NS_SUPPORT
LIB_STANDARD
HAVE_XSERVER
+GMALLOC_OBJ
+VMLIMIT_OBJ
RSVG_CFLAGS
RSVG_LIBS
GTK_CFLAGS
LIBXMENU
LIBX_OTHER
OLDXMENU_DEPS
+RALLOC_OBJ
CYGWIN_OBJ
PRE_ALLOC_OBJ
POST_ALLOC_OBJ
if test $emacs_cv_var___after_morecore_hook = no; then
doug_lea_malloc=no
fi
+
if test "${system_malloc}" = "yes"; then
GNU_MALLOC=no
GNU_MALLOC_reason="
(The GNU allocators don't work with this system configuration.)"
+ GMALLOC_OBJ=
+ VMLIMIT_OBJ=
+else
+ test "$doug_lea_malloc" != "yes" && GMALLOC_OBJ=gmalloc.o
+ VMLIMIT_OBJ=vm-limit.o
fi
+
+
+
if test "$doug_lea_malloc" = "yes" ; then
if test "$GNU_MALLOC" = yes ; then
GNU_MALLOC_reason="
#define DOUG_LEA_MALLOC 1
_ACEOF
+
+ ## Use mmap directly for allocating larger buffers.
+ ## FIXME this comes from src/s/{gnu,gnu-linux}.h:
+ ## #ifdef DOUG_LEA_MALLOC; #undef REL_ALLOC; #endif
+ ## Does the AC_FUNC_MMAP test below make this check unecessary?
+ case "$opsys" in
+ gnu*) REL_ALLOC=no ;;
+ esac
fi
if test x"${REL_ALLOC}" = x; then
_ACEOF
fi
+
if test "${GNU_MALLOC}" = "yes" ; then
cat >>confdefs.h <<\_ACEOF
_ACEOF
fi
+
+RALLOC_OBJ=
if test "${REL_ALLOC}" = "yes" ; then
cat >>confdefs.h <<\_ACEOF
#define REL_ALLOC 1
_ACEOF
+
+ test "$system_malloc" != "yes" && RALLOC_OBJ=ralloc.o
fi
CYGWIN_OBJ="sheap.o"
## Cygwin differs because of its unexec().
PRE_ALLOC_OBJ=
- POST_ALLOC_OBJ="lastfile.o vm-limit.o"
+ POST_ALLOC_OBJ=lastfile.o
else
CYGWIN_OBJ=
PRE_ALLOC_OBJ=lastfile.o
- POST_ALLOC_OBJ="\$(vmlimitobj)"
+ POST_ALLOC_OBJ=
fi