comparison src/profile.c @ 5736:3192994c49ca

Convert C (un)signed long long values to bignums properly. This patch also does the following: - Uses make_fixnum instead of make_integer when the argument is guaranteed to be in the fixnum range. - Introduces make_unsigned_integer so that we handle unsigned values with the high bit set correctly. - Introduces conversions between bignums and (un)signed long long values. - Uses mp_set_memory_functions with the BSD MP code, if it exists. - Eliminates some unnecessary consing in the Lisp + and * implementations. - Fixes a problem with check_valid_xbm_inline(). This function is called during intialization. It calls Ftimes. When using pdump, this is a problem, because (a) the bignum code is not initialized until *after* dumping, so we don't try to dump any bignums, and (b) multiplication of integers is done inside bignums so we handle fixnum overflow correctly. I decided that an XBM file with dimensions that don't fit into fixnums is probably not something we want to try to handle anyway, and did the arithmetic with C values instead of Lisp values. Doing that broke one test, which started getting a different error message from the one it expected, so I adjusted the test to match the new reality. - Fixes a few miscellaneous bugs in the BSD MP code. See <CAHCOHQk0u0=eD1fUMHTNWi2Yh=1WgiYyCXdMbsGzHBNhdqYz4w@mail.gmail.com> in xemacs-patches, as well as followup messages.
author Jerry James <james@xemacs.org>
date Mon, 17 Jun 2013 10:23:00 -0600
parents 56144c8593a8
children e2fae7783046
comparison
equal deleted inserted replaced
5735:ff13c44ce0d9 5736:3192994c49ca
368 msecs = 368 msecs =
369 BIGNUMP (microsecs) ? bignum_to_int (XBIGNUM_DATA (microsecs)) : 369 BIGNUMP (microsecs) ? bignum_to_int (XBIGNUM_DATA (microsecs)) :
370 XFIXNUM (microsecs); 370 XFIXNUM (microsecs);
371 #else 371 #else
372 check_integer_range (microsecs, make_fixnum (1000), 372 check_integer_range (microsecs, make_fixnum (1000),
373 make_integer (MOST_POSITIVE_FIXNUM)); 373 make_fixnum (MOST_POSITIVE_FIXNUM));
374 msecs = XFIXNUM (microsecs); 374 msecs = XFIXNUM (microsecs);
375 #endif 375 #endif
376 } 376 }
377 if (msecs <= 0) 377 if (msecs <= 0)
378 msecs = 1000; 378 msecs = 1000;