* Updating common/lib * Updating lib/csu * Updating lib/libc * Updating libexec/ld.elf_so * Corrected test on __minix in featuretest to actually follow the meaning of the comment. * Cleaned up _REENTRANT-related defintions. * Disabled -D_REENTRANT for libfetch * Removing some unneeded __NBSD_LIBC defines and tests Change-Id: Ic1394baef74d11b9f86b312f5ff4bbc3cbf72ce2
169 lines
5.8 KiB
Makefile
169 lines
5.8 KiB
Makefile
# /****************************************************************
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# Copyright (C) 1998, 2000 by Lucent Technologies
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# All Rights Reserved
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#
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# Permission to use, copy, modify, and distribute this software and
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# its documentation for any purpose and without fee is hereby
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# granted, provided that the above copyright notice appear in all
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# copies and that both that the copyright notice and this
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# permission notice and warranty disclaimer appear in supporting
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# documentation, and that the name of Lucent or any of its entities
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# not be used in advertising or publicity pertaining to
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# distribution of the software without specific, written prior
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# permission.
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#
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# LUCENT DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE,
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# INCLUDING ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS.
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# IN NO EVENT SHALL LUCENT OR ANY OF ITS ENTITIES BE LIABLE FOR ANY
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# SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR ANY DAMAGES
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# WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, WHETHER
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# IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION,
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# ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF
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# THIS SOFTWARE.
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#
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# ****************************************************************/
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CC = cc
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CFLAGS = -g -I..
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CFLAGS+=-I${.CURDIR}/../../arch/${MACHINE_ARCH}/gdtoa
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L = -lm
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L1 = -lm
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#use "L1=-lm" when compiled with -DHonor_FLTP_ROUNDS or -DUSE_LOCALE
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INFFIX = | sed 's/[Ii][Nn][Ff][intyINTY]*/Infinity/g'
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.PATH: /usr/src/lib/libc/gdtoa
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all: dt dItest ddtest dtest ftest Qtest xLtest xtest ddtestsi dItestsi tests
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dt = dt.o $A
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dt: $(dt)
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$(CC) -o dt $(dt) $L
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dItest = dItest.o getround.o g_dfmt.o strtoId.o strtodI.o \
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g__fmt.o strtoIg.o
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dItest: $(dItest)
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$(CC) -o dItest $(dItest) $(L1)
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ddtest = ddtest.o getround.o g_dfmt.o strtordd.o strtopdd.o g_ddfmt.o \
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strtoIdd.o g__fmt.o strtoIg.o
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ddtest: $(ddtest)
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$(CC) -o ddtest $(ddtest) $L
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dtest = dtest.o getround.o g_dfmt.o strtopd.o strtoId.o \
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g__fmt.o strtoIg.o
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dtest: $(dtest)
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$(CC) -o dtest $(dtest) $L
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ftest = ftest.o getround.o strtorf.o strtopf.o g_ffmt.o strtoIf.o \
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g__fmt.o strtoIg.o
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ftest: $(ftest)
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$(CC) -o ftest $(ftest) $(L1)
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Qtest = Qtest.o getround.o strtorQ.o g_Qfmt.o strtoIQ.o strtopQ.o \
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g__fmt.o strtoIg.o
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Qtest: $(Qtest)
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$(CC) -o Qtest $(Qtest) $(L1)
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xtest = xtest.o getround.o strtorx.o g_xfmt.o strtoIx.o \
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g__fmt.o strtoIg.o
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xtest: $(xtest)
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$(CC) -o xtest $(xtest) $(L1)
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xLtest = xLtest.o getround.o strtorxL.o strtopxL.o g_xLfmt.o strtoIxL.o \
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g__fmt.o strtoIg.o
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xLtest: $(xLtest)
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$(CC) -o xLtest $(xLtest) $(L1)
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ddtestsi = ddtest.o strtopddSI.o strtorddSI.o strtoIddSI.o getround.o \
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g_dfmt.o g_ddfmt.o g__fmt.o strtoIg.o
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ddtestsi: $(ddtestsi)
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$(CC) -o ddtestsi $(ddtestsi) $L
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dItestsi = dItest.o strtodISI.o strtoIdSI.o getround.o \
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g_dfmt.o g__fmt.o strtoIg.o
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dItestsi: $(dItestsi)
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$(CC) -o dItestsi $(dItestsi) $(L1)
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strtodt = strtodt.o $A
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strtodt: $(strtodt)
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$(CC) -o strtodt $(strtodt) $L
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pftest = pftest.o $A
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pftest: $(pftest)
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$(CC) -o pftest $(pftest) $L
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## On Intel (and Intel-like) systems using extended-precision registers
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## for double-precision (C type double) computations that sometimes suffer
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## double rounding errors, the test below involving strtodt generally shows
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## five lines of unexpected results. Variant strtodtnrp uses ../strtodrnp.c
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## (which does all computations in integer arithmetic) and should show no
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## unexpected results.
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strtodtnrp = strtodt.o strtodnrp.o
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strtodtnrp: $(strtodtnrp)
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$(CC) -o strtodtnrp $(strtodtnrp)
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# xQtest generates cp commands that depend on sizeof(long double).
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# See the source for details. If you know better, create Q.out,
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# x.out and xL.out by copying the relevant *.ou0 or *.ou1 files
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# to the corresponding .out files. In short, the *.ou0 files are
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# for long double == double; x.ou1 and xL.ou1 are for
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# long double == extended (a la 80x87 and MC680x0), and Q.ou1 is
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# for long double == quad.
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Q.out x.out xL.out:
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$(CC) -o xQtest xQtest.c
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./xQtest | sh
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rm -f xQtest xQtest.o
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## The rmdir below will fail if any test results differ.
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tests: Q.out x.out xL.out dt dItest ddtest dtest ftest Qtest xLtest xtest ddtestsi dItestsi strtodt strtodtnrp
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mkdir bad
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cat testnos testnos1 | ./dt $(INFFIX) >zap 2>&1
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cmp dtst.out zap || mv zap bad/dtst.out
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./dItest <testnos $(INFFIX) >zap 2>&1
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cmp dI.out zap || mv zap bad/dI.out
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./dItestsi <testnos $(INFFIX) >zap 2>&1
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cmp dIsi.out zap || mv zap bad/dIsi.out
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./ddtestsi <testnos $(INFFIX) >zap 2>&1
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cmp ddsi.out zap || mv zap bad/ddsi.out
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for i in dd d f x xL Q; do cat testnos rtestnos | \
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./"$$i"test $(INFFIX) >zap 2>&1;\
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cmp $$i.out zap || mv zap bad/$$i.out; done
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./strtodt testnos3 >bad/strtodt.out && rm bad/strtodt.out || \
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cat bad/strtodt.out
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./strtodtnrp testnos3 >bad/strtodtnrp.out && rm bad/strtodtnrp.out || \
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cat bad/strtodtnrp.out
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rmdir bad 2>/dev/null || \
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(cd bad; for i in *; do cmp -s $$i ../obad/$$i && rm $$i;done; cd ..; rmdir bad)
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touch tests
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# To test Printf in ../gdtoa.a, "make pf_test" and perhaps "make pf_testLq"
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# (if both long double and quad are desired and available).
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pf_test: pftest
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./pftest <pftestnos >zap
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cmp pftest.out zap && rm zap
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pf_testLq: pftest
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./pftest <pfLqtestnos >zap
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cmp pftestLq.out zap && rm zap
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xs0 = README Q.ou0 Q.ou1 Qtest.c d.out dI.out dIsi.out dItest.c dd.out\
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ddsi.out ddtest.c dt.c dtest.c dtst.out f.out ftest.c\
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getround.c makefile pfLqtestnos pftest.c pftestQ.out\
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pftestx.out pftestLq.out pftestnos rtestnos strtoIdSI.c\
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strtoIddSI.c strtodISI.c strtodt.c strtopddSI.c strtorddSI.c\
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testnos testnos1 testnos3 x.ou0 x.ou1 xL.ou0 xL.ou1 xLtest.c\
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xQtest.c xtest.c
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# invoke "make -r xsum.out"
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xsum.out: xsum0.out $(xs0)
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xsum $(xs0) >xsum1.out
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cmp xsum0.out xsum1.out && mv xsum1.out xsum.out || diff xsum[01].out
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clean:
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rm -f *.[ao] dt *test *testsi pftest.out strtodt strtodtnrp xsum.out\
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xsum1.out tests zap x.out xL.out Q.out
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rm -rf bad
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