On Thu, 10 Mar 2005, Andrej Ricnik-Bay wrote:

...

...

I'm trying to find out why cln segfaults on make check Which OS/version, compiler/version, configure arguments? Slackware 10.1, gcc 3.3.4, no arguments

And the architecture? x86? Is that the vendor's compiler or one you yourself compiled?

If it's not too big for the list I can post config.log

So you compiled with debug information? I would rather like to see a stack backtrace of one of the segfaulting programs. Regards -richy. -- Richard B. Kreckel <http://www.ginac.de/~kreckel/>

On Thu, 10 Mar 2005, Andrej Ricnik-Bay wrote:

On Wed, 9 Mar 2005 23:10:35 +0100 (CET), Richard B. Kreckel <kreckel@ginac.de> wrote:

...

And the architecture? x86? Is that the vendor's compiler or one you yourself compiled? Sorry, yes, it's x86, compiled with P4 optimizations (env has CXXFLAGS and CFLAGS=-march=pentium4 -msse2)

...

So you compiled with debug information? If that's the default, yes.

...

I would rather like to see a stack backtrace of one of the segfaulting programs. Just a plain cd tests strace -o exam.out exam

No. Just a plain cd tests gdb exam run [watch it crash] bt -richy. -- Richard B. Kreckel <http://www.ginac.de/~kreckel/>

I am trying to build cln-1.1.9 on OS X, and there's one file, cl_nt_sqrtmodp.cc, that brings my poor G4 with a mere (!) 256MB of RAM to its knees. It took a machine with 750MB of RAM to compile this monster. Why is this? The file is not particularly big, nor does it appear on the surface to be doing anything particularly complicated. Does anyone know what it is about this particular file that makes gcc use so much RAM? Thanks, Ron Garret ron@flownet.com

On Fri, 11 Mar 2005, Ralf Wildenhues wrote:

* Ron Garret wrote on Fri, Mar 11, 2005 at 07:57:23AM CET:

...

I am trying to build cln-1.1.9 on OS X, and there's one file, cl_nt_sqrtmodp.cc, that brings my poor G4 with a mere (!) 256MB of RAM to its knees. It took a machine with 750MB of RAM to compile this monster. Why is this? The file is not particularly big, nor does it appear on the surface to be doing anything particularly complicated. Does anyone know what it is about this particular file that makes gcc use so much RAM?

Over here it's debugging info. Setting CXXFLAGS=-O2 (i.e. removing -g) makes it go from 233K to 40K. I'd guess compiler memory usage would go down as well.

If you can find out why g++ creates such a lot of info, you might have success in complaining to the gcc folks.

Right, but first have to update to the newest compiler, of course! I remember having seen such behavior during GCC 3.1, 3.2 or 3.3. It was only showing up on some selected platforms (like ia64, but not on i386). I'm quite sure it's much better now. So, please, upgrade your compiler or be patient until Apple does it for you. Regards -richy. -- Richard B. Kreckel <http://www.ginac.de/~kreckel/>

[ please excuse if this is a resend ] * Ron Garret wrote on Fri, Mar 11, 2005 at 09:27:22PM CET:

Finally got CLN to compile. Whew! But make check gives me this:

dyld: /Users/ron/devel/cln-1.1.9/tests/.libs/exam Undefined symbols: ___gxx_personality_v0 __ZNSt8ios_base4InitC1Ev __ZNSt8ios_base4InitD1Ev __ZSt9terminatev __ZSt4cerr __ZStlsISt11char_traitsIcEERSt13basic_ostreamIcT_ES5_PKc __ZNSo3putEc

Googling indicates that this is a rather commonly encountered problem having to do with the way that OS X partitions dynamic libraries into namespaces, but I wasn't able to extract an actual solution from anything I've found on this so far. Any pointers would be appreciated.

Are you using cln with the provided libtool files? I don't know much about OS X, but quite a bit of darwin-related changes went into Libtool not too long ago. It might help to update ltmain.sh and libtool.m4. But then again, I know cln uses some modified version of libtool, so I don't know whether anything would break. Regards, Ralf

Now that I've finally gotten cln compiled (again) I've encountered another problem. I'm using cln inside a little Lisp interpreter, which uses cln's input routines to parse numbers. I'm resurrecting this project after about a three-year hiatus, and something that worked back then is no longer working. The default behavior of cln's parser when it encounters bad syntax is to call read_number_bad_syntax which calls cl_abort which calls exit(0). This is obviously not what I want. Back in the day, I was able to override this behavior by simply defining my own version of read_number_bad_syntax and read_number_junk in my own code like so: namespace cln { void read_number_bad_syntax(const char * string, const char * string_limit) { throw 0; } void read_number_junk (const char * string_rest, const char * string, const char* string_limit) { throw 0; } } But this no longer works and I don't know why. My guess is that it's a change in the C++ compiler. Back then it was gcc-2.95 or something like that on Linux, and now I'm using 3.3 on OS X. Obviously I can fix this by hacking the cln source code, but I'd rather not do that because I don't want people to have to recompile cln (or keep multiple copies of cln around) to be able to use my code. Is there another way for users to override the behavior of read_number_bad_syntax? And does anyone know why the technique I used successfully before no longer works? Thanks, rg

On Mar 15, 2005, at 2:55 PM, Richard B. Kreckel wrote:

On Tue, 15 Mar 2005, Ron Garret wrote:

...

I'm using cln inside a little Lisp interpreter, which uses cln's input routines to parse numbers. I'm resurrecting this project after about a three-year hiatus, and something that worked back then is no longer working. The default behavior of cln's parser when it encounters bad syntax is to call read_number_bad_syntax which calls cl_abort which calls exit(0). This is obviously not what I want. Back in the day, I was able to override this behavior by simply defining my own version of read_number_bad_syntax and read_number_junk in my own code like so:

namespace cln { void read_number_bad_syntax(const char * string, const char * string_limit) { throw 0; } void read_number_junk (const char * string_rest, const char * string, const char* string_limit) { throw 0; } }

But this no longer works and I don't know why. My guess is that it's a change in the C++ compiler. Back then it was gcc-2.95 or something like that on Linux, and now I'm using 3.3 on OS X.

Obviously I can fix this by hacking the cln source code, but I'd rather not do that because I don't want people to have to recompile cln (or keep multiple copies of cln around) to be able to use my code. Is there another way for users to override the behavior of read_number_bad_syntax? And does anyone know why the technique I used successfully before no longer works?

Could you please define what exactly "no longer works" means?

Whenever the reader tries to process an atom that is not a valid number the process exits rather than throwing an exception which the reader can catch to turn the atom into a symbol.

Also, it will be helpful for people who might want to help you if you provide a self-contained example.

#include <cln/cln.h> #include <iostream> using namespace cln; using namespace std; namespace cln { void read_number_bad_syntax(const char * string, const char * string_limit) { throw 0; } void read_number_junk (const char * string_rest, const char * string, const char* string_limit) { throw 0; } } int main(int argc, char *argv[]) { cout << "Checking " << argv[1] << "\n"; try { cl_N n(argv[1]); cout << argv[1] << " is a valid number.\n"; } catch(...) { cout << argv[1] << " is not a valid number.\n"; } cout << "This should be printed in either case.\n"; }

OK, here's what I know (or at least what I think I know): The most likely explanation of the cause of the problem is that my shared libraries are being linked with gcc rather than g++. So the problem is most likely somewhere in the libtool configuration. CLN comes with its own libtool, which is the one that cln is presumably using to build itself. This libtool differs significantly from the most recent version of GNU libtool. There is also a libtool that comes with the OS X development tools, which is, oddly enough, a binary. The other two libtools are shell scripts. I don't know which of these I "should" be using. So I may be able to solve the problem by simply telling libtool to use g++ rather than gcc to do its linking (although I was under the impression that relieving the programmer of this kind of system-specific tweaking was precisely what libtool was designed to do). And since I don't understand the cln build process I don't know how to inject this option into the process now. I don't want to make clean and start over because it's taken me a week just to get to where I am. There are some files that it took me literally dozens of hours to compile. Has anyone actually successfully built (and run) cln on OS X? Is there a quick-and-dirty way I can just relink my existing binaries with g++? Or am I barking up the wrong tree entirely? rg

On Mar 14, 2005, at 2:35 PM, Richard B. Kreckel wrote:

On Mon, 14 Mar 2005, Ron Garret wrote:

...

OK, here's what I know (or at least what I think I know):

The most likely explanation of the cause of the problem is that my shared libraries are being linked with gcc rather than g++. So the problem is most likely somewhere in the libtool configuration.

Indeed, the missing symbols are all standard C++ symbols. What I'm wondering is: can't you just look how the build scrolls by and see how the library (or, rather, the test executable) is linked? Why do we have to do some guesswork?

Let me put that another way. gcc (and not g++) is definitely being invoked in one of the link steps (but not all of them). Here's the relevant part of the build: [ron@Zag:~/devel/cln-1.1.9]$ make cd src; make all ... /bin/sh ../libtool --mode=link gcc -o libcln.la ... [a zillion .o files] ... [ron@Zag:~/devel/cln-1.1.9/tests]$ make check /bin/sh ../libtool --mode=link g++ -g -O2 exam.o exam_I.o exam_RA.o exam_SF.o exam_FF.o exam_DF.o exam_LF.o exam_I_gcd.o exam_I_sqrtp.o ../src/libcln.la -lm -o exam g++ -g -O2 exam.o exam_I.o exam_RA.o exam_SF.o exam_FF.o exam_DF.o exam_LF.o exam_I_gcd.o exam_I_sqrtp.o -o .libs/exam -Wl,-bind_at_load ../src/.libs/libcln.dylib /usr/local/lib/libgmp.dylib -lm creating exam ./exam dyld: /Users/ron/devel/cln-1.1.9/tests/.libs/exam Undefined symbols: ___gxx_personality_v0 __ZNSt8ios_base4InitC1Ev __ZNSt8ios_base4InitD1Ev __ZSt9terminatev __ZSt4cerr __ZStlsISt11char_traitsIcEERSt13basic_ostreamIcT_ES5_PKc __ZNSo3putEc make: *** [check] Trace/BPT trap What I don't know is whether this is actually the cause of the problem, and if so how to fix it (and why config didn't do the right thing to begin with). rg --- Here's the full transcript (after touching a couple of random .cc files to force a relink without having to recompile everything) just in case I'm wrong about what's really going on: [ron@Zag:~/devel/cln-1.1.9]$ make cd src; make all make SUBDIR=base make SUBDIR=base/digit /bin/sh ../libtool --mode=compile g++ -g -O2 -I../include -I../include -I./base -c ./base/digit/cl_2D_div.cc g++ -g -O2 -I../include -I../include -I./base -c ./base/digit/cl_2D_div.cc -fno-common -DPIC -o .libs/cl_2D_div.o g++ -g -O2 -I../include -I../include -I./base -c ./base/digit/cl_2D_div.cc -o cl_2D_div.o >/dev/null 2>&1 /bin/sh ../libtool --mode=compile g++ -g -O2 -I../include -I../include -I./base -c ./base/digit/cl_2D_exptpos.cc g++ -g -O2 -I../include -I../include -I./base -c ./base/digit/cl_2D_exptpos.cc -fno-common -DPIC -o .libs/cl_2D_exptpos.o g++ -g -O2 -I../include -I../include -I./base -c ./base/digit/cl_2D_exptpos.cc -o cl_2D_exptpos.o >/dev/null 2>&1 make SUBDIR=base/digitseq make[3]: Nothing to be done for `all'. make SUBDIR=base/hash make[3]: Nothing to be done for `all'. make SUBDIR=base/input make[3]: Nothing to be done for `all'. make SUBDIR=base/low make[3]: Nothing to be done for `all'. make SUBDIR=base/output make[3]: Nothing to be done for `all'. make SUBDIR=base/proplist make[3]: Nothing to be done for `all'. make SUBDIR=base/random make[3]: Nothing to be done for `all'. make SUBDIR=base/ring make[3]: Nothing to be done for `all'. make SUBDIR=base/string make SUBDIR=base/string/input make[4]: Nothing to be done for `all'. make SUBDIR=base/string/misc make[4]: Nothing to be done for `all'. make SUBDIR=base/string/output make[4]: Nothing to be done for `all'. make SUBDIR=base/symbol make[3]: Nothing to be done for `all'. make SUBDIR=complex make SUBDIR=complex/algebraic make[3]: Nothing to be done for `all'. make SUBDIR=complex/elem make SUBDIR=complex/elem/division make[4]: Nothing to be done for `all'. make SUBDIR=complex/input make[3]: Nothing to be done for `all'. make SUBDIR=complex/misc make[3]: Nothing to be done for `all'. make SUBDIR=complex/output make[3]: Nothing to be done for `all'. make SUBDIR=complex/ring make[3]: Nothing to be done for `all'. make SUBDIR=complex/transcendental make[3]: Nothing to be done for `all'. make SUBDIR=float make SUBDIR=float/algebraic make[3]: Nothing to be done for `all'. make SUBDIR=float/base make[3]: Nothing to be done for `all'. make SUBDIR=float/conv make[3]: Nothing to be done for `all'. make SUBDIR=float/dfloat make SUBDIR=float/dfloat/algebraic make[4]: Nothing to be done for `all'. make SUBDIR=float/dfloat/conv make[4]: Nothing to be done for `all'. make SUBDIR=float/dfloat/division make[4]: Nothing to be done for `all'. make SUBDIR=float/dfloat/elem make[4]: Nothing to be done for `all'. make SUBDIR=float/dfloat/input make[4]: Nothing to be done for `all'. make SUBDIR=float/dfloat/misc make[4]: Nothing to be done for `all'. make SUBDIR=float/division make[3]: Nothing to be done for `all'. make SUBDIR=float/elem make[3]: Nothing to be done for `all'. make SUBDIR=float/ffloat make SUBDIR=float/ffloat/algebraic make[4]: Nothing to be done for `all'. make SUBDIR=float/ffloat/conv make[4]: Nothing to be done for `all'. make SUBDIR=float/ffloat/division make[4]: Nothing to be done for `all'. make SUBDIR=float/ffloat/elem make[4]: Nothing to be done for `all'. make SUBDIR=float/ffloat/input make[4]: Nothing to be done for `all'. make SUBDIR=float/ffloat/misc make[4]: Nothing to be done for `all'. make SUBDIR=float/input make[3]: Nothing to be done for `all'. make SUBDIR=float/lfloat make SUBDIR=float/lfloat/algebraic make[4]: Nothing to be done for `all'. make SUBDIR=float/lfloat/division make[4]: Nothing to be done for `all'. make SUBDIR=float/lfloat/elem make[4]: Nothing to be done for `all'. make SUBDIR=float/lfloat/input make[4]: Nothing to be done for `all'. make SUBDIR=float/lfloat/misc make[4]: Nothing to be done for `all'. make SUBDIR=float/misc make[3]: Nothing to be done for `all'. make SUBDIR=float/output make[3]: Nothing to be done for `all'. make SUBDIR=float/random make[3]: Nothing to be done for `all'. make SUBDIR=float/sfloat make SUBDIR=float/sfloat/algebraic make[4]: Nothing to be done for `all'. make SUBDIR=float/sfloat/division make[4]: Nothing to be done for `all'. make SUBDIR=float/sfloat/elem make[4]: Nothing to be done for `all'. make SUBDIR=float/sfloat/input make[4]: Nothing to be done for `all'. make SUBDIR=float/sfloat/misc make[4]: Nothing to be done for `all'. make SUBDIR=float/transcendental make[3]: Nothing to be done for `all'. make SUBDIR=integer make SUBDIR=integer/2adic make[3]: Nothing to be done for `all'. make SUBDIR=integer/algebraic make[3]: Nothing to be done for `all'. make SUBDIR=integer/bitwise make[3]: Nothing to be done for `all'. make SUBDIR=integer/conv make[3]: Nothing to be done for `all'. make SUBDIR=integer/division make[3]: Nothing to be done for `all'. make SUBDIR=integer/elem make[3]: Nothing to be done for `all'. make SUBDIR=integer/gcd make[3]: Nothing to be done for `all'. make SUBDIR=integer/hash make[3]: Nothing to be done for `all'. make SUBDIR=integer/input make[3]: Nothing to be done for `all'. make SUBDIR=integer/misc make SUBDIR=integer/misc/combin make[4]: Nothing to be done for `all'. make SUBDIR=integer/output make[3]: Nothing to be done for `all'. make SUBDIR=integer/random make[3]: Nothing to be done for `all'. make SUBDIR=integer/ring make[3]: Nothing to be done for `all'. make SUBDIR=modinteger make[2]: Nothing to be done for `all'. make SUBDIR=modpolynomial make[2]: Nothing to be done for `all'. make SUBDIR=numtheory make[2]: Nothing to be done for `all'. make SUBDIR=polynomial make SUBDIR=polynomial/elem make[3]: Nothing to be done for `all'. make SUBDIR=polynomial/misc make[3]: Nothing to be done for `all'. make SUBDIR=rational make SUBDIR=rational/algebraic make[3]: Nothing to be done for `all'. make SUBDIR=rational/division make[3]: Nothing to be done for `all'. make SUBDIR=rational/elem make[3]: Nothing to be done for `all'. make SUBDIR=rational/input make[3]: Nothing to be done for `all'. make SUBDIR=rational/misc make[3]: Nothing to be done for `all'. make SUBDIR=rational/output make[3]: Nothing to be done for `all'. make SUBDIR=rational/ring make[3]: Nothing to be done for `all'. make SUBDIR=rational/transcendental make[3]: Nothing to be done for `all'. make SUBDIR=real make SUBDIR=real/algebraic make[3]: Nothing to be done for `all'. make SUBDIR=real/conv make[3]: Nothing to be done for `all'. make SUBDIR=real/division make[3]: Nothing to be done for `all'. make SUBDIR=real/elem make[3]: Nothing to be done for `all'. make SUBDIR=real/format-output make[3]: Nothing to be done for `all'. make SUBDIR=real/input make[3]: Nothing to be done for `all'. make SUBDIR=real/misc make[3]: Nothing to be done for `all'. make SUBDIR=real/output make[3]: Nothing to be done for `all'. make SUBDIR=real/random make[3]: Nothing to be done for `all'. make SUBDIR=real/ring make[3]: Nothing to be done for `all'. make SUBDIR=real/transcendental make[3]: Nothing to be done for `all'. make SUBDIR=timing make[2]: Nothing to be done for `all'. make SUBDIR=vector make SUBDIR=vector/output make[3]: Nothing to be done for `all'. /bin/sh ../libtool --mode=link gcc -o libcln.la -rpath /usr/local/lib -version-info 3:3:0 -lgmp cl_N_err_d0.lo cl_abort.lo cl_alloca.lo cl_as_err.lo cl_condition.lo cl_debug.lo cl_debugout.lo cl_free.lo cl_immclasses.lo cl_malloc.lo cl_notreached.lo cl_version.lo cl_2D_div.lo cl_2D_exptpos.lo cl_2DS_div.lo cl_2DS_recip.lo cl_DS_div.lo cl_DS_mul.lo cl_DS_random.lo cl_DS_recip.lo cl_DS_recipsqrt.lo cl_DS_sqrt.lo cl_DS_trandom.lo cl_rcpointer2_hashweak_rcpointer.lo cl_rcpointer_hashweak_rcpointer.lo cl_read_err_bad.lo cl_read_err_eof.lo cl_read_err_junk.lo cl_low_div.lo cl_low_isqrt.lo cl_low_isqrt2.lo cl_low_mul.lo cl_output_dec.lo cl_output_hex.lo cl_prin_globals.lo cl_pl_add.lo cl_pl_d.lo cl_pl_get.lo cl_UL_random.lo cl_random_def.lo cl_random_from.lo cl_no_ring.lo cl_ring_debug.lo cl_spushstring_append.lo cl_spushstring_push.lo cl_sstring.lo cl_st_c2.lo cl_st_concat1.lo cl_st_concat2.lo cl_st_concat3.lo cl_st_debug.lo cl_st_hashcode.lo cl_st_make0.lo cl_st_make1.lo cl_st_make2.lo cl_st_null.lo cl_sy_hashcode.lo cl_symbol.lo cl_st_get1.lo cl_st_get2.lo cl_st_getline1.lo cl_st_getline2.lo cl_st_gettoken.lo cl_st_class.lo cl_st_print.lo cl_C_abs.lo cl_C_abs_aux.lo cl_C_signum.lo cl_C_sqrt.lo cl_DF_hypot.lo cl_FF_hypot.lo cl_LF_hypot.lo cl_R_hypot.lo cl_SF_hypot.lo cl_C_equal.lo cl_C_from_R_R_complex.lo cl_C_from_R_R_complex1.lo cl_C_imagpart.lo cl_C_minus.lo cl_C_minus1.lo cl_C_mul.lo cl_C_plus.lo cl_C_plus1.lo cl_C_realpart.lo cl_C_square.lo cl_C_uminus.lo cl_C_zerop.lo cl_N_from_string.lo cl_N_read.lo cl_N_read_stream.lo cl_C_class.lo cl_C_conjugate.lo cl_C_debug.lo cl_C_eqhashcode.lo cl_C_expt.lo cl_C_expt_I.lo cl_N_as.lo cl_N_aprint.lo cl_N_bprint.lo cl_C_ring.lo cl_C_acos.lo cl_C_acosh.lo cl_C_asin.lo cl_C_asinh.lo cl_C_asinh_aux.lo cl_C_atan.lo cl_C_atanh.lo cl_C_atanh_aux.lo cl_C_cis.lo cl_C_cos.lo cl_C_cosh.lo cl_C_exp.lo cl_C_expt_C.lo cl_C_log.lo cl_C_log2.lo cl_C_phase.lo cl_C_sin.lo cl_C_sinh.lo cl_C_tan.lo cl_C_tanh.lo cl_R_cis.lo cl_C_DF_recip.lo cl_C_FF_recip.lo cl_C_LF_recip.lo cl_C_SF_recip.lo cl_C_div.lo cl_C_recip.lo cl_F_sqrt.lo cl_F_err_nan.lo cl_F_err_ov.lo cl_F_err_un.lo cl_F_globals.lo cl_ieee.lo cl_DF_to_FF.lo cl_DF_to_LF.lo cl_DF_to_SF.lo cl_DF_to_double.lo cl_DF_to_float.lo cl_FF_to_DF.lo cl_FF_to_LF.lo cl_FF_to_SF.lo cl_FF_to_double.lo cl_FF_to_float.lo cl_F_from_F.lo cl_F_from_F_f.lo cl_F_from_I.lo cl_F_from_I_def.lo cl_F_from_I_f.lo cl_F_from_RA.lo cl_F_from_RA_def.lo cl_F_from_RA_f.lo cl_F_to_DF.lo cl_F_to_FF.lo cl_F_to_LF.lo cl_F_to_SF.lo cl_F_to_double.lo cl_F_to_float.lo cl_LF_to_DF.lo cl_LF_to_FF.lo cl_LF_to_SF.lo cl_LF_to_double.lo cl_LF_to_float.lo cl_SF_to_DF.lo cl_SF_to_FF.lo cl_SF_to_LF.lo cl_SF_to_double.lo cl_SF_to_float.lo cl_F_ceil1.lo cl_F_ceil2.lo cl_F_ceil22.lo cl_F_fceil1.lo cl_F_fceil2.lo cl_F_ffloor1.lo cl_F_ffloor2.lo cl_F_floor1.lo cl_F_floor2.lo cl_F_floor22.lo cl_F_fround1.lo cl_F_fround2.lo cl_F_ftrunc1.lo cl_F_ftrunc2.lo cl_F_round1.lo cl_F_round2.lo cl_F_round22.lo cl_F_trunc1.lo cl_F_trunc2.lo cl_F_trunc22.lo cl_F_I_div.lo cl_F_I_mul.lo cl_F_RA_div.lo cl_F_RA_mul.lo cl_F_compare.lo cl_F_div.lo cl_F_minus.lo cl_F_minusp.lo cl_F_mul.lo cl_F_plus.lo cl_F_plusp.lo cl_F_recip.lo cl_F_scale.lo cl_F_scale_I.lo cl_F_square.lo cl_F_uminus.lo cl_F_zerop.lo cl_I_F_div.lo cl_RA_F_div.lo cl_F_from_string.lo cl_F_read.lo cl_F_read_stream.lo cl_F_readparsed.lo cl_F_abs.lo cl_F_as.lo cl_F_decode.lo cl_F_digits.lo cl_F_epsneg.lo cl_F_epspos.lo cl_F_eqhashcode.lo cl_F_exponent.lo cl_F_extendsqrt.lo cl_F_extendsqrtx.lo cl_F_idecode.lo cl_F_leastneg.lo cl_F_leastpos.lo cl_F_max.lo cl_F_min.lo cl_F_mostneg.lo cl_F_mostpos.lo cl_F_precision.lo cl_F_rational.lo cl_F_shortenrel.lo cl_F_sign.lo cl_F_sign2.lo cl_F_signum.lo cl_float_format.lo cl_F_aprint.lo cl_F_bprint.lo cl_F_cprint.lo cl_F_dprint.lo cl_F_printb.lo cl_F_random.lo cl_F_atanhx.lo cl_F_atanx.lo cl_F_catalanconst.lo cl_F_catalanconst_def.lo cl_F_catalanconst_f.lo cl_F_catalanconst_var.lo cl_F_cos.lo cl_F_cosh.lo cl_F_coshsinh.lo cl_F_cossin.lo cl_F_eulerconst.lo cl_F_eulerconst_def.lo cl_F_eulerconst_f.lo cl_F_eulerconst_var.lo cl_F_exp.lo cl_F_exp1.lo cl_F_exp1_def.lo cl_F_exp1_f.lo cl_F_exp1_var.lo cl_F_expx.lo cl_F_ln.lo cl_F_ln10.lo cl_F_ln10_f.lo cl_F_ln10_var.lo cl_F_ln2.lo cl_F_ln2_f.lo cl_F_ln2_var.lo cl_F_lnx.lo cl_F_pi.lo cl_F_pi_def.lo cl_F_pi_f.lo cl_F_pi_var.lo cl_F_roundpi.lo cl_F_roundpi2.lo cl_F_sin.lo cl_F_sinh.lo cl_F_sinhx.lo cl_F_sinx.lo cl_F_tan.lo cl_F_tanh.lo cl_F_zeta_int.lo cl_F_zeta_int_def.lo cl_F_zeta_int_f.lo cl_LF_atan_recip.lo cl_LF_atanh_recip.lo cl_LF_catalanconst.lo cl_LF_coshsinh.lo cl_LF_coshsinh_aux.lo cl_LF_cossin.lo cl_LF_cossin_aux.lo cl_LF_eulerconst.lo cl_LF_exp1.lo cl_LF_exp_aux.lo cl_LF_ln10.lo cl_LF_ln2.lo cl_LF_pi.lo cl_LF_ratseries.lo cl_LF_ratseries_.lo cl_LF_ratseries_a.lo cl_LF_ratseries_ab.lo cl_LF_ratseries_b.lo cl_LF_ratseries_p.lo cl_LF_ratseries_pa.lo cl_LF_ratseries_pab.lo cl_LF_ratseries_pb.lo cl_LF_ratseries_pq.lo cl_LF_ratseries_pqa.lo cl_LF_ratseries_pqab.lo cl_LF_ratseries_pqb.lo cl_LF_ratseries_q.lo cl_LF_ratseries_qa.lo cl_LF_ratseries_qab.lo cl_LF_ratseries_qb.lo cl_LF_ratseries_stream_pq.lo cl_LF_ratseries_stream_pqa.lo cl_LF_ratseries_stream_pqab.lo cl_LF_ratseries_stream_pqb.lo cl_LF_ratsumseries_pqcd.lo cl_LF_ratsumseries_pqcd_aux.lo cl_LF_ratsumseries_pqd.lo cl_LF_ratsumseries_pqd_aux.lo cl_LF_zeta3.lo cl_LF_zeta_int.lo cl_DF_sqrt.lo cl_DF_from_double.lo cl_DF_to_doublej.lo cl_I_to_double.lo cl_RA_to_double.lo cl_DF_ceil22.lo cl_DF_fceil.lo cl_DF_floor22.lo cl_DF_recip.lo cl_DF_round22.lo cl_DF_trunc22.lo cl_DF_compare.lo cl_DF_div.lo cl_DF_ffloor.lo cl_DF_from_I.lo cl_DF_from_RA.lo cl_DF_fround.lo cl_DF_ftrunc.lo cl_DF_futrunc.lo cl_DF_globals.lo cl_DF_minus.lo cl_DF_minusp.lo cl_DF_mul.lo cl_DF_plus.lo cl_DF_plusp.lo cl_DF_scale.lo cl_DF_scale_I.lo cl_DF_to_I.lo cl_DF_uminus.lo cl_DF_zerop.lo cl_DF_from_string.lo cl_DF_abs.lo cl_DF_as.lo cl_DF_class.lo cl_DF_debug.lo cl_DF_decode.lo cl_DF_digits.lo cl_DF_eqhashcode.lo cl_DF_exponent.lo cl_DF_idecode.lo cl_DF_max.lo cl_DF_min.lo cl_DF_precision.lo cl_DF_sign.lo cl_DF_signum.lo cl_FF_sqrt.lo cl_FF_from_float.lo cl_FF_to_floatj.lo cl_I_to_float.lo cl_RA_to_float.lo cl_FF_ceil22.lo cl_FF_fceil.lo cl_FF_floor22.lo cl_FF_recip.lo cl_FF_round22.lo cl_FF_trunc22.lo cl_FF_compare.lo cl_FF_div.lo cl_FF_ffloor.lo cl_FF_from_I.lo cl_FF_from_RA.lo cl_FF_fround.lo cl_FF_ftrunc.lo cl_FF_futrunc.lo cl_FF_globals.lo cl_FF_minus.lo cl_FF_minusp.lo cl_FF_mul.lo cl_FF_plus.lo cl_FF_plusp.lo cl_FF_scale.lo cl_FF_scale_I.lo cl_FF_to_I.lo cl_FF_uminus.lo cl_FF_zerop.lo cl_FF_from_string.lo cl_FF_abs.lo cl_FF_as.lo cl_FF_class.lo cl_FF_debug.lo cl_FF_decode.lo cl_FF_digits.lo cl_FF_eqhashcode.lo cl_FF_exponent.lo cl_FF_idecode.lo cl_FF_max.lo cl_FF_min.lo cl_FF_precision.lo cl_FF_sign.lo cl_FF_signum.lo cl_LF_sqrt.lo cl_LF_ceil22.lo cl_LF_fceil.lo cl_LF_floor22.lo cl_LF_recip.lo cl_LF_round22.lo cl_LF_trunc22.lo cl_I_LF_div.lo cl_LF_1minus.lo cl_LF_1plus.lo cl_LF_2minus.lo cl_LF_2plus.lo cl_LF_I_div.lo cl_LF_I_mul.lo cl_LF_RA_div.lo cl_LF_RA_mul.lo cl_LF_compare.lo cl_LF_div.lo cl_LF_ffloor.lo cl_LF_from_I.lo cl_LF_from_RA.lo cl_LF_fround.lo cl_LF_ftrunc.lo cl_LF_futrunc.lo cl_LF_globals.lo cl_LF_minus1.lo cl_LF_minusp.lo cl_LF_mul.lo cl_LF_plus1.lo cl_LF_plusp.lo cl_LF_scale.lo cl_LF_scale_I.lo cl_LF_square.lo cl_LF_to_I.lo cl_LF_uminus.lo cl_LF_zerop.lo cl_RA_LF_div.lo cl_LF_from_string.lo cl_LF_abs.lo cl_LF_as.lo cl_LF_class.lo cl_LF_debug.lo cl_LF_decode.lo cl_LF_digits.lo cl_LF_eqhashcode.lo cl_LF_exponent.lo cl_LF_extend.lo cl_LF_idecode.lo cl_LF_leninc.lo cl_LF_lenincx.lo cl_LF_max.lo cl_LF_min.lo cl_LF_precision.lo cl_LF_shorten.lo cl_LF_shortenrel.lo cl_LF_shortenwith.lo cl_LF_sign.lo cl_LF_signum.lo cl_LF_to_LF.lo cl_SF_sqrt.lo cl_SF_ceil22.lo cl_SF_fceil.lo cl_SF_ffloor.lo cl_SF_floor22.lo cl_SF_recip.lo cl_SF_round22.lo cl_SF_trunc22.lo cl_SF_compare.lo cl_SF_div.lo cl_SF_from_I.lo cl_SF_from_RA.lo cl_SF_fround.lo cl_SF_ftrunc.lo cl_SF_futrunc.lo cl_SF_minus.lo cl_SF_minusp.lo cl_SF_mul.lo cl_SF_plus.lo cl_SF_plusp.lo cl_SF_scale.lo cl_SF_scale_I.lo cl_SF_to_I.lo cl_SF_uminus.lo cl_SF_zerop.lo cl_SF_from_string.lo cl_SF_abs.lo cl_SF_as.lo cl_SF_class.lo cl_SF_debug.lo cl_SF_decode.lo cl_SF_digits.lo cl_SF_eqhashcode.lo cl_SF_exponent.lo cl_SF_idecode.lo cl_SF_max.lo cl_SF_min.lo cl_SF_precision.lo cl_SF_sign.lo cl_SF_signum.lo cl_I_2adic_div.lo cl_I_2adic_recip.lo cl_I_rootp.lo cl_I_rootp_I.lo cl_I_rootp_aux.lo cl_I_sqrt.lo cl_I_sqrtp.lo cl_I_ash.lo cl_I_ash_I.lo cl_I_asherr.lo cl_I_boole.lo cl_I_dpb.lo cl_I_dpf.lo cl_I_fullbyte.lo cl_I_ilength.lo cl_I_ldb.lo cl_I_ldbtest.lo cl_I_ldbx.lo cl_I_ldbxtest.lo cl_I_log_aux.lo cl_I_logand.lo cl_I_logandc2.lo cl_I_logbitp.lo cl_I_logbitp_I.lo cl_I_logcount.lo cl_I_logeqv.lo cl_I_logior.lo cl_I_lognand.lo cl_I_lognor.lo cl_I_lognot.lo cl_I_logorc2.lo cl_I_logtest.lo cl_I_logxor.lo cl_I_mkf.lo cl_I_mkfx.lo cl_I_digits_need.lo cl_I_from_DS.lo cl_I_from_L.lo cl_I_from_L2.lo cl_I_from_NDS.lo cl_I_from_NUDS.lo cl_I_from_Q.lo cl_I_from_UDS.lo cl_I_from_UL.lo cl_I_from_UL2.lo cl_I_from_UQ.lo cl_I_from_digits.lo cl_I_mul10plus.lo cl_I_to_L.lo cl_I_to_Q.lo cl_I_to_UL.lo cl_I_to_UQ.lo cl_I_to_digits.lo cl_I_ceil1.lo cl_I_ceil2.lo cl_I_exquo.lo cl_I_exquoerr.lo cl_I_exquopos.lo cl_I_floor1.lo cl_I_floor2.lo cl_I_mod.lo cl_I_rem.lo cl_I_round1.lo cl_I_round2.lo cl_I_trunc1.lo cl_I_trunc2.lo cl_I_compare.lo cl_I_div.lo cl_I_equal.lo cl_I_minus.lo cl_I_minus1.lo cl_I_minusp.lo cl_I_mul.lo cl_I_plus.lo cl_I_plus1.lo cl_I_plusp.lo cl_I_square.lo cl_I_uminus.lo cl_I_zerop.lo cl_I_gcd.lo cl_I_gcd_aux.lo cl_I_gcd_aux2.lo cl_I_lcm.lo cl_I_xgcd.lo cl_low_gcd.lo cl_I_hash_gcobject.lo cl_I_hash_gcpointer.lo cl_I_hash_pointer.lo cl_I_hash_rcobject.lo cl_I_hash_rcpointer.lo cl_I_hashcode.lo cl_I_hashweak_rcpointer.lo cl_I_from_string.lo cl_I_read.lo cl_I_read_stream.lo cl_I_readparsed.lo cl_BN_class.lo cl_FN_class.lo cl_I_abs.lo cl_I_as.lo cl_I_debug.lo cl_I_eqhashcode.lo cl_I_exptpos.lo cl_I_exptpos_I.lo cl_I_max.lo cl_I_min.lo cl_I_oddp.lo cl_I_ord2.lo cl_I_power2p.lo cl_I_signum.lo cl_I_aprint.lo cl_I_bprint.lo cl_I_cprint.lo cl_I_decstring.lo cl_I_dprint.lo cl_I_print.lo cl_I_print_string.lo cl_I_random.lo cl_I_trandom.lo cl_0_ring.lo cl_I_ring.lo cl_I_binomial.lo cl_I_doublefactorial.lo cl_I_factorial.lo cl_I_factorial_aux.lo cl_MI.lo cl_MI_cond_composite.lo cl_MI_debug.lo cl_MI_err_comp.lo cl_MI_lshift.lo cl_MI_rshift.lo cl_IF_millerrabin.lo cl_IF_smallprimes.lo cl_IF_trialdiv.lo cl_IF_trialdiv1.lo cl_IF_trialdiv2.lo cl_nt_cornacchia1.lo cl_nt_cornacchia4.lo cl_nt_isprobprime.lo cl_nt_jacobi.lo cl_nt_jacobi_low.lo cl_nt_nextprobprime.lo cl_nt_sqrtmodp.lo cl_UP.lo cl_UP_named.lo cl_UP_no_ring.lo cl_UP_unnamed.lo cl_UP_I_hermite.lo cl_UP_I_laguerre.lo cl_UP_I_tchebychev.lo cl_UP_RA_legendre.lo cl_UP_debug.lo cl_UP_deriv.lo cl_RA_rootp.lo cl_RA_rootp_I.lo cl_RA_sqrtp.lo cl_RA_ceil1.lo cl_RA_ceil12.lo cl_RA_ceil2.lo cl_RA_ceil22.lo cl_RA_floor1.lo cl_RA_floor12.lo cl_RA_floor2.lo cl_RA_floor22.lo cl_RA_round1.lo cl_RA_round12.lo cl_RA_round2.lo cl_RA_round22.lo cl_RA_trunc1.lo cl_RA_trunc12.lo cl_RA_trunc2.lo cl_RA_trunc22.lo cl_RA_compare.lo cl_RA_denominator.lo cl_RA_div.lo cl_RA_equal.lo cl_RA_from_I_I_div.lo cl_RA_from_I_posI.lo cl_RA_from_I_posI1.lo cl_RA_from_I_posI_div.lo cl_RA_minus.lo cl_RA_minus1.lo cl_RA_minusp.lo cl_RA_mul.lo cl_RA_numerator.lo cl_RA_plus.lo cl_RA_plus1.lo cl_RA_plusp.lo cl_RA_recip.lo cl_RA_square.lo cl_RA_uminus.lo cl_RA_zerop.lo cl_RA_from_string.lo cl_RA_read.lo cl_RA_read_stream.lo cl_RA_readparsed.lo cl_RA_abs.lo cl_RA_as.lo cl_RA_class.lo cl_RA_debug.lo cl_RA_eqhashcode.lo cl_RA_expt.lo cl_RA_expt_I.lo cl_RA_exptpos.lo cl_RA_exptpos_I.lo cl_RA_max.lo cl_RA_min.lo cl_RA_signum.lo cl_RA_aprint.lo cl_RA_bprint.lo cl_RA_cprint.lo cl_RA_dprint.lo cl_RA_print.lo cl_RA_ring.lo cl_I_logp.lo cl_RA_logp.lo cl_RA_sqrt.lo cl_R_sqrt.lo cl_F_from_R.lo cl_F_from_R_def.lo cl_F_from_R_f.lo cl_R_to_DF.lo cl_R_to_FF.lo cl_R_to_LF.lo cl_R_to_SF.lo cl_R_to_double.lo cl_R_to_float.lo cl_R_ceil1.lo cl_R_ceil12.lo cl_R_ceil2.lo cl_R_ceil22.lo cl_R_fceil1.lo cl_R_fceil12.lo cl_R_fceil2.lo cl_R_fceil22.lo cl_R_ffloor1.lo cl_R_ffloor12.lo cl_R_ffloor2.lo cl_R_ffloor22.lo cl_R_floor1.lo cl_R_floor12.lo cl_R_floor2.lo cl_R_floor22.lo cl_R_fround1.lo cl_R_fround12.lo cl_R_fround2.lo cl_R_fround22.lo cl_R_ftrunc1.lo cl_R_ftrunc12.lo cl_R_ftrunc2.lo cl_R_ftrunc22.lo cl_R_mod.lo cl_R_rem.lo cl_R_round1.lo cl_R_round12.lo cl_R_round2.lo cl_R_round22.lo cl_R_trunc1.lo cl_R_trunc12.lo cl_R_trunc2.lo cl_R_trunc22.lo cl_R_compare.lo cl_R_div.lo cl_R_equal.lo cl_R_minus.lo cl_R_minus1.lo cl_R_minusp.lo cl_R_mul.lo cl_R_plus.lo cl_R_plus1.lo cl_R_plusp.lo cl_R_recip.lo cl_R_square.lo cl_R_uminus.lo cl_R_zerop.lo cl_fmt_cardinal.lo cl_fmt_floatstring.lo cl_fmt_integer.lo cl_fmt_newroman.lo cl_fmt_oldroman.lo cl_fmt_ordinal.lo cl_fmt_paddedstring.lo cl_fmt_scaleexp.lo cl_fmt_tens.lo cl_R_from_string.lo cl_R_read.lo cl_R_read_stream.lo cl_R_abs.lo cl_R_as.lo cl_R_contagion.lo cl_R_debug.lo cl_R_eqhashcode.lo cl_R_expt.lo cl_R_expt_I.lo cl_R_max.lo cl_R_min.lo cl_R_rational.lo cl_R_rationalize.lo cl_R_signum.lo cl_R_aprint.lo cl_R_bprint.lo cl_R_cprint.lo cl_R_random.lo cl_R_ring.lo cl_R_atan.lo cl_R_atan2.lo cl_R_cos.lo cl_R_cosh.lo cl_R_coshsinh.lo cl_R_cossin.lo cl_R_exp.lo cl_R_ln.lo cl_R_log.lo cl_R_sin.lo cl_R_sinh.lo cl_R_tan.lo cl_R_tanh.lo cl_t_c1.lo cl_t_c2.lo cl_t_current.lo cl_t_current2.lo cl_t_d.lo cl_t_dec.lo cl_t_inc.lo cl_t_minus.lo cl_t_report.lo cl_t_td_minus.lo cl_t_td_plus.lo cl_GV_I.lo cl_GV_I_copy.lo cl_GV_I_debug.lo cl_GV_number.lo cl_GV_number_copy.lo cl_GV_number_debug.lo cl_SV_copy.lo cl_SV_number.lo cl_SV_number_debug.lo cl_SV_ringelt.lo cl_SV_ringelt_debug.lo cl_GV_number_aprint.lo cl_SV_aprint.lo cl_SV_number_aprint.lo rm -fr .libs/libcln.3.0.3.dylib .libs/libcln.3.dylib .libs/libcln.a .libs/libcln.dylib .libs/libcln.la .libs/libcln.lai gcc -dynamiclib -flat_namespace -undefined suppress -o .libs/libcln.3.0.3.dylib .libs/cl_N_err_d0.o .libs/cl_abort.o .libs/cl_alloca.o .libs/cl_as_err.o .libs/cl_condition.o .libs/cl_debug.o .libs/cl_debugout.o .libs/cl_free.o .libs/cl_immclasses.o .libs/cl_malloc.o .libs/cl_notreached.o .libs/cl_version.o .libs/cl_2D_div.o .libs/cl_2D_exptpos.o .libs/cl_2DS_div.o .libs/cl_2DS_recip.o .libs/cl_DS_div.o .libs/cl_DS_mul.o .libs/cl_DS_random.o .libs/cl_DS_recip.o .libs/cl_DS_recipsqrt.o .libs/cl_DS_sqrt.o .libs/cl_DS_trandom.o .libs/cl_rcpointer2_hashweak_rcpointer.o .libs/cl_rcpointer_hashweak_rcpointer.o .libs/cl_read_err_bad.o .libs/cl_read_err_eof.o .libs/cl_read_err_junk.o .libs/cl_low_div.o .libs/cl_low_isqrt.o .libs/cl_low_isqrt2.o .libs/cl_low_mul.o .libs/cl_output_dec.o .libs/cl_output_hex.o .libs/cl_prin_globals.o .libs/cl_pl_add.o .libs/cl_pl_d.o .libs/cl_pl_get.o .libs/cl_UL_random.o .libs/cl_random_def.o .libs/cl_random_from.o .libs/cl_no_ring.o .libs/cl_ring_debug.o .libs/cl_spushstring_append.o .libs/cl_spushstring_push.o .libs/cl_sstring.o .libs/cl_st_c2.o .libs/cl_st_concat1.o .libs/cl_st_concat2.o .libs/cl_st_concat3.o .libs/cl_st_debug.o .libs/cl_st_hashcode.o .libs/cl_st_make0.o .libs/cl_st_make1.o .libs/cl_st_make2.o .libs/cl_st_null.o .libs/cl_sy_hashcode.o .libs/cl_symbol.o .libs/cl_st_get1.o .libs/cl_st_get2.o .libs/cl_st_getline1.o .libs/cl_st_getline2.o .libs/cl_st_gettoken.o .libs/cl_st_class.o .libs/cl_st_print.o .libs/cl_C_abs.o .libs/cl_C_abs_aux.o .libs/cl_C_signum.o .libs/cl_C_sqrt.o .libs/cl_DF_hypot.o .libs/cl_FF_hypot.o .libs/cl_LF_hypot.o .libs/cl_R_hypot.o .libs/cl_SF_hypot.o .libs/cl_C_equal.o .libs/cl_C_from_R_R_complex.o .libs/cl_C_from_R_R_complex1.o .libs/cl_C_imagpart.o .libs/cl_C_minus.o .libs/cl_C_minus1.o .libs/cl_C_mul.o .libs/cl_C_plus.o .libs/cl_C_plus1.o .libs/cl_C_realpart.o .libs/cl_C_square.o .libs/cl_C_uminus.o .libs/cl_C_zerop.o .libs/cl_N_from_string.o .libs/cl_N_read.o .libs/cl_N_read_stream.o .libs/cl_C_class.o .libs/cl_C_conjugate.o .libs/cl_C_debug.o .libs/cl_C_eqhashcode.o .libs/cl_C_expt.o .libs/cl_C_expt_I.o .libs/cl_N_as.o .libs/cl_N_aprint.o .libs/cl_N_bprint.o .libs/cl_C_ring.o .libs/cl_C_acos.o .libs/cl_C_acosh.o .libs/cl_C_asin.o .libs/cl_C_asinh.o .libs/cl_C_asinh_aux.o .libs/cl_C_atan.o .libs/cl_C_atanh.o .libs/cl_C_atanh_aux.o .libs/cl_C_cis.o .libs/cl_C_cos.o .libs/cl_C_cosh.o .libs/cl_C_exp.o .libs/cl_C_expt_C.o .libs/cl_C_log.o .libs/cl_C_log2.o .libs/cl_C_phase.o .libs/cl_C_sin.o .libs/cl_C_sinh.o .libs/cl_C_tan.o .libs/cl_C_tanh.o .libs/cl_R_cis.o .libs/cl_C_DF_recip.o .libs/cl_C_FF_recip.o .libs/cl_C_LF_recip.o .libs/cl_C_SF_recip.o .libs/cl_C_div.o .libs/cl_C_recip.o .libs/cl_F_sqrt.o .libs/cl_F_err_nan.o .libs/cl_F_err_ov.o .libs/cl_F_err_un.o .libs/cl_F_globals.o .libs/cl_ieee.o .libs/cl_DF_to_FF.o .libs/cl_DF_to_LF.o .libs/cl_DF_to_SF.o .libs/cl_DF_to_double.o .libs/cl_DF_to_float.o .libs/cl_FF_to_DF.o .libs/cl_FF_to_LF.o .libs/cl_FF_to_SF.o .libs/cl_FF_to_double.o .libs/cl_FF_to_float.o .libs/cl_F_from_F.o .libs/cl_F_from_F_f.o .libs/cl_F_from_I.o .libs/cl_F_from_I_def.o .libs/cl_F_from_I_f.o .libs/cl_F_from_RA.o .libs/cl_F_from_RA_def.o .libs/cl_F_from_RA_f.o .libs/cl_F_to_DF.o .libs/cl_F_to_FF.o .libs/cl_F_to_LF.o .libs/cl_F_to_SF.o .libs/cl_F_to_double.o .libs/cl_F_to_float.o .libs/cl_LF_to_DF.o .libs/cl_LF_to_FF.o .libs/cl_LF_to_SF.o .libs/cl_LF_to_double.o .libs/cl_LF_to_float.o .libs/cl_SF_to_DF.o .libs/cl_SF_to_FF.o .libs/cl_SF_to_LF.o .libs/cl_SF_to_double.o .libs/cl_SF_to_float.o .libs/cl_F_ceil1.o .libs/cl_F_ceil2.o .libs/cl_F_ceil22.o .libs/cl_F_fceil1.o .libs/cl_F_fceil2.o .libs/cl_F_ffloor1.o .libs/cl_F_ffloor2.o .libs/cl_F_floor1.o .libs/cl_F_floor2.o .libs/cl_F_floor22.o .libs/cl_F_fround1.o .libs/cl_F_fround2.o .libs/cl_F_ftrunc1.o .libs/cl_F_ftrunc2.o .libs/cl_F_round1.o .libs/cl_F_round2.o .libs/cl_F_round22.o .libs/cl_F_trunc1.o .libs/cl_F_trunc2.o .libs/cl_F_trunc22.o .libs/cl_F_I_div.o .libs/cl_F_I_mul.o .libs/cl_F_RA_div.o .libs/cl_F_RA_mul.o .libs/cl_F_compare.o .libs/cl_F_div.o .libs/cl_F_minus.o .libs/cl_F_minusp.o .libs/cl_F_mul.o .libs/cl_F_plus.o .libs/cl_F_plusp.o .libs/cl_F_recip.o .libs/cl_F_scale.o .libs/cl_F_scale_I.o .libs/cl_F_square.o .libs/cl_F_uminus.o .libs/cl_F_zerop.o .libs/cl_I_F_div.o .libs/cl_RA_F_div.o .libs/cl_F_from_string.o .libs/cl_F_read.o .libs/cl_F_read_stream.o .libs/cl_F_readparsed.o .libs/cl_F_abs.o .libs/cl_F_as.o .libs/cl_F_decode.o .libs/cl_F_digits.o .libs/cl_F_epsneg.o .libs/cl_F_epspos.o .libs/cl_F_eqhashcode.o .libs/cl_F_exponent.o .libs/cl_F_extendsqrt.o .libs/cl_F_extendsqrtx.o .libs/cl_F_idecode.o .libs/cl_F_leastneg.o .libs/cl_F_leastpos.o .libs/cl_F_max.o .libs/cl_F_min.o .libs/cl_F_mostneg.o .libs/cl_F_mostpos.o .libs/cl_F_precision.o .libs/cl_F_rational.o .libs/cl_F_shortenrel.o .libs/cl_F_sign.o .libs/cl_F_sign2.o .libs/cl_F_signum.o .libs/cl_float_format.o .libs/cl_F_aprint.o .libs/cl_F_bprint.o .libs/cl_F_cprint.o .libs/cl_F_dprint.o .libs/cl_F_printb.o .libs/cl_F_random.o .libs/cl_F_atanhx.o .libs/cl_F_atanx.o .libs/cl_F_catalanconst.o .libs/cl_F_catalanconst_def.o .libs/cl_F_catalanconst_f.o .libs/cl_F_catalanconst_var.o .libs/cl_F_cos.o .libs/cl_F_cosh.o .libs/cl_F_coshsinh.o .libs/cl_F_cossin.o .libs/cl_F_eulerconst.o .libs/cl_F_eulerconst_def.o .libs/cl_F_eulerconst_f.o .libs/cl_F_eulerconst_var.o .libs/cl_F_exp.o .libs/cl_F_exp1.o .libs/cl_F_exp1_def.o .libs/cl_F_exp1_f.o .libs/cl_F_exp1_var.o .libs/cl_F_expx.o .libs/cl_F_ln.o .libs/cl_F_ln10.o .libs/cl_F_ln10_f.o .libs/cl_F_ln10_var.o .libs/cl_F_ln2.o .libs/cl_F_ln2_f.o .libs/cl_F_ln2_var.o .libs/cl_F_lnx.o .libs/cl_F_pi.o .libs/cl_F_pi_def.o .libs/cl_F_pi_f.o .libs/cl_F_pi_var.o .libs/cl_F_roundpi.o .libs/cl_F_roundpi2.o .libs/cl_F_sin.o .libs/cl_F_sinh.o .libs/cl_F_sinhx.o .libs/cl_F_sinx.o .libs/cl_F_tan.o .libs/cl_F_tanh.o .libs/cl_F_zeta_int.o .libs/cl_F_zeta_int_def.o .libs/cl_F_zeta_int_f.o .libs/cl_LF_atan_recip.o .libs/cl_LF_atanh_recip.o .libs/cl_LF_catalanconst.o .libs/cl_LF_coshsinh.o .libs/cl_LF_coshsinh_aux.o .libs/cl_LF_cossin.o .libs/cl_LF_cossin_aux.o .libs/cl_LF_eulerconst.o .libs/cl_LF_exp1.o .libs/cl_LF_exp_aux.o .libs/cl_LF_ln10.o .libs/cl_LF_ln2.o .libs/cl_LF_pi.o .libs/cl_LF_ratseries.o .libs/cl_LF_ratseries_.o .libs/cl_LF_ratseries_a.o .libs/cl_LF_ratseries_ab.o .libs/cl_LF_ratseries_b.o .libs/cl_LF_ratseries_p.o .libs/cl_LF_ratseries_pa.o .libs/cl_LF_ratseries_pab.o .libs/cl_LF_ratseries_pb.o .libs/cl_LF_ratseries_pq.o .libs/cl_LF_ratseries_pqa.o .libs/cl_LF_ratseries_pqab.o .libs/cl_LF_ratseries_pqb.o .libs/cl_LF_ratseries_q.o .libs/cl_LF_ratseries_qa.o .libs/cl_LF_ratseries_qab.o .libs/cl_LF_ratseries_qb.o .libs/cl_LF_ratseries_stream_pq.o .libs/cl_LF_ratseries_stream_pqa.o .libs/cl_LF_ratseries_stream_pqab.o .libs/cl_LF_ratseries_stream_pqb.o .libs/cl_LF_ratsumseries_pqcd.o .libs/cl_LF_ratsumseries_pqcd_aux.o .libs/cl_LF_ratsumseries_pqd.o .libs/cl_LF_ratsumseries_pqd_aux.o .libs/cl_LF_zeta3.o .libs/cl_LF_zeta_int.o .libs/cl_DF_sqrt.o .libs/cl_DF_from_double.o .libs/cl_DF_to_doublej.o .libs/cl_I_to_double.o .libs/cl_RA_to_double.o .libs/cl_DF_ceil22.o .libs/cl_DF_fceil.o .libs/cl_DF_floor22.o .libs/cl_DF_recip.o .libs/cl_DF_round22.o .libs/cl_DF_trunc22.o .libs/cl_DF_compare.o .libs/cl_DF_div.o .libs/cl_DF_ffloor.o .libs/cl_DF_from_I.o .libs/cl_DF_from_RA.o .libs/cl_DF_fround.o .libs/cl_DF_ftrunc.o .libs/cl_DF_futrunc.o .libs/cl_DF_globals.o .libs/cl_DF_minus.o .libs/cl_DF_minusp.o .libs/cl_DF_mul.o .libs/cl_DF_plus.o .libs/cl_DF_plusp.o .libs/cl_DF_scale.o .libs/cl_DF_scale_I.o .libs/cl_DF_to_I.o .libs/cl_DF_uminus.o .libs/cl_DF_zerop.o .libs/cl_DF_from_string.o .libs/cl_DF_abs.o .libs/cl_DF_as.o .libs/cl_DF_class.o .libs/cl_DF_debug.o .libs/cl_DF_decode.o .libs/cl_DF_digits.o .libs/cl_DF_eqhashcode.o .libs/cl_DF_exponent.o .libs/cl_DF_idecode.o .libs/cl_DF_max.o .libs/cl_DF_min.o .libs/cl_DF_precision.o .libs/cl_DF_sign.o .libs/cl_DF_signum.o .libs/cl_FF_sqrt.o .libs/cl_FF_from_float.o .libs/cl_FF_to_floatj.o .libs/cl_I_to_float.o .libs/cl_RA_to_float.o .libs/cl_FF_ceil22.o .libs/cl_FF_fceil.o .libs/cl_FF_floor22.o .libs/cl_FF_recip.o .libs/cl_FF_round22.o .libs/cl_FF_trunc22.o .libs/cl_FF_compare.o .libs/cl_FF_div.o .libs/cl_FF_ffloor.o .libs/cl_FF_from_I.o .libs/cl_FF_from_RA.o .libs/cl_FF_fround.o .libs/cl_FF_ftrunc.o .libs/cl_FF_futrunc.o .libs/cl_FF_globals.o .libs/cl_FF_minus.o .libs/cl_FF_minusp.o .libs/cl_FF_mul.o .libs/cl_FF_plus.o .libs/cl_FF_plusp.o .libs/cl_FF_scale.o .libs/cl_FF_scale_I.o .libs/cl_FF_to_I.o .libs/cl_FF_uminus.o .libs/cl_FF_zerop.o .libs/cl_FF_from_string.o .libs/cl_FF_abs.o .libs/cl_FF_as.o .libs/cl_FF_class.o .libs/cl_FF_debug.o .libs/cl_FF_decode.o .libs/cl_FF_digits.o .libs/cl_FF_eqhashcode.o .libs/cl_FF_exponent.o .libs/cl_FF_idecode.o .libs/cl_FF_max.o .libs/cl_FF_min.o .libs/cl_FF_precision.o .libs/cl_FF_sign.o .libs/cl_FF_signum.o .libs/cl_LF_sqrt.o .libs/cl_LF_ceil22.o .libs/cl_LF_fceil.o .libs/cl_LF_floor22.o .libs/cl_LF_recip.o .libs/cl_LF_round22.o .libs/cl_LF_trunc22.o .libs/cl_I_LF_div.o .libs/cl_LF_1minus.o .libs/cl_LF_1plus.o .libs/cl_LF_2minus.o .libs/cl_LF_2plus.o .libs/cl_LF_I_div.o .libs/cl_LF_I_mul.o .libs/cl_LF_RA_div.o .libs/cl_LF_RA_mul.o .libs/cl_LF_compare.o .libs/cl_LF_div.o .libs/cl_LF_ffloor.o .libs/cl_LF_from_I.o .libs/cl_LF_from_RA.o .libs/cl_LF_fround.o .libs/cl_LF_ftrunc.o .libs/cl_LF_futrunc.o .libs/cl_LF_globals.o .libs/cl_LF_minus1.o .libs/cl_LF_minusp.o .libs/cl_LF_mul.o .libs/cl_LF_plus1.o .libs/cl_LF_plusp.o .libs/cl_LF_scale.o .libs/cl_LF_scale_I.o .libs/cl_LF_square.o .libs/cl_LF_to_I.o .libs/cl_LF_uminus.o .libs/cl_LF_zerop.o .libs/cl_RA_LF_div.o .libs/cl_LF_from_string.o .libs/cl_LF_abs.o .libs/cl_LF_as.o .libs/cl_LF_class.o .libs/cl_LF_debug.o .libs/cl_LF_decode.o .libs/cl_LF_digits.o .libs/cl_LF_eqhashcode.o .libs/cl_LF_exponent.o .libs/cl_LF_extend.o .libs/cl_LF_idecode.o .libs/cl_LF_leninc.o .libs/cl_LF_lenincx.o .libs/cl_LF_max.o .libs/cl_LF_min.o .libs/cl_LF_precision.o .libs/cl_LF_shorten.o .libs/cl_LF_shortenrel.o .libs/cl_LF_shortenwith.o .libs/cl_LF_sign.o .libs/cl_LF_signum.o .libs/cl_LF_to_LF.o .libs/cl_SF_sqrt.o .libs/cl_SF_ceil22.o .libs/cl_SF_fceil.o .libs/cl_SF_ffloor.o .libs/cl_SF_floor22.o .libs/cl_SF_recip.o .libs/cl_SF_round22.o .libs/cl_SF_trunc22.o .libs/cl_SF_compare.o .libs/cl_SF_div.o .libs/cl_SF_from_I.o .libs/cl_SF_from_RA.o .libs/cl_SF_fround.o .libs/cl_SF_ftrunc.o .libs/cl_SF_futrunc.o .libs/cl_SF_minus.o .libs/cl_SF_minusp.o .libs/cl_SF_mul.o .libs/cl_SF_plus.o .libs/cl_SF_plusp.o .libs/cl_SF_scale.o .libs/cl_SF_scale_I.o .libs/cl_SF_to_I.o .libs/cl_SF_uminus.o .libs/cl_SF_zerop.o .libs/cl_SF_from_string.o .libs/cl_SF_abs.o .libs/cl_SF_as.o .libs/cl_SF_class.o .libs/cl_SF_debug.o .libs/cl_SF_decode.o .libs/cl_SF_digits.o .libs/cl_SF_eqhashcode.o .libs/cl_SF_exponent.o .libs/cl_SF_idecode.o .libs/cl_SF_max.o .libs/cl_SF_min.o .libs/cl_SF_precision.o .libs/cl_SF_sign.o .libs/cl_SF_signum.o .libs/cl_I_2adic_div.o .libs/cl_I_2adic_recip.o .libs/cl_I_rootp.o .libs/cl_I_rootp_I.o .libs/cl_I_rootp_aux.o .libs/cl_I_sqrt.o .libs/cl_I_sqrtp.o .libs/cl_I_ash.o .libs/cl_I_ash_I.o .libs/cl_I_asherr.o .libs/cl_I_boole.o .libs/cl_I_dpb.o .libs/cl_I_dpf.o .libs/cl_I_fullbyte.o .libs/cl_I_ilength.o .libs/cl_I_ldb.o .libs/cl_I_ldbtest.o .libs/cl_I_ldbx.o .libs/cl_I_ldbxtest.o .libs/cl_I_log_aux.o .libs/cl_I_logand.o .libs/cl_I_logandc2.o .libs/cl_I_logbitp.o .libs/cl_I_logbitp_I.o .libs/cl_I_logcount.o .libs/cl_I_logeqv.o .libs/cl_I_logior.o .libs/cl_I_lognand.o .libs/cl_I_lognor.o .libs/cl_I_lognot.o .libs/cl_I_logorc2.o .libs/cl_I_logtest.o .libs/cl_I_logxor.o .libs/cl_I_mkf.o .libs/cl_I_mkfx.o .libs/cl_I_digits_need.o .libs/cl_I_from_DS.o .libs/cl_I_from_L.o .libs/cl_I_from_L2.o .libs/cl_I_from_NDS.o .libs/cl_I_from_NUDS.o .libs/cl_I_from_Q.o .libs/cl_I_from_UDS.o .libs/cl_I_from_UL.o .libs/cl_I_from_UL2.o .libs/cl_I_from_UQ.o .libs/cl_I_from_digits.o .libs/cl_I_mul10plus.o .libs/cl_I_to_L.o .libs/cl_I_to_Q.o .libs/cl_I_to_UL.o .libs/cl_I_to_UQ.o .libs/cl_I_to_digits.o .libs/cl_I_ceil1.o .libs/cl_I_ceil2.o .libs/cl_I_exquo.o .libs/cl_I_exquoerr.o .libs/cl_I_exquopos.o .libs/cl_I_floor1.o .libs/cl_I_floor2.o .libs/cl_I_mod.o .libs/cl_I_rem.o .libs/cl_I_round1.o .libs/cl_I_round2.o .libs/cl_I_trunc1.o .libs/cl_I_trunc2.o .libs/cl_I_compare.o .libs/cl_I_div.o .libs/cl_I_equal.o .libs/cl_I_minus.o .libs/cl_I_minus1.o .libs/cl_I_minusp.o .libs/cl_I_mul.o .libs/cl_I_plus.o .libs/cl_I_plus1.o .libs/cl_I_plusp.o .libs/cl_I_square.o .libs/cl_I_uminus.o .libs/cl_I_zerop.o .libs/cl_I_gcd.o .libs/cl_I_gcd_aux.o .libs/cl_I_gcd_aux2.o .libs/cl_I_lcm.o .libs/cl_I_xgcd.o .libs/cl_low_gcd.o .libs/cl_I_hash_gcobject.o .libs/cl_I_hash_gcpointer.o .libs/cl_I_hash_pointer.o .libs/cl_I_hash_rcobject.o .libs/cl_I_hash_rcpointer.o .libs/cl_I_hashcode.o .libs/cl_I_hashweak_rcpointer.o .libs/cl_I_from_string.o .libs/cl_I_read.o .libs/cl_I_read_stream.o .libs/cl_I_readparsed.o .libs/cl_BN_class.o .libs/cl_FN_class.o .libs/cl_I_abs.o .libs/cl_I_as.o .libs/cl_I_debug.o .libs/cl_I_eqhashcode.o .libs/cl_I_exptpos.o .libs/cl_I_exptpos_I.o .libs/cl_I_max.o .libs/cl_I_min.o .libs/cl_I_oddp.o .libs/cl_I_ord2.o .libs/cl_I_power2p.o .libs/cl_I_signum.o .libs/cl_I_aprint.o .libs/cl_I_bprint.o .libs/cl_I_cprint.o .libs/cl_I_decstring.o .libs/cl_I_dprint.o .libs/cl_I_print.o .libs/cl_I_print_string.o .libs/cl_I_random.o .libs/cl_I_trandom.o .libs/cl_0_ring.o .libs/cl_I_ring.o .libs/cl_I_binomial.o .libs/cl_I_doublefactorial.o .libs/cl_I_factorial.o .libs/cl_I_factorial_aux.o .libs/cl_MI.o .libs/cl_MI_cond_composite.o .libs/cl_MI_debug.o .libs/cl_MI_err_comp.o .libs/cl_MI_lshift.o .libs/cl_MI_rshift.o .libs/cl_IF_millerrabin.o .libs/cl_IF_smallprimes.o .libs/cl_IF_trialdiv.o .libs/cl_IF_trialdiv1.o .libs/cl_IF_trialdiv2.o .libs/cl_nt_cornacchia1.o .libs/cl_nt_cornacchia4.o .libs/cl_nt_isprobprime.o .libs/cl_nt_jacobi.o .libs/cl_nt_jacobi_low.o .libs/cl_nt_nextprobprime.o .libs/cl_nt_sqrtmodp.o .libs/cl_UP.o .libs/cl_UP_named.o .libs/cl_UP_no_ring.o .libs/cl_UP_unnamed.o .libs/cl_UP_I_hermite.o .libs/cl_UP_I_laguerre.o .libs/cl_UP_I_tchebychev.o .libs/cl_UP_RA_legendre.o .libs/cl_UP_debug.o .libs/cl_UP_deriv.o .libs/cl_RA_rootp.o .libs/cl_RA_rootp_I.o .libs/cl_RA_sqrtp.o .libs/cl_RA_ceil1.o .libs/cl_RA_ceil12.o .libs/cl_RA_ceil2.o .libs/cl_RA_ceil22.o .libs/cl_RA_floor1.o .libs/cl_RA_floor12.o .libs/cl_RA_floor2.o .libs/cl_RA_floor22.o .libs/cl_RA_round1.o .libs/cl_RA_round12.o .libs/cl_RA_round2.o .libs/cl_RA_round22.o .libs/cl_RA_trunc1.o .libs/cl_RA_trunc12.o .libs/cl_RA_trunc2.o .libs/cl_RA_trunc22.o .libs/cl_RA_compare.o .libs/cl_RA_denominator.o .libs/cl_RA_div.o .libs/cl_RA_equal.o .libs/cl_RA_from_I_I_div.o .libs/cl_RA_from_I_posI.o .libs/cl_RA_from_I_posI1.o .libs/cl_RA_from_I_posI_div.o .libs/cl_RA_minus.o .libs/cl_RA_minus1.o .libs/cl_RA_minusp.o .libs/cl_RA_mul.o .libs/cl_RA_numerator.o .libs/cl_RA_plus.o .libs/cl_RA_plus1.o .libs/cl_RA_plusp.o .libs/cl_RA_recip.o .libs/cl_RA_square.o .libs/cl_RA_uminus.o .libs/cl_RA_zerop.o .libs/cl_RA_from_string.o .libs/cl_RA_read.o .libs/cl_RA_read_stream.o .libs/cl_RA_readparsed.o .libs/cl_RA_abs.o .libs/cl_RA_as.o .libs/cl_RA_class.o .libs/cl_RA_debug.o .libs/cl_RA_eqhashcode.o .libs/cl_RA_expt.o .libs/cl_RA_expt_I.o .libs/cl_RA_exptpos.o .libs/cl_RA_exptpos_I.o .libs/cl_RA_max.o .libs/cl_RA_min.o .libs/cl_RA_signum.o .libs/cl_RA_aprint.o .libs/cl_RA_bprint.o .libs/cl_RA_cprint.o .libs/cl_RA_dprint.o .libs/cl_RA_print.o .libs/cl_RA_ring.o .libs/cl_I_logp.o .libs/cl_RA_logp.o .libs/cl_RA_sqrt.o .libs/cl_R_sqrt.o .libs/cl_F_from_R.o .libs/cl_F_from_R_def.o .libs/cl_F_from_R_f.o .libs/cl_R_to_DF.o .libs/cl_R_to_FF.o .libs/cl_R_to_LF.o .libs/cl_R_to_SF.o .libs/cl_R_to_double.o .libs/cl_R_to_float.o .libs/cl_R_ceil1.o .libs/cl_R_ceil12.o .libs/cl_R_ceil2.o .libs/cl_R_ceil22.o .libs/cl_R_fceil1.o .libs/cl_R_fceil12.o .libs/cl_R_fceil2.o .libs/cl_R_fceil22.o .libs/cl_R_ffloor1.o .libs/cl_R_ffloor12.o .libs/cl_R_ffloor2.o .libs/cl_R_ffloor22.o .libs/cl_R_floor1.o .libs/cl_R_floor12.o .libs/cl_R_floor2.o .libs/cl_R_floor22.o .libs/cl_R_fround1.o .libs/cl_R_fround12.o .libs/cl_R_fround2.o .libs/cl_R_fround22.o .libs/cl_R_ftrunc1.o .libs/cl_R_ftrunc12.o .libs/cl_R_ftrunc2.o .libs/cl_R_ftrunc22.o .libs/cl_R_mod.o .libs/cl_R_rem.o .libs/cl_R_round1.o .libs/cl_R_round12.o .libs/cl_R_round2.o .libs/cl_R_round22.o .libs/cl_R_trunc1.o .libs/cl_R_trunc12.o .libs/cl_R_trunc2.o .libs/cl_R_trunc22.o .libs/cl_R_compare.o .libs/cl_R_div.o .libs/cl_R_equal.o .libs/cl_R_minus.o .libs/cl_R_minus1.o .libs/cl_R_minusp.o .libs/cl_R_mul.o .libs/cl_R_plus.o .libs/cl_R_plus1.o .libs/cl_R_plusp.o .libs/cl_R_recip.o .libs/cl_R_square.o .libs/cl_R_uminus.o .libs/cl_R_zerop.o .libs/cl_fmt_cardinal.o .libs/cl_fmt_floatstring.o .libs/cl_fmt_integer.o .libs/cl_fmt_newroman.o .libs/cl_fmt_oldroman.o .libs/cl_fmt_ordinal.o .libs/cl_fmt_paddedstring.o .libs/cl_fmt_scaleexp.o .libs/cl_fmt_tens.o .libs/cl_R_from_string.o .libs/cl_R_read.o .libs/cl_R_read_stream.o .libs/cl_R_abs.o .libs/cl_R_as.o .libs/cl_R_contagion.o .libs/cl_R_debug.o .libs/cl_R_eqhashcode.o .libs/cl_R_expt.o .libs/cl_R_expt_I.o .libs/cl_R_max.o .libs/cl_R_min.o .libs/cl_R_rational.o .libs/cl_R_rationalize.o .libs/cl_R_signum.o .libs/cl_R_aprint.o .libs/cl_R_bprint.o .libs/cl_R_cprint.o .libs/cl_R_random.o .libs/cl_R_ring.o .libs/cl_R_atan.o .libs/cl_R_atan2.o .libs/cl_R_cos.o .libs/cl_R_cosh.o .libs/cl_R_coshsinh.o .libs/cl_R_cossin.o .libs/cl_R_exp.o .libs/cl_R_ln.o .libs/cl_R_log.o .libs/cl_R_sin.o .libs/cl_R_sinh.o .libs/cl_R_tan.o .libs/cl_R_tanh.o .libs/cl_t_c1.o .libs/cl_t_c2.o .libs/cl_t_current.o .libs/cl_t_current2.o .libs/cl_t_d.o .libs/cl_t_dec.o .libs/cl_t_inc.o .libs/cl_t_minus.o .libs/cl_t_report.o .libs/cl_t_td_minus.o .libs/cl_t_td_plus.o .libs/cl_GV_I.o .libs/cl_GV_I_copy.o .libs/cl_GV_I_debug.o .libs/cl_GV_number.o .libs/cl_GV_number_copy.o .libs/cl_GV_number_debug.o .libs/cl_SV_copy.o .libs/cl_SV_number.o .libs/cl_SV_number_debug.o .libs/cl_SV_ringelt.o .libs/cl_SV_ringelt_debug.o .libs/cl_GV_number_aprint.o .libs/cl_SV_aprint.o .libs/cl_SV_number_aprint.o /usr/local/lib/libgmp.dylib -install_name /usr/local/lib/libcln.3.dylib -compatibility_version 4 -current_version 4.3 (cd .libs && rm -f libcln.3.dylib && ln -s libcln.3.0.3.dylib libcln.3.dylib) (cd .libs && rm -f libcln.dylib && ln -s libcln.3.0.3.dylib libcln.dylib) ar cru .libs/libcln.a cl_N_err_d0.o cl_abort.o cl_alloca.o cl_as_err.o cl_condition.o cl_debug.o cl_debugout.o cl_free.o cl_immclasses.o cl_malloc.o cl_notreached.o cl_version.o cl_2D_div.o cl_2D_exptpos.o cl_2DS_div.o cl_2DS_recip.o cl_DS_div.o cl_DS_mul.o cl_DS_random.o cl_DS_recip.o cl_DS_recipsqrt.o cl_DS_sqrt.o cl_DS_trandom.o cl_rcpointer2_hashweak_rcpointer.o cl_rcpointer_hashweak_rcpointer.o cl_read_err_bad.o cl_read_err_eof.o cl_read_err_junk.o cl_low_div.o cl_low_isqrt.o cl_low_isqrt2.o cl_low_mul.o cl_output_dec.o cl_output_hex.o cl_prin_globals.o cl_pl_add.o cl_pl_d.o cl_pl_get.o cl_UL_random.o cl_random_def.o cl_random_from.o cl_no_ring.o cl_ring_debug.o cl_spushstring_append.o cl_spushstring_push.o cl_sstring.o cl_st_c2.o cl_st_concat1.o cl_st_concat2.o cl_st_concat3.o cl_st_debug.o cl_st_hashcode.o cl_st_make0.o cl_st_make1.o cl_st_make2.o cl_st_null.o cl_sy_hashcode.o cl_symbol.o cl_st_get1.o cl_st_get2.o cl_st_getline1.o cl_st_getline2.o cl_st_gettoken.o cl_st_class.o cl_st_print.o cl_C_abs.o cl_C_abs_aux.o cl_C_signum.o cl_C_sqrt.o cl_DF_hypot.o cl_FF_hypot.o cl_LF_hypot.o cl_R_hypot.o cl_SF_hypot.o cl_C_equal.o cl_C_from_R_R_complex.o cl_C_from_R_R_complex1.o cl_C_imagpart.o cl_C_minus.o cl_C_minus1.o cl_C_mul.o cl_C_plus.o cl_C_plus1.o cl_C_realpart.o cl_C_square.o cl_C_uminus.o cl_C_zerop.o cl_N_from_string.o cl_N_read.o cl_N_read_stream.o cl_C_class.o cl_C_conjugate.o cl_C_debug.o cl_C_eqhashcode.o cl_C_expt.o cl_C_expt_I.o cl_N_as.o cl_N_aprint.o cl_N_bprint.o cl_C_ring.o cl_C_acos.o cl_C_acosh.o cl_C_asin.o cl_C_asinh.o cl_C_asinh_aux.o cl_C_atan.o cl_C_atanh.o cl_C_atanh_aux.o cl_C_cis.o cl_C_cos.o cl_C_cosh.o cl_C_exp.o cl_C_expt_C.o cl_C_log.o cl_C_log2.o cl_C_phase.o cl_C_sin.o cl_C_sinh.o cl_C_tan.o cl_C_tanh.o cl_R_cis.o cl_C_DF_recip.o cl_C_FF_recip.o cl_C_LF_recip.o cl_C_SF_recip.o cl_C_div.o cl_C_recip.o cl_F_sqrt.o cl_F_err_nan.o cl_F_err_ov.o cl_F_err_un.o cl_F_globals.o cl_ieee.o cl_DF_to_FF.o cl_DF_to_LF.o cl_DF_to_SF.o cl_DF_to_double.o cl_DF_to_float.o cl_FF_to_DF.o cl_FF_to_LF.o cl_FF_to_SF.o cl_FF_to_double.o cl_FF_to_float.o cl_F_from_F.o cl_F_from_F_f.o cl_F_from_I.o cl_F_from_I_def.o cl_F_from_I_f.o cl_F_from_RA.o cl_F_from_RA_def.o cl_F_from_RA_f.o cl_F_to_DF.o cl_F_to_FF.o cl_F_to_LF.o cl_F_to_SF.o cl_F_to_double.o cl_F_to_float.o cl_LF_to_DF.o cl_LF_to_FF.o cl_LF_to_SF.o cl_LF_to_double.o cl_LF_to_float.o cl_SF_to_DF.o cl_SF_to_FF.o cl_SF_to_LF.o cl_SF_to_double.o cl_SF_to_float.o cl_F_ceil1.o cl_F_ceil2.o cl_F_ceil22.o cl_F_fceil1.o cl_F_fceil2.o cl_F_ffloor1.o cl_F_ffloor2.o cl_F_floor1.o cl_F_floor2.o cl_F_floor22.o cl_F_fround1.o cl_F_fround2.o cl_F_ftrunc1.o cl_F_ftrunc2.o cl_F_round1.o cl_F_round2.o cl_F_round22.o cl_F_trunc1.o cl_F_trunc2.o cl_F_trunc22.o cl_F_I_div.o cl_F_I_mul.o cl_F_RA_div.o cl_F_RA_mul.o cl_F_compare.o cl_F_div.o cl_F_minus.o cl_F_minusp.o cl_F_mul.o cl_F_plus.o cl_F_plusp.o cl_F_recip.o cl_F_scale.o cl_F_scale_I.o cl_F_square.o cl_F_uminus.o cl_F_zerop.o cl_I_F_div.o cl_RA_F_div.o cl_F_from_string.o cl_F_read.o cl_F_read_stream.o cl_F_readparsed.o cl_F_abs.o cl_F_as.o cl_F_decode.o cl_F_digits.o cl_F_epsneg.o cl_F_epspos.o cl_F_eqhashcode.o cl_F_exponent.o cl_F_extendsqrt.o cl_F_extendsqrtx.o cl_F_idecode.o cl_F_leastneg.o cl_F_leastpos.o cl_F_max.o cl_F_min.o cl_F_mostneg.o cl_F_mostpos.o cl_F_precision.o cl_F_rational.o cl_F_shortenrel.o cl_F_sign.o cl_F_sign2.o cl_F_signum.o cl_float_format.o cl_F_aprint.o cl_F_bprint.o cl_F_cprint.o cl_F_dprint.o cl_F_printb.o cl_F_random.o cl_F_atanhx.o cl_F_atanx.o cl_F_catalanconst.o cl_F_catalanconst_def.o cl_F_catalanconst_f.o cl_F_catalanconst_var.o cl_F_cos.o cl_F_cosh.o cl_F_coshsinh.o cl_F_cossin.o cl_F_eulerconst.o cl_F_eulerconst_def.o cl_F_eulerconst_f.o cl_F_eulerconst_var.o cl_F_exp.o cl_F_exp1.o cl_F_exp1_def.o cl_F_exp1_f.o cl_F_exp1_var.o cl_F_expx.o cl_F_ln.o cl_F_ln10.o cl_F_ln10_f.o cl_F_ln10_var.o cl_F_ln2.o cl_F_ln2_f.o cl_F_ln2_var.o cl_F_lnx.o cl_F_pi.o cl_F_pi_def.o cl_F_pi_f.o cl_F_pi_var.o cl_F_roundpi.o cl_F_roundpi2.o cl_F_sin.o cl_F_sinh.o cl_F_sinhx.o cl_F_sinx.o cl_F_tan.o cl_F_tanh.o cl_F_zeta_int.o cl_F_zeta_int_def.o cl_F_zeta_int_f.o cl_LF_atan_recip.o cl_LF_atanh_recip.o cl_LF_catalanconst.o cl_LF_coshsinh.o cl_LF_coshsinh_aux.o cl_LF_cossin.o cl_LF_cossin_aux.o cl_LF_eulerconst.o cl_LF_exp1.o cl_LF_exp_aux.o cl_LF_ln10.o cl_LF_ln2.o cl_LF_pi.o cl_LF_ratseries.o cl_LF_ratseries_.o cl_LF_ratseries_a.o cl_LF_ratseries_ab.o cl_LF_ratseries_b.o cl_LF_ratseries_p.o cl_LF_ratseries_pa.o cl_LF_ratseries_pab.o cl_LF_ratseries_pb.o cl_LF_ratseries_pq.o cl_LF_ratseries_pqa.o cl_LF_ratseries_pqab.o cl_LF_ratseries_pqb.o cl_LF_ratseries_q.o cl_LF_ratseries_qa.o cl_LF_ratseries_qab.o cl_LF_ratseries_qb.o cl_LF_ratseries_stream_pq.o cl_LF_ratseries_stream_pqa.o cl_LF_ratseries_stream_pqab.o cl_LF_ratseries_stream_pqb.o cl_LF_ratsumseries_pqcd.o cl_LF_ratsumseries_pqcd_aux.o cl_LF_ratsumseries_pqd.o cl_LF_ratsumseries_pqd_aux.o cl_LF_zeta3.o cl_LF_zeta_int.o cl_DF_sqrt.o cl_DF_from_double.o cl_DF_to_doublej.o cl_I_to_double.o cl_RA_to_double.o cl_DF_ceil22.o cl_DF_fceil.o cl_DF_floor22.o cl_DF_recip.o cl_DF_round22.o cl_DF_trunc22.o cl_DF_compare.o cl_DF_div.o cl_DF_ffloor.o cl_DF_from_I.o cl_DF_from_RA.o cl_DF_fround.o cl_DF_ftrunc.o cl_DF_futrunc.o cl_DF_globals.o cl_DF_minus.o cl_DF_minusp.o cl_DF_mul.o cl_DF_plus.o cl_DF_plusp.o cl_DF_scale.o cl_DF_scale_I.o cl_DF_to_I.o cl_DF_uminus.o cl_DF_zerop.o cl_DF_from_string.o cl_DF_abs.o cl_DF_as.o cl_DF_class.o cl_DF_debug.o cl_DF_decode.o cl_DF_digits.o cl_DF_eqhashcode.o cl_DF_exponent.o cl_DF_idecode.o cl_DF_max.o cl_DF_min.o cl_DF_precision.o cl_DF_sign.o cl_DF_signum.o cl_FF_sqrt.o cl_FF_from_float.o cl_FF_to_floatj.o cl_I_to_float.o cl_RA_to_float.o cl_FF_ceil22.o cl_FF_fceil.o cl_FF_floor22.o cl_FF_recip.o cl_FF_round22.o cl_FF_trunc22.o cl_FF_compare.o cl_FF_div.o cl_FF_ffloor.o cl_FF_from_I.o cl_FF_from_RA.o cl_FF_fround.o cl_FF_ftrunc.o cl_FF_futrunc.o cl_FF_globals.o cl_FF_minus.o cl_FF_minusp.o cl_FF_mul.o cl_FF_plus.o cl_FF_plusp.o cl_FF_scale.o cl_FF_scale_I.o cl_FF_to_I.o cl_FF_uminus.o cl_FF_zerop.o cl_FF_from_string.o cl_FF_abs.o cl_FF_as.o cl_FF_class.o cl_FF_debug.o cl_FF_decode.o cl_FF_digits.o cl_FF_eqhashcode.o cl_FF_exponent.o cl_FF_idecode.o cl_FF_max.o cl_FF_min.o cl_FF_precision.o cl_FF_sign.o cl_FF_signum.o cl_LF_sqrt.o cl_LF_ceil22.o cl_LF_fceil.o cl_LF_floor22.o cl_LF_recip.o cl_LF_round22.o cl_LF_trunc22.o cl_I_LF_div.o cl_LF_1minus.o cl_LF_1plus.o cl_LF_2minus.o cl_LF_2plus.o cl_LF_I_div.o cl_LF_I_mul.o cl_LF_RA_div.o cl_LF_RA_mul.o cl_LF_compare.o cl_LF_div.o cl_LF_ffloor.o cl_LF_from_I.o cl_LF_from_RA.o cl_LF_fround.o cl_LF_ftrunc.o cl_LF_futrunc.o cl_LF_globals.o cl_LF_minus1.o cl_LF_minusp.o cl_LF_mul.o cl_LF_plus1.o cl_LF_plusp.o cl_LF_scale.o cl_LF_scale_I.o cl_LF_square.o cl_LF_to_I.o cl_LF_uminus.o cl_LF_zerop.o cl_RA_LF_div.o cl_LF_from_string.o cl_LF_abs.o cl_LF_as.o cl_LF_class.o cl_LF_debug.o cl_LF_decode.o cl_LF_digits.o cl_LF_eqhashcode.o cl_LF_exponent.o cl_LF_extend.o cl_LF_idecode.o cl_LF_leninc.o cl_LF_lenincx.o cl_LF_max.o cl_LF_min.o cl_LF_precision.o cl_LF_shorten.o cl_LF_shortenrel.o cl_LF_shortenwith.o cl_LF_sign.o cl_LF_signum.o cl_LF_to_LF.o cl_SF_sqrt.o cl_SF_ceil22.o cl_SF_fceil.o cl_SF_ffloor.o cl_SF_floor22.o cl_SF_recip.o cl_SF_round22.o cl_SF_trunc22.o cl_SF_compare.o cl_SF_div.o cl_SF_from_I.o cl_SF_from_RA.o cl_SF_fround.o cl_SF_ftrunc.o cl_SF_futrunc.o cl_SF_minus.o cl_SF_minusp.o cl_SF_mul.o cl_SF_plus.o cl_SF_plusp.o cl_SF_scale.o cl_SF_scale_I.o cl_SF_to_I.o cl_SF_uminus.o cl_SF_zerop.o cl_SF_from_string.o cl_SF_abs.o cl_SF_as.o cl_SF_class.o cl_SF_debug.o cl_SF_decode.o cl_SF_digits.o cl_SF_eqhashcode.o cl_SF_exponent.o cl_SF_idecode.o cl_SF_max.o cl_SF_min.o cl_SF_precision.o cl_SF_sign.o cl_SF_signum.o cl_I_2adic_div.o cl_I_2adic_recip.o cl_I_rootp.o cl_I_rootp_I.o cl_I_rootp_aux.o cl_I_sqrt.o cl_I_sqrtp.o cl_I_ash.o cl_I_ash_I.o cl_I_asherr.o cl_I_boole.o cl_I_dpb.o cl_I_dpf.o cl_I_fullbyte.o cl_I_ilength.o cl_I_ldb.o cl_I_ldbtest.o cl_I_ldbx.o cl_I_ldbxtest.o cl_I_log_aux.o cl_I_logand.o cl_I_logandc2.o cl_I_logbitp.o cl_I_logbitp_I.o cl_I_logcount.o cl_I_logeqv.o cl_I_logior.o cl_I_lognand.o cl_I_lognor.o cl_I_lognot.o cl_I_logorc2.o cl_I_logtest.o cl_I_logxor.o cl_I_mkf.o cl_I_mkfx.o cl_I_digits_need.o cl_I_from_DS.o cl_I_from_L.o cl_I_from_L2.o cl_I_from_NDS.o cl_I_from_NUDS.o cl_I_from_Q.o cl_I_from_UDS.o cl_I_from_UL.o cl_I_from_UL2.o cl_I_from_UQ.o cl_I_from_digits.o cl_I_mul10plus.o cl_I_to_L.o cl_I_to_Q.o cl_I_to_UL.o cl_I_to_UQ.o cl_I_to_digits.o cl_I_ceil1.o cl_I_ceil2.o cl_I_exquo.o cl_I_exquoerr.o cl_I_exquopos.o cl_I_floor1.o cl_I_floor2.o cl_I_mod.o cl_I_rem.o cl_I_round1.o cl_I_round2.o cl_I_trunc1.o cl_I_trunc2.o cl_I_compare.o cl_I_div.o cl_I_equal.o cl_I_minus.o cl_I_minus1.o cl_I_minusp.o cl_I_mul.o cl_I_plus.o cl_I_plus1.o cl_I_plusp.o cl_I_square.o cl_I_uminus.o cl_I_zerop.o cl_I_gcd.o cl_I_gcd_aux.o cl_I_gcd_aux2.o cl_I_lcm.o cl_I_xgcd.o cl_low_gcd.o cl_I_hash_gcobject.o cl_I_hash_gcpointer.o cl_I_hash_pointer.o cl_I_hash_rcobject.o cl_I_hash_rcpointer.o cl_I_hashcode.o cl_I_hashweak_rcpointer.o cl_I_from_string.o cl_I_read.o cl_I_read_stream.o cl_I_readparsed.o cl_BN_class.o cl_FN_class.o cl_I_abs.o cl_I_as.o cl_I_debug.o cl_I_eqhashcode.o cl_I_exptpos.o cl_I_exptpos_I.o cl_I_max.o cl_I_min.o cl_I_oddp.o cl_I_ord2.o cl_I_power2p.o cl_I_signum.o cl_I_aprint.o cl_I_bprint.o cl_I_cprint.o cl_I_decstring.o cl_I_dprint.o cl_I_print.o cl_I_print_string.o cl_I_random.o cl_I_trandom.o cl_0_ring.o cl_I_ring.o cl_I_binomial.o cl_I_doublefactorial.o cl_I_factorial.o cl_I_factorial_aux.o cl_MI.o cl_MI_cond_composite.o cl_MI_debug.o cl_MI_err_comp.o cl_MI_lshift.o cl_MI_rshift.o cl_IF_millerrabin.o cl_IF_smallprimes.o cl_IF_trialdiv.o cl_IF_trialdiv1.o cl_IF_trialdiv2.o cl_nt_cornacchia1.o cl_nt_cornacchia4.o cl_nt_isprobprime.o cl_nt_jacobi.o cl_nt_jacobi_low.o cl_nt_nextprobprime.o cl_nt_sqrtmodp.o cl_UP.o cl_UP_named.o cl_UP_no_ring.o cl_UP_unnamed.o cl_UP_I_hermite.o cl_UP_I_laguerre.o cl_UP_I_tchebychev.o cl_UP_RA_legendre.o cl_UP_debug.o cl_UP_deriv.o cl_RA_rootp.o cl_RA_rootp_I.o cl_RA_sqrtp.o cl_RA_ceil1.o cl_RA_ceil12.o cl_RA_ceil2.o cl_RA_ceil22.o cl_RA_floor1.o cl_RA_floor12.o cl_RA_floor2.o cl_RA_floor22.o cl_RA_round1.o cl_RA_round12.o cl_RA_round2.o cl_RA_round22.o cl_RA_trunc1.o cl_RA_trunc12.o cl_RA_trunc2.o cl_RA_trunc22.o cl_RA_compare.o cl_RA_denominator.o cl_RA_div.o cl_RA_equal.o cl_RA_from_I_I_div.o cl_RA_from_I_posI.o cl_RA_from_I_posI1.o cl_RA_from_I_posI_div.o cl_RA_minus.o cl_RA_minus1.o cl_RA_minusp.o cl_RA_mul.o cl_RA_numerator.o cl_RA_plus.o cl_RA_plus1.o cl_RA_plusp.o cl_RA_recip.o cl_RA_square.o cl_RA_uminus.o cl_RA_zerop.o cl_RA_from_string.o cl_RA_read.o cl_RA_read_stream.o cl_RA_readparsed.o cl_RA_abs.o cl_RA_as.o cl_RA_class.o cl_RA_debug.o cl_RA_eqhashcode.o cl_RA_expt.o cl_RA_expt_I.o cl_RA_exptpos.o cl_RA_exptpos_I.o cl_RA_max.o cl_RA_min.o cl_RA_signum.o cl_RA_aprint.o cl_RA_bprint.o cl_RA_cprint.o cl_RA_dprint.o cl_RA_print.o cl_RA_ring.o cl_I_logp.o cl_RA_logp.o cl_RA_sqrt.o cl_R_sqrt.o cl_F_from_R.o cl_F_from_R_def.o cl_F_from_R_f.o cl_R_to_DF.o cl_R_to_FF.o cl_R_to_LF.o cl_R_to_SF.o cl_R_to_double.o cl_R_to_float.o cl_R_ceil1.o cl_R_ceil12.o cl_R_ceil2.o cl_R_ceil22.o cl_R_fceil1.o cl_R_fceil12.o cl_R_fceil2.o cl_R_fceil22.o cl_R_ffloor1.o cl_R_ffloor12.o cl_R_ffloor2.o cl_R_ffloor22.o cl_R_floor1.o cl_R_floor12.o cl_R_floor2.o cl_R_floor22.o cl_R_fround1.o cl_R_fround12.o cl_R_fround2.o cl_R_fround22.o cl_R_ftrunc1.o cl_R_ftrunc12.o cl_R_ftrunc2.o cl_R_ftrunc22.o cl_R_mod.o cl_R_rem.o cl_R_round1.o cl_R_round12.o cl_R_round2.o cl_R_round22.o cl_R_trunc1.o cl_R_trunc12.o cl_R_trunc2.o cl_R_trunc22.o cl_R_compare.o cl_R_div.o cl_R_equal.o cl_R_minus.o cl_R_minus1.o cl_R_minusp.o cl_R_mul.o cl_R_plus.o cl_R_plus1.o cl_R_plusp.o cl_R_recip.o cl_R_square.o cl_R_uminus.o cl_R_zerop.o cl_fmt_cardinal.o cl_fmt_floatstring.o cl_fmt_integer.o cl_fmt_newroman.o cl_fmt_oldroman.o cl_fmt_ordinal.o cl_fmt_paddedstring.o cl_fmt_scaleexp.o cl_fmt_tens.o cl_R_from_string.o cl_R_read.o cl_R_read_stream.o cl_R_abs.o cl_R_as.o cl_R_contagion.o cl_R_debug.o cl_R_eqhashcode.o cl_R_expt.o cl_R_expt_I.o cl_R_max.o cl_R_min.o cl_R_rational.o cl_R_rationalize.o cl_R_signum.o cl_R_aprint.o cl_R_bprint.o cl_R_cprint.o cl_R_random.o cl_R_ring.o cl_R_atan.o cl_R_atan2.o cl_R_cos.o cl_R_cosh.o cl_R_coshsinh.o cl_R_cossin.o cl_R_exp.o cl_R_ln.o cl_R_log.o cl_R_sin.o cl_R_sinh.o cl_R_tan.o cl_R_tanh.o cl_t_c1.o cl_t_c2.o cl_t_current.o cl_t_current2.o cl_t_d.o cl_t_dec.o cl_t_inc.o cl_t_minus.o cl_t_report.o cl_t_td_minus.o cl_t_td_plus.o cl_GV_I.o cl_GV_I_copy.o cl_GV_I_debug.o cl_GV_number.o cl_GV_number_copy.o cl_GV_number_debug.o cl_SV_copy.o cl_SV_number.o cl_SV_number_debug.o cl_SV_ringelt.o cl_SV_ringelt_debug.o cl_GV_number_aprint.o cl_SV_aprint.o cl_SV_number_aprint.o ranlib .libs/libcln.a creating libcln.la (cd .libs && rm -f libcln.la && ln -s ../libcln.la libcln.la) cd tests; make all /bin/sh ../libtool --mode=link g++ -g -O2 exam.o exam_I.o exam_RA.o exam_SF.o exam_FF.o exam_DF.o exam_LF.o exam_I_gcd.o exam_I_sqrtp.o ../src/libcln.la -lm -o exam g++ -g -O2 exam.o exam_I.o exam_RA.o exam_SF.o exam_FF.o exam_DF.o exam_LF.o exam_I_gcd.o exam_I_sqrtp.o -o .libs/exam -Wl,-bind_at_load ../src/.libs/libcln.dylib /usr/local/lib/libgmp.dylib -lm creating exam /bin/sh ../libtool --mode=link g++ -g -O2 tests.o test_I.o test_I_abs.o test_I_compare.o test_I_plus.o test_I_minus.o test_I_plus1.o test_I_minus1.o test_I_mul.o test_I_div.o test_I_gcd.o test_I_xgcd.o test_I_ash.o test_I_evenp.o test_I_oddp.o test_I_lognot.o test_I_logand.o test_I_logandc1.o test_I_logandc2.o test_I_logior.o test_I_logorc1.o test_I_logorc2.o test_I_logxor.o test_I_lognand.o test_I_lognor.o test_I_logeqv.o test_I_boole.o test_I_logbitp.o test_I_logtest.o test_I_ldb.o test_I_ldbtest.o test_I_mkf.o test_I_dpb.o test_I_dpf.o test_I_logcount.o test_I_ilength.o test_I_ord2.o test_I_power2p.o test_I_isqrt.o test_I_sqrtp.o test_I_GV.o test_MI.o test_MI_canonhom.o test_MI_plus.o test_MI_minus.o test_MI_mul.o test_MI_recip.o test_MI_div.o test_MI_expt.o test_nt.o test_nt_jacobi.o ../src/libcln.la -lm -o tests g++ -g -O2 tests.o test_I.o test_I_abs.o test_I_compare.o test_I_plus.o test_I_minus.o test_I_plus1.o test_I_minus1.o test_I_mul.o test_I_div.o test_I_gcd.o test_I_xgcd.o test_I_ash.o test_I_evenp.o test_I_oddp.o test_I_lognot.o test_I_logand.o test_I_logandc1.o test_I_logandc2.o test_I_logior.o test_I_logorc1.o test_I_logorc2.o test_I_logxor.o test_I_lognand.o test_I_lognor.o test_I_logeqv.o test_I_boole.o test_I_logbitp.o test_I_logtest.o test_I_ldb.o test_I_ldbtest.o test_I_mkf.o test_I_dpb.o test_I_dpf.o test_I_logcount.o test_I_ilength.o test_I_ord2.o test_I_power2p.o test_I_isqrt.o test_I_sqrtp.o test_I_GV.o test_MI.o test_MI_canonhom.o test_MI_plus.o test_MI_minus.o test_MI_mul.o test_MI_recip.o test_MI_div.o test_MI_expt.o test_nt.o test_nt_jacobi.o -o .libs/tests -Wl,-bind_at_load ../src/.libs/libcln.dylib /usr/local/lib/libgmp.dylib -lm creating tests cd benchmarks; make all /bin/sh ../libtool --mode=link g++ -g -O2 timebench2a.o ../src/libcln.la -lm -o timebench2a g++ -g -O2 timebench2a.o -o .libs/timebench2a -Wl,-bind_at_load ../src/.libs/libcln.dylib /usr/local/lib/libgmp.dylib -lm creating timebench2a /bin/sh ../libtool --mode=link g++ -g -O2 timebench2ap.o ../src/libcln.la -lm -o timebench2ap g++ -g -O2 timebench2ap.o -o .libs/timebench2ap -Wl,-bind_at_load ../src/.libs/libcln.dylib /usr/local/lib/libgmp.dylib -lm creating timebench2ap /bin/sh ../libtool --mode=link g++ -g -O2 timebench2b.o ../src/libcln.la -lm -o timebench2b g++ -g -O2 timebench2b.o -o .libs/timebench2b -Wl,-bind_at_load ../src/.libs/libcln.dylib /usr/local/lib/libgmp.dylib -lm creating timebench2b cd examples; make all /bin/sh ../libtool --mode=link g++ -g -O2 contfrac.o ../src/libcln.la -lm -o contfrac g++ -g -O2 contfrac.o -o .libs/contfrac -Wl,-bind_at_load ../src/.libs/libcln.dylib /usr/local/lib/libgmp.dylib -lm creating contfrac /bin/sh ../libtool --mode=link g++ -g -O2 e.o ../src/libcln.la -lm -o e g++ -g -O2 e.o -o .libs/e -Wl,-bind_at_load ../src/.libs/libcln.dylib /usr/local/lib/libgmp.dylib -lm creating e /bin/sh ../libtool --mode=link g++ -g -O2 fibonacci.o ../src/libcln.la -lm -o fibonacci g++ -g -O2 fibonacci.o -o .libs/fibonacci -Wl,-bind_at_load ../src/.libs/libcln.dylib /usr/local/lib/libgmp.dylib -lm creating fibonacci /bin/sh ../libtool --mode=link g++ -g -O2 legendre.o ../src/libcln.la -lm -o legendre g++ -g -O2 legendre.o -o .libs/legendre -Wl,-bind_at_load ../src/.libs/libcln.dylib /usr/local/lib/libgmp.dylib -lm creating legendre /bin/sh ../libtool --mode=link g++ -g -O2 lucaslehmer.o ../src/libcln.la -lm -o lucaslehmer g++ -g -O2 lucaslehmer.o -o .libs/lucaslehmer -Wl,-bind_at_load ../src/.libs/libcln.dylib /usr/local/lib/libgmp.dylib -lm creating lucaslehmer /bin/sh ../libtool --mode=link g++ -g -O2 nextprime.o ../src/libcln.la -lm -o nextprime g++ -g -O2 nextprime.o -o .libs/nextprime -Wl,-bind_at_load ../src/.libs/libcln.dylib /usr/local/lib/libgmp.dylib -lm creating nextprime /bin/sh ../libtool --mode=link g++ -g -O2 perfnum.o ../src/libcln.la -lm -o perfnum g++ -g -O2 perfnum.o -o .libs/perfnum -Wl,-bind_at_load ../src/.libs/libcln.dylib /usr/local/lib/libgmp.dylib -lm creating perfnum /bin/sh ../libtool --mode=link g++ -g -O2 pi.o ../src/libcln.la -lm -o pi g++ -g -O2 pi.o -o .libs/pi -Wl,-bind_at_load ../src/.libs/libcln.dylib /usr/local/lib/libgmp.dylib -lm creating pi cd doc; make all make[1]: Nothing to be done for `all'. [ron@Zag:~/devel/cln-1.1.9]$ make check cd src; make check make SUBDIR=base make SUBDIR=base/digit make[3]: Nothing to be done for `all'. make SUBDIR=base/digitseq make[3]: Nothing to be done for `all'. make SUBDIR=base/hash make[3]: Nothing to be done for `all'. make SUBDIR=base/input make[3]: Nothing to be done for `all'. make SUBDIR=base/low make[3]: Nothing to be done for `all'. make SUBDIR=base/output make[3]: Nothing to be done for `all'. make SUBDIR=base/proplist make[3]: Nothing to be done for `all'. make SUBDIR=base/random make[3]: Nothing to be done for `all'. make SUBDIR=base/ring make[3]: Nothing to be done for `all'. make SUBDIR=base/string make SUBDIR=base/string/input make[4]: Nothing to be done for `all'. make SUBDIR=base/string/misc make[4]: Nothing to be done for `all'. make SUBDIR=base/string/output make[4]: Nothing to be done for `all'. make SUBDIR=base/symbol make[3]: Nothing to be done for `all'. make SUBDIR=complex make SUBDIR=complex/algebraic make[3]: Nothing to be done for `all'. make SUBDIR=complex/elem make SUBDIR=complex/elem/division make[4]: Nothing to be done for `all'. make SUBDIR=complex/input make[3]: Nothing to be done for `all'. make SUBDIR=complex/misc make[3]: Nothing to be done for `all'. make SUBDIR=complex/output make[3]: Nothing to be done for `all'. make SUBDIR=complex/ring make[3]: Nothing to be done for `all'. make SUBDIR=complex/transcendental make[3]: Nothing to be done for `all'. make SUBDIR=float make SUBDIR=float/algebraic make[3]: Nothing to be done for `all'. make SUBDIR=float/base make[3]: Nothing to be done for `all'. make SUBDIR=float/conv make[3]: Nothing to be done for `all'. make SUBDIR=float/dfloat make SUBDIR=float/dfloat/algebraic make[4]: Nothing to be done for `all'. make SUBDIR=float/dfloat/conv make[4]: Nothing to be done for `all'. make SUBDIR=float/dfloat/division make[4]: Nothing to be done for `all'. make SUBDIR=float/dfloat/elem make[4]: Nothing to be done for `all'. make SUBDIR=float/dfloat/input make[4]: Nothing to be done for `all'. make SUBDIR=float/dfloat/misc make[4]: Nothing to be done for `all'. make SUBDIR=float/division make[3]: Nothing to be done for `all'. make SUBDIR=float/elem make[3]: Nothing to be done for `all'. make SUBDIR=float/ffloat make SUBDIR=float/ffloat/algebraic make[4]: Nothing to be done for `all'. make SUBDIR=float/ffloat/conv make[4]: Nothing to be done for `all'. make SUBDIR=float/ffloat/division make[4]: Nothing to be done for `all'. make SUBDIR=float/ffloat/elem make[4]: Nothing to be done for `all'. make SUBDIR=float/ffloat/input make[4]: Nothing to be done for `all'. make SUBDIR=float/ffloat/misc make[4]: Nothing to be done for `all'. make SUBDIR=float/input make[3]: Nothing to be done for `all'. make SUBDIR=float/lfloat make SUBDIR=float/lfloat/algebraic make[4]: Nothing to be done for `all'. make SUBDIR=float/lfloat/division make[4]: Nothing to be done for `all'. make SUBDIR=float/lfloat/elem make[4]: Nothing to be done for `all'. make SUBDIR=float/lfloat/input make[4]: Nothing to be done for `all'. make SUBDIR=float/lfloat/misc make[4]: Nothing to be done for `all'. make SUBDIR=float/misc make[3]: Nothing to be done for `all'. make SUBDIR=float/output make[3]: Nothing to be done for `all'. make SUBDIR=float/random make[3]: Nothing to be done for `all'. make SUBDIR=float/sfloat make SUBDIR=float/sfloat/algebraic make[4]: Nothing to be done for `all'. make SUBDIR=float/sfloat/division make[4]: Nothing to be done for `all'. make SUBDIR=float/sfloat/elem make[4]: Nothing to be done for `all'. make SUBDIR=float/sfloat/input make[4]: Nothing to be done for `all'. make SUBDIR=float/sfloat/misc make[4]: Nothing to be done for `all'. make SUBDIR=float/transcendental make[3]: Nothing to be done for `all'. make SUBDIR=integer make SUBDIR=integer/2adic make[3]: Nothing to be done for `all'. make SUBDIR=integer/algebraic make[3]: Nothing to be done for `all'. make SUBDIR=integer/bitwise make[3]: Nothing to be done for `all'. make SUBDIR=integer/conv make[3]: Nothing to be done for `all'. make SUBDIR=integer/division make[3]: Nothing to be done for `all'. make SUBDIR=integer/elem make[3]: Nothing to be done for `all'. make SUBDIR=integer/gcd make[3]: Nothing to be done for `all'. make SUBDIR=integer/hash make[3]: Nothing to be done for `all'. make SUBDIR=integer/input make[3]: Nothing to be done for `all'. make SUBDIR=integer/misc make SUBDIR=integer/misc/combin make[4]: Nothing to be done for `all'. make SUBDIR=integer/output make[3]: Nothing to be done for `all'. make SUBDIR=integer/random make[3]: Nothing to be done for `all'. make SUBDIR=integer/ring make[3]: Nothing to be done for `all'. make SUBDIR=modinteger make[2]: Nothing to be done for `all'. make SUBDIR=modpolynomial make[2]: Nothing to be done for `all'. make SUBDIR=numtheory make[2]: Nothing to be done for `all'. make SUBDIR=polynomial make SUBDIR=polynomial/elem make[3]: Nothing to be done for `all'. make SUBDIR=polynomial/misc make[3]: Nothing to be done for `all'. make SUBDIR=rational make SUBDIR=rational/algebraic make[3]: Nothing to be done for `all'. make SUBDIR=rational/division make[3]: Nothing to be done for `all'. make SUBDIR=rational/elem make[3]: Nothing to be done for `all'. make SUBDIR=rational/input make[3]: Nothing to be done for `all'. make SUBDIR=rational/misc make[3]: Nothing to be done for `all'. make SUBDIR=rational/output make[3]: Nothing to be done for `all'. make SUBDIR=rational/ring make[3]: Nothing to be done for `all'. make SUBDIR=rational/transcendental make[3]: Nothing to be done for `all'. make SUBDIR=real make SUBDIR=real/algebraic make[3]: Nothing to be done for `all'. make SUBDIR=real/conv make[3]: Nothing to be done for `all'. make SUBDIR=real/division make[3]: Nothing to be done for `all'. make SUBDIR=real/elem make[3]: Nothing to be done for `all'. make SUBDIR=real/format-output make[3]: Nothing to be done for `all'. make SUBDIR=real/input make[3]: Nothing to be done for `all'. make SUBDIR=real/misc make[3]: Nothing to be done for `all'. make SUBDIR=real/output make[3]: Nothing to be done for `all'. make SUBDIR=real/random make[3]: Nothing to be done for `all'. make SUBDIR=real/ring make[3]: Nothing to be done for `all'. make SUBDIR=real/transcendental make[3]: Nothing to be done for `all'. make SUBDIR=timing make[2]: Nothing to be done for `all'. make SUBDIR=vector make SUBDIR=vector/output make[3]: Nothing to be done for `all'. cd tests; make check ./exam dyld: /Users/ron/devel/cln-1.1.9/tests/.libs/exam Undefined symbols: ___gxx_personality_v0 __ZNSt8ios_base4InitC1Ev __ZNSt8ios_base4InitD1Ev __ZSt9terminatev __ZSt4cerr __ZStlsISt11char_traitsIcEERSt13basic_ostreamIcT_ES5_PKc __ZNSo3putEc make[1]: *** [check] Trace/BPT trap make: *** [check] Error 2 [ron@Zag:~/devel/cln-1.1.9]$

Sorry for self-reply. * Ralf Wildenhues wrote on Fri, Mar 11, 2005 at 09:53:24AM CET:

* Andrej Ricnik-Bay wrote on Fri, Mar 11, 2005 at 04:08:10AM CET:

...

...

gdb exam

Hmmm ... won't work.

...

closer look: exam is a shell wrapper, and I don't understand the inner workings.

Use ../libtool -mode=execute ./exam

../libtool -mode=execute gdb ./exam

Richy, Ralph, Thanks for the patience and support :) When I disable shared-libs the tests work well. And with shared-libs on again Ralphs suggestion gives the following result: [andrej@diggn:~/source/cln_1.1.9/tests]$ ../libtool --mode=execute gdb ./exam GNU gdb 6.3 Copyright 2004 Free Software Foundation, Inc. GDB is free software, covered by the GNU General Public License, and you are welcome to change it and/or distribute copies of it under certain conditions. Type "show copying" to see the conditions. There is absolutely no warranty for GDB. Type "show warranty" for details. This GDB was configured as "i486-slackware-linux"...Using host libthread_db library "/lib/libthread_db.so.1". Function "cl_abort" not defined. (gdb) run Starting program: /home/andrej/source/cln_1.1.9/tests/.libs/lt-exam Program received signal SIGSEGV, Segmentation fault. 0x40051b6e in cl_inc_pointer_refcount (pointer=0x0) at object.h:205 205 pointer->refcount++; Current language: auto; currently c++ (gdb) Cheers, Tink

On Sun, 13 Mar 2005 21:10:13 +0100 (CET), Richard B. Kreckel <kreckel@ginac.de> wrote:

...

When I disable shared-libs the tests work well. Aha! Aufgemerkt! That's what I thought! :)

I don't think that I can help in this case. I suppose that means that there's something wrong with Slack's "/lib/libthread_db.so.1", or its interaction with libc.so.6 ...

But, could you please produce a stack backtrace at this point, using gdb's bt command? Sure, and thanks again!

[andrej@diggn:~/source/cln_1.1.9/tests]$ ../libtool --mode=execute gdb ./exam GNU gdb 6.3 Copyright 2004 Free Software Foundation, Inc. GDB is free software, covered by the GNU General Public License, and you are welcome to change it and/or distribute copies of it under certain conditions. Type "show copying" to see the conditions. There is absolutely no warranty for GDB. Type "show warranty" for details. This GDB was configured as "i486-slackware-linux"...Using host libthread_db library "/lib/libthread_db.so.1". Function "cl_abort" not defined. (gdb) bt No stack. (gdb)

Regards -richy.

First, say 'run'. Let it crash. Then, say 'bt'. Ouch :) ... I feel thoroughly stupid now ;0 (gdb) bt #0 0x40051b6e in cl_inc_pointer_refcount (pointer=0x0) at object.h:205 #1 0x40057917 in cln::cl_gcobject::inc_pointer_refcount (this=0x4017d36c) at object.h:317 #2 0x400578ca in cln::cl_gcobject::_as_cl_private_thing (this=0x4017d36c) at object.h:501 #3 0x40057833 in as_cl_private_thing (x=@0x4017d36c) at object.h:506 #4 0x400589a3 in cl_FF (this=0x4017dad0, x=@0x4017d36c) at ffloat_class.h:72 #5 0x400cae5b in cln::cl_I_to_FF (x=@0xbffff3ac) at float/ffloat/elem/cl_FF_from_I.cc:34 #6 0x400cb0fb in cln::cl_RA_to_FF (x=@0xbffff3ac) at float/ffloat/elem/cl_FF_from_RA.cc:36 #7 0x4012f397 in __static_initialization_and_destruction_0 (__initialize_p=1, __priority=65535) at real/format-output/cl_fmt_scaleexp.cc:46 #8 0x4012fa28 in global constructors keyed to _ZN3cln21format_scale_exponentERKNS_4cl_FE () at real/format-output/cl_fmt_scaleexp.cc:331 #9 0x4013acb5 in __do_global_ctors_aux () from /home/andrej/source/cln_1.1.9/src/.libs/libcln.so.3 #10 0x40042629 in _init () from /home/andrej/source/cln_1.1.9/src/.libs/libcln.so.3 #11 0x4000aaae in call_init () from /lib/ld-linux.so.2 #12 0x4000a906 in _dl_init_internal () from /lib/ld-linux.so.2 #13 0x400007d5 in _dl_start_user () from /lib/ld-linux.so.2

On Tue, 15 Mar 2005, Richard B. Kreckel wrote:

On Tue, 15 Mar 2005, Andrej Ricnik-Bay wrote:

...

...

First, say 'run'. Let it crash. Then, say 'bt'. Ouch :) ... I feel thoroughly stupid now ;0 (gdb) bt #0 0x40051b6e in cl_inc_pointer_refcount (pointer=0x0) at object.h:205 #1 0x40057917 in cln::cl_gcobject::inc_pointer_refcount (this=0x4017d36c) at object.h:317 #2 0x400578ca in cln::cl_gcobject::_as_cl_private_thing (this=0x4017d36c) at object.h:501 #3 0x40057833 in as_cl_private_thing (x=@0x4017d36c) at object.h:506 #4 0x400589a3 in cl_FF (this=0x4017dad0, x=@0x4017d36c) at ffloat_class.h:72 #5 0x400cae5b in cln::cl_I_to_FF (x=@0xbffff3ac) at float/ffloat/elem/cl_FF_from_I.cc:34 #6 0x400cb0fb in cln::cl_RA_to_FF (x=@0xbffff3ac) at float/ffloat/elem/cl_FF_from_RA.cc:36 #7 0x4012f397 in __static_initialization_and_destruction_0 (__initialize_p=1, __priority=65535) at real/format-output/cl_fmt_scaleexp.cc:46 #8 0x4012fa28 in global constructors keyed to _ZN3cln21format_scale_exponentERKNS_4cl_FE () at real/format-output/cl_fmt_scaleexp.cc:331 #9 0x4013acb5 in __do_global_ctors_aux () from /home/andrej/source/cln_1.1.9/src/.libs/libcln.so.3 #10 0x40042629 in _init () from /home/andrej/source/cln_1.1.9/src/.libs/libcln.so.3 #11 0x4000aaae in call_init () from /lib/ld-linux.so.2 #12 0x4000a906 in _dl_init_internal () from /lib/ld-linux.so.2 #13 0x400007d5 in _dl_start_user () from /lib/ld-linux.so.2

Hmm? I wonder whether cl_fmt_scaleexp were initialized before the cl_FF_globals? Just to make double sure, please send me the files cln/include/intparam.h and cln/include/floatparam.h. Also, you compiled with -g -O2, right? Please check whether those are indeed the compiler flags when you compiled the library!

Andrej: I've been discussing exactly the same problem with Ralf Wildenhues in private and it turned out that it comes from turning optimization off. Indeed, on March 9 you wrote:

Sorry, yes, it's x86, compiled with P4 optimizations (env has CXXFLAGS and CFLAGS=-march=pentium4 -msse2)

There's no -O flag. I completely missed that error back then. We've now added a warning to the configuration script for such cases. I assume this issue is finally resolved now. Regards -richy. -- Richard B. Kreckel <http://www.ginac.de/~kreckel/>