accf8c43e0
Changes between GMP version 6.2.* and 6.3.*.
BUGS FIXED
* A possible overflow of type int is avoided for mpz_cmp on huge operands.
* A possible error condition when a malformed file is read with
mpz_inp_raw is now correctly handled.
FEATURES
* New public function mpz_prevprime, companion of the existing
mpz_nextprime.
* New documented pointer types mpz_ptr, mpz_srcptr, and similar for
other GMP types. Refer to the manual for full list and suggested
usage. These types have been present in gmp.h at least since
GMP-4.0, but previously not advertised to users.
* Support for 64-bit Arm under Macos.
* Support for the loongarch64 CPU family.
* Support for building with LTO, link-time optimisations.
SPEEDUPS
* New special code for base = 2 in mpz_powm reduces the average time
for the functions that test primality.
* Speedup for the function mpz_nextprime on large operands.
* Speedup for multiplications (some sizes only) thanks to new
internal functions to compute small negacyclic products.
* Special assembly code for IBM z13 and later "mainframe" CPUs, resulting in
a huge speedup.
* Improved assembly for several 64-bit x86 CPUs, Risc-V, 64-bit Arm.
77 lines
2.2 KiB
Makefile
77 lines
2.2 KiB
Makefile
# $NetBSD: builtin.mk,v 1.12 2023/08/05 07:08:26 adam Exp $
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BUILTIN_PKG:= gmp
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BUILTIN_FIND_HEADERS_VAR:= H_GMP
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BUILTIN_FIND_HEADERS.H_GMP= gmp.h gmp/gmp.h
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BUILTIN_VERSION_SCRIPT.gmp= ${AWK} \
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'/\#define[ \t]*__GNU_MP_VERSION[ \t]/ { major = $$3; } \
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/\#define[ \t]*__GNU_MP_VERSION_MINOR[ \t]/ { minor = $$3; } \
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/\#define[ \t]*__GNU_MP_VERSION_PATCHLEVEL[ \t]/ { patch = $$3; } \
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END { if (major!="" && minor!="" && patch!="") \
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print major "." minor "." patch; else print ""; }'
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.include "../../mk/buildlink3/bsd.builtin.mk"
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###
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### Determine if there is a built-in implementation of the package and
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### set IS_BUILTIN.<pkg> appropriately ("yes" or "no").
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###
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.if !defined(IS_BUILTIN.gmp)
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IS_BUILTIN.gmp= no
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. if empty(H_GMP:M__nonexistent__) && empty(H_GMP:M${LOCALBASE}/*)
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IS_BUILTIN.gmp= yes
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. endif
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.endif
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MAKEVARS+= IS_BUILTIN.gmp
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###
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### If there is a built-in implementation, then set BUILTIN_PKG.<pkg> to
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### a package name to represent the built-in package.
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###
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.if !defined(BUILTIN_PKG.gmp) && \
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${IS_BUILTIN.gmp:tl} == yes && \
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empty(H_GMP:M__nonexistent__)
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BUILTIN_VERSION.gmp!= ${BUILTIN_VERSION_SCRIPT.gmp} ${H_GMP}
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BUILTIN_PKG.gmp= gmp-${BUILTIN_VERSION.gmp}
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.endif
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MAKEVARS+= BUILTIN_PKG.gmp
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###
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### Determine whether we should use the built-in implementation if it
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### exists, and set USE_BUILTIN.<pkg> appropriate ("yes" or "no").
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###
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.if !defined(USE_BUILTIN.gmp)
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. if ${PREFER.gmp} == "pkgsrc"
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USE_BUILTIN.gmp= no
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. else
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USE_BUILTIN.gmp= ${IS_BUILTIN.gmp}
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. if defined(BUILTIN_PKG.gmp) && ${IS_BUILTIN.gmp:tl} == yes
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USE_BUILTIN.gmp= yes
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. for _dep_ in ${BUILDLINK_API_DEPENDS.gmp}
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. if ${USE_BUILTIN.gmp:tl} == yes
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USE_BUILTIN.gmp!= \
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if ${PKG_ADMIN} pmatch ${_dep_:Q} ${BUILTIN_PKG.gmp}; then \
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${ECHO} yes; \
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else \
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${ECHO} no; \
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fi
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. endif
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. endfor
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. endif
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. endif # PREFER.gmp
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.endif
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MAKEVARS+= USE_BUILTIN.gmp
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CHECK_BUILTIN.gmp?= no
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.if ${CHECK_BUILTIN.gmp:tl} == no
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. if ${USE_BUILTIN.gmp:tl} == yes
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GMP_INCLUDE= ${H_GMP:H}
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BUILDLINK_INCDIRS.gmp= ${GMP_INCLUDE}
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BUILDLINK_LIBDIRS.gmp= lib${LIBABISUFFIX}
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CPPFLAGS+= -I${GMP_INCLUDE}
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CFLAGS+= -I${GMP_INCLUDE}
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. endif
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.endif # CHECK_BUILTIN.gmp
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