.c newnames.c gen_lip_gmp_aux.c gen_gmp_aux.c GT=GetTime1.c GetTime2.c GetTime3.c GetTime4.c GetTime5.c TestGetTime.c # documentation D01=copying.txt GF2.txt GF2E.txt GF2EX.txt GF2EXFactoring.txt GF2X.txt D02=$(D01) GF2XFactoring.txt GF2XVec.txt HNF.txt LLL.txt RR.txt D03=$(D02) ZZ.txt ZZVec.txt ZZX.txt ZZXFactoring.txt ZZ_p.txt ZZ_pE.txt D04=$(D03) ZZ_pEX.txt ZZ_pEXFactoring.txt ZZ_pX.txt ZZ_pXFactoring.txt D05=$(D04) conversions.txt flags.txt lzz_p.txt lzz_pE.txt lzz_pEX.txt D06=$(D05) lzz_pEXFactoring.txt lzz_pX.txt lzz_pXFactoring.txt mat_GF2.txt D07=$(D06) mat_GF2E.txt mat_RR.txt mat_ZZ.txt mat_ZZ_p.txt mat_ZZ_pE.txt D08=$(D07) mat_lzz_p.txt mat_lzz_pE.txt mat_poly_ZZ.txt mat_poly_ZZ_p.txt D09=$(D08) mat_poly_lzz_p.txt matrix.txt pair.txt vector.txt D10=$(D09) quad_float.txt sedscript.txt tools.txt vec_GF2.txt D11=$(D10) vec_GF2E.txt vec_RR.txt vec_ZZ.txt vec_ZZ_p.txt vec_ZZ_pE.txt D12=$(D11) vec_lzz_p.txt vec_lzz_pE.txt xdouble.txt names.txt D13=$(D12) tour-ack.html tour-intro.html tour-time.html tour-changes.html D14=$(D13) tour-modules.html tour-stdcxx.html tour-unix.html tour-examples.html D15=$(D14) tour-roadmap.html tour-win.html tour-impl.html tour-struct.html D16=$(D15) tour.html tour-ex1.html tour-ex2.html tour-ex3.html tour-ex4.html D17=$(D16) tour-ex5.html tour-ex6.html arrow1.gif arrow2.gif arrow3.gif D18=$(D17) tour-gmp.html tour-gf2x.html tour-tips.html config.txt version.txt DOC = $(D18) # test program executables PROG1=QuickTest BerlekampTest CanZassTest ZZXFacTest MoreFacTest LLLTest BitMatTest PROG2=$(PROG1) MatrixTest CharPolyTest RRTest QuadTest PROG3=$(PROG2) GF2XTest GF2EXTest subset ZZ_pEXTest lzz_pEXTest PROGS = $(PROG3) # things to save to a tar file SFI1=makefile $(SRC) $(SINC) $(SCRIPTS) $(MD) $(GT) $(TS) $(TD) mach_desc.win SFI2=$(SFI1) MulTimeTest.c PolyTimeTest.c Poly1TimeTest.c GF2XTimeTest.c SFI3=$(SFI2) InitSettings.c DispSettings.c WizardAux Wizard def_makefile SFILES=$(SFI3) ################################################################# # # Rules for compiling the library # ################################################################# NTL_INCLUDE = -I../include -I. # NTL needs this to find its include files COMPILE = $(CC) $(NTL_INCLUDE) $(CPPFLAGS) $(CFLAGS) -c COMPILE_CXX = $(CXX) $(NTL_INCLUDE) $(CPPFLAGS) $(CXXFLAGS) -c LINK = $(CC) $(NTL_INCLUDE) $(CPPFLAGS) $(CFLAGS) $(LDFLAGS) LINK_CXX = $(CXX) $(NTL_INCLUDE) $(CPPFLAGS) $(CXXFLAGS) $(LDFLAGS_CXX) # 'make all' does a complete make, including all setup. # It also creates the file 'all', which means you should # run 'make clobber' before running 'make' or 'make all' # again. all: make setup1 make setup2 make setup3 make setup4 make ntl.a touch all # setup1 generates the file ../incluse/NTL/mach_desc.h setup1: $(COMPILE) MakeDescAux.c $(LINK) -o MakeDesc MakeDesc.c MakeDescAux.o $(LDLIBS) ./MakeDesc mv mach_desc.h ../include/NTL/mach_desc.h # setup2 generates the file GetTime.c setup2: sh MakeGetTime "$(LINK)" "$(LDLIBS)" # setup3 generates the files lip_gmp_aux_impl.h and ../include/NTL/gmp_aux.h # The file lip_gmp_aux_impl.h is included when lip.c when NTL_GMP_HACK is set. # The file ../include/NTL/gmp_aux.h is included in ../include/NTL/lip.h # when NTL_GMP_LIP is set. # When these flags are not set, empty files are produced. setup3: $(LINK) $(GMP_OPT_INCDIR) -o gen_lip_gmp_aux gen_lip_gmp_aux.c $(GMP_OPT_LIBDIR) $(GMP_OPT_LIB) $(LDLIBS) ./gen_lip_gmp_aux > lip_gmp_aux_impl.h $(LINK) $(GMP_OPT_INCDIR) -o gen_gmp_aux gen_gmp_aux.c $(GMP_OPT_LIBDIR) $(GMP_OPT_LIB) $(LDLIBS) ./gen_gmp_aux > ../include/NTL/gmp_aux.h # setup4 runs the wizard setup4: sh Wizard $(WIZARD) ntl.a: $(OBJ) $(AR) $(ARFLAGS) ntl.a $(OBJ) #LSTAT - $(RANLIB) ntl.a #LSTAT # $(LIBTOOL) --mode=link $(LINK_CXX) -o libntl.la $(OBJ:.o=.lo) $(GMP_OPT_LIBDIR) $(GMP_OPT_LIB) $(GF2X_OPT_LIBDIR) $(GF2X_OPT_LIB) $(LDLIBS_CXX) -rpath $(LIBDIR) -version-info `cat VERSION_INFO` #LSHAR LCOMP= #LSTAT # LCOMP=$(LIBTOOL) --mode=compile #LSHAR lip.o: lip.c g_lip_impl.h c_lip_impl.h lip_gmp_aux_impl.h $(LCOMP) $(COMPILE) $(GMP_OPT_INCDIR) lip.c ctools.o: ctools.c $(LCOMP) $(COMPILE) ctools.c GetTime.o: GetTime.c $(LCOMP) $(COMPILE) GetTime.c .c.o: $(LCOMP) $(COMPILE_CXX) $(GF2X_OPT_INCDIR) $< .c: $(LINK_CXX) -o $@ $< ntl.a $(GMP_OPT_LIBDIR) $(GMP_OPT_LIB) $(GF2X_OPT_LIBDIR) $(GF2X_OPT_LIB) $(LDLIBS_CXX) #LSTAT # $(LIBTOOL) --mode=link $(LINK_CXX) -o $@ $< libntl.la #LSHAR ################################################################# # # Rule for running tests # make check runs a series of tests # ################################################################# check: sh RemoveProg $(PROGS) make QuickTest ./QuickTest sh RemoveProg QuickTest sh TestScript ################################################################# # # Rule for installing # make install just does a simple copy of the include file # and library. The -p option is used to preserve file attributes. # This helps avoid some problems (especially when copying ntl.a). # Also, an attempt is made to make everything that is # installed readable by everyone. # # make uninstall removes these files # ################################################################# install: mkdir -p -m 755 $(INCLUDEDIR) rm -rf $(INCLUDEDIR)/NTL mkdir -m 755 $(INCLUDEDIR)/NTL cp -p ../include/NTL/*.h $(INCLUDEDIR)/NTL - chmod -R a+r $(INCLUDEDIR)/NTL mkdir -p -m 755 $(DOCDIR) rm -rf $(DOCDIR)/NTL mkdir -m 755 $(DOCDIR)/NTL cp -p ../doc/*.txt $(DOCDIR)/NTL cp -p ../doc/*.html $(DOCDIR)/NTL cp -p ../doc/*.gif $(DOCDIR)/NTL - chmod -R a+r $(DOCDIR)/NTL mkdir -p -m 755 $(LIBDIR) cp -p ntl.a $(LIBDIR)/libntl.a #LSTAT - chmod a+r $(LIBDIR)/libntl.a #LSTAT # $(LIBTOOL) --mode=install cp -p libntl.la $(LIBDIR) #LSHAR uninstall: rm -f $(LIBDIR)/libntl.a #LSTAT # $(LIBTOOL) --mode=uninstall rm -f $(LIBDIR)/libntl.la #LSHAR rm -rf $(INCLUDEDIR)/NTL rm -rf $(DOCDIR)/NTL ################################################################# # # Rules for cleaning up # # make clobber removes *everything* created by make, # but it does not restore config.h to its default. # # make clean tidies up a bit # ################################################################# clobber: rm -f ntl.a mach_desc.h ../include/NTL/mach_desc.h GetTime.c rm -f lip_gmp_aux_impl.h ../include/NTL/gmp_aux.h sh RemoveProg $(PROGS) MakeDesc TestGetTime gen_lip_gmp_aux gen_gmp_aux rm -f *.o rm -rf small rm -f cfileout mfileout rm -rf .libs *.lo libntl.la rm -f all clean: sh RemoveProg MakeDesc TestGetTime gen_lip_gmp_aux gen_gmp_aux rm -f *.o rm -rf small # - $(LIBTOOL) --mode=clean rm -f libntl.la *.lo #LSHAR ################################################################# # # Rules for making tar and zip files # # make package creates a tar.gz file suitable for Unix # # make winpack creates a zip file suitable for Windows # ################################################################# package: sh unixify "$(SFILES) DIRNAME WINDIR VERSION_INFO NOTES" "$(INCL)" "$(DOC)" rm -rf `cat DIRNAME` rm -f `cat DIRNAME`.tar rm -f `cat DIRNAME`.tar.gz mv unix `cat DIRNAME` chmod -R a+rX `cat DIRNAME` tar -cvf `cat DIRNAME`.tar `cat DIRNAME` gzip `cat DIRNAME`.tar rm -rf `cat DIRNAME` winpack: sh dosify "$(SRC)" "$(INCL)" "$(DOC)" "$(TS)" "$(TD)" "$(SINC)" rm -rf `cat WINDIR` rm -f `cat WINDIR`.zip mv dos `cat WINDIR` chmod -R a+rX `cat WINDIR` find ./`cat WINDIR` '!' -name '*.gif' -print | zip -l `cat WINDIR` -@ find ./`cat WINDIR` -name '*.gif' -print | zip -u `cat WINDIR` -@ rm -rf `cat WINDIR` ###################################################################### # # config wizard related stuff # ###################################################################### WO1 = FFT.o GetTime.o ctools.o ZZ.o ZZVec.o ZZ_p.o ZZ_pX.o WO2 = $(WO1) ZZ_pX1.o lip.o tools.o vec_ZZ.o vec_ZZ_p.o vec_long.o WO3 = $(WO2) GF2.o WordVector.o vec_GF2.o GF2X.o GF2X1.o WOBJ = $(WO3) # wntl.a: LCOMP= #LSHAR wntl.a: $(WOBJ) $(AR) $(ARFLAGS) wntl.a $(WOBJ) - $(RANLIB) wntl.a MulTimeTest: $(LINK_CXX) -o MulTimeTest MulTimeTest.c wntl.a $(GMP_OPT_LIBDIR) $(GMP_OPT_LIB) $(LDLIBS_CXX) PolyTimeTest: $(LINK_CXX) -o PolyTimeTest PolyTimeTest.c wntl.a $(GMP_OPT_LIBDIR) $(GMP_OPT_LIB) $(LDLIBS_CXX) Poly1TimeTest: $(LINK_CXX) -o Poly1TimeTest Poly1TimeTest.c wntl.a $(GMP_OPT_LIBDIR) $(GMP_OPT_LIB) $(LDLIBS_CXX) GF2XTimeTest: $(LINK_CXX) -o GF2XTimeTest GF2XTimeTest.c wntl.a $(GMP_OPT_LIBDIR) $(GMP_OPT_LIB) $(LDLIBS_CXX) InitSettings: $(LINK_CXX) -o InitSettings InitSettings.c $(LDLIBS_CXX) DispSettings: $(LINK_CXX) -o DispSettings DispSettings.c $(LDLIBS_CXX)