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604 lines
19 KiB
Plaintext
604 lines
19 KiB
Plaintext
# # m4 macros from the Unidata netcdf 2.3.2 pl4 distribution. Modified for use
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# # with GNU Autoconf 2.1. I renamed these from UC_* to DODS_* so that there
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# # will not be confusion when porting future versions of netcdf into the DODS
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# # source distribution. Unidata, Inc. wrote the text of these macros and holds
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# # a copyright on them.
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# #
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# # jhrg 3/27/95
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# #
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# # Added some of my own macros (don't blame Unidata for them!) starting with
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# # DODS_PROG_LEX and down in the file. jhrg 2/11/96
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# #
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# # I've added a table of contents for this file. jhrg 2/2/98
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# #
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# # 1. Unidata-derived macros.
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# # 2. Macros for finding libraries used by the core software.
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# # 3. Macros used to test things about the compiler
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# # 4. Macros for locating various systems (Matlab, etc.)
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# # 5. Macros used to test things about the computer/OS/hardware
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# #
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# # $Id: dods.m4,v 1.3 2008/07/28 16:57:06 dmh Exp $
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#
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# # 1. Unidata's macros
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# #-------------------------------------------------------------------------
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#
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# # 2. Finding libraries
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# #
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# # To use these in DODS software, in the Makefile.in use LIBS XTRALIBS for
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# # non-gui and LIBS GUILIBS XTRALIBS for the clients that link with the
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# # gui DAP++ library. These should be set by a line like LIBS=@LIBS@, etc.
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# # Then the group should be used on the link line. 10/16/2000 jhrg
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# #--------------------------------------------------------------------------
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#
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# # Electric fence and dbnew are used to debug malloc/new and free/delete.
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# # I assume that if you use these switches you know enough to build the
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# # libraries. 2/3/98 jhrg
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#
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# AC_DEFUN([DODS_EFENCE], [dnl
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# AC_ARG_ENABLE(efence,
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# [ --enable-efence Runtime memory checks (malloc)],
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# EFENCE=$enableval, EFENCE=no)
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#
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# case "$EFENCE" in
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# yes)
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# AC_MSG_RESULT(Configuring dynamic memory checks on malloc/free calls)
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# LIBS="$LIBS -lefence"
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# ;;
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# *)
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# ;;
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# esac])
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#
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# AC_DEFUN([DODS_DBNEW], [dnl
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# AC_ARG_ENABLE(dbnew,
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# [ --enable-dbnew Runtime memory checks (new)],
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# DBNEW=$enableval, DBNEW=no)
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#
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# case "$DBNEW" in
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# yes)
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# AC_MSG_RESULT(Configuring dynamic memory checks on new/delete calls)
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# AC_DEFINE(TRACE_NEW, , [Use the dbnew library to trace bew/delete calls])
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# LIBS="$LIBS -ldbnew"
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# ;;
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# *)
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# ;;
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# esac])
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#
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# # check for hdf libraries
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# # cross-compile problem with test option -d
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# AC_DEFUN([DODS_HDF_LIBRARY], [dnl
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# AC_ARG_WITH(hdf,
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# [ --with-hdf=ARG Where is the HDF library (directory)],
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# HDF_PATH=${withval}, HDF_PATH="$HDF_PATH")
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# if test ! -d "$HDF_PATH"
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# then
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# HDF_PATH="/usr/local/hdf"
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# fi
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# if test "$HDF_PATH"
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# then
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# LDFLAGS="$LDFLAGS -L${HDF_PATH}/lib"
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# INCS="$INCS -I${HDF_PATH}/include"
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# AC_SUBST(INCS)
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# fi
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#
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# dnl None of this works with HDF 4.1 r1. jhrg 8/2/97
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#
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# AC_CHECK_LIB(z, deflate, LIBS="-lz $LIBS", nohdf=1)
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# AC_CHECK_LIB(jpeg, jpeg_start_compress, LIBS="-ljpeg $LIBS", nohdf=1)
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# AC_CHECK_LIB(df, Hopen, LIBS="-ldf $LIBS" , nohdf=1)
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# AC_CHECK_LIB(mfhdf, SDstart, LIBS="-lmfhdf $LIBS" , nohdf=1)])
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#
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# # 3. Compiler test macros
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# #--------------------------------------------------------------------------
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#
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# AC_DEFUN([DODS_GCC_VERSION], [dnl
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# AC_MSG_CHECKING(for gcc/g++ 2.8 or greater)
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#
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# GCC_VER=`gcc -v 2>&1 | awk '/version/ {print}'`
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#
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# dnl We need the gcc version number as a number, without `.'s and limited
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# dnl to three digits. The old version below was replaced by Andy Jacobson's
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# dnl patch which works with gcc 3, including the pre-release versions.
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#
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# dnl GCC_VER=`echo $GCC_VER | sed 's@[[a-z ]]*\([[0-9.]]\)@\1@'`
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# GCC_VER=`echo $GCC_VER | sed 's@.*gcc version \([[0-9\.]]*\).*@\1@'`
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#
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# case $GCC_VER in
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# *egcs*) AC_MSG_RESULT(Found egcs version ${GCC_VER}.) ;;
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# 2.[[7-9]]*) AC_MSG_RESULT(Found gcc/g++ version ${GCC_VER}) ;;
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# 3.[[0-9]]*) AC_MSG_RESULT(Found gcc/g++ version ${GCC_VER}) ;;
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# *) AC_MSG_ERROR(must be at least version 2.7.x) ;;
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# esac])
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#
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# # 4. Macros to locate various programs/systems used by parts of DODS
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# #---------------------------------------------------------------------------
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#
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# # Added by Ethan, 1999/06/21
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# # Look for perl.
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# #
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# # I modified the regexp below to remove any text that follows the version
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# # number. This extra text was hosing the test. 7/15/99 jhrg
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#
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# AC_DEFUN([DODS_PROG_PERL], [dnl
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# AC_CHECK_PROG(PERL, perl, `which perl`)
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# case "$PERL" in
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# *perl*)
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# perl_ver=`$PERL -v 2>&1 | awk '/This is perl/ {print}'`
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# perl_ver=`echo $perl_ver | sed 's/This is perl,[[^0-9]]*\([[0-9._]]*\).*/\1/'`
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# perl_ver_main=`echo $perl_ver | sed 's/\([[0-9]]*\).*/\1/'`
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# if test -n "$perl_ver" && test $perl_ver_main -ge 5
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# then
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# AC_MSG_RESULT(Found perl version ${perl_ver}.)
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# else
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# AC_MSG_ERROR(perl version: found ${perl_ver} should be at least 5.000.)
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# fi
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# ;;
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# *)
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# AC_MSG_WARN(perl is required.)
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# ;;
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# esac
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#
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# AC_SUBST(PERL)])
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#
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# # Added by Ethan, 1999/06/21
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# # Look for GNU tar.
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# #
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# # I modified the regexp below but it still does not work exactly correctly;
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# # the variable tar_ver should have only the version number in it. However,
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# # my version (1.12) spits out a multi-line thing. The regexp below gets the
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# # version number from the first line but does not remove the subsequent lines
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# # of garbage. 7/15/99 jhrg
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# # Added awk line to handle multiline output. 1999/07/22 erd
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#
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# AC_DEFUN([DODS_PROG_GTAR], [dnl
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# AC_CHECK_PROGS(TAR,gtar tar,tar)
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# case "$TAR" in
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# *tar)
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# tar_ver=`$TAR --version 2>&1 | awk '/G[[Nn]][[Uu]] tar/ {print}'`
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# tar_ver=`echo $tar_ver | sed 's/.*GNU tar[[^0-9.]]*\([[0-9._]]*\)/\1/'`
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# if test -n "$tar_ver"
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# then
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# AC_MSG_RESULT(Found Gnu tar version ${tar_ver}.)
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# else
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# AC_MSG_WARN(GNU tar is required for some Makefile targets.)
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# fi
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# ;;
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# *)
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# AC_MSG_WARN(GNU tar is required for some Makefile targets.)
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# ;;
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# esac
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#
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# AC_SUBST(TAR)])
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#
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# # Find the matlab root directory
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# # cross-compile problem with test option -d
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#
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# AC_DEFUN([DODS_MATLAB], [dnl
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# AC_ARG_WITH(matlab,
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# [ --with-matlab=ARG Where is the Matlab root directory],
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# MATLAB_ROOT=${withval}, MATLAB_ROOT="$MATLAB_ROOT")
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# if test "$MATLAB_ROOT" = no; then
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# MATLAB_ROOT="$MATLAB_ROOT"
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# elif test ! -d "$MATLAB_ROOT"
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# then
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# MATLAB_ROOT=""
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# fi
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# if test -z "$MATLAB_ROOT"
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# then
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# AC_MSG_CHECKING(for matlab root)
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#
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# MATLAB_ROOT=`mex -v 2>&1 | awk '/MATLAB *= / {print}'`
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# MATLAB_ROOT=`echo $MATLAB_ROOT | sed 's@[[^/]]*\(/.*\)@\1@'`
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#
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# if test -z "$MATLAB_ROOT"
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# then
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# AC_MSG_ERROR(Matlab not found! Run configure --help)
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# else
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# AC_SUBST(MATLAB_ROOT)
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# AC_MSG_RESULT($MATLAB_ROOT)
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# fi
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# else
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# AC_SUBST(MATLAB_ROOT)
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# AC_MSG_RESULT("Set Matlab root to $MATLAB_ROOT")
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# fi
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#
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# dnl Find the lib directory (which is named according to machine type).
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# dnl The test was using -z; I changed it to -n to fix a problem withthe
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# dnl matlab server build. The build did not find the libraries with the
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# dnl env var MATLAB_LIB was not set. 04/12/04 jhrg
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# AC_MSG_CHECKING(for matlab library dir)
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# if test -n "$MATLAB_LIB"
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# then
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# matlab_lib_dir=${MATLAB_LIB}
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# else
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# matlab_lib_dir=`find ${MATLAB_ROOT}/extern/lib -name 'libmat*' -print | sed '1q'`
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# matlab_lib_dir=`echo $matlab_lib_dir | sed 's@\(.*\)/libmat.*@\1@'`
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# fi
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# AC_MSG_RESULT($matlab_lib_dir)
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#
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# if test "$matlab_lib_dir"
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# then
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# LDFLAGS="$LDFLAGS -L$matlab_lib_dir"
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# dnl This is used by the nph script to set LD_LIBRARY_PATH
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# AC_SUBST(matlab_lib_dir)
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# fi
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#
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# dnl sleazy test for version 5; look for the version 4 compat flag
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#
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# if grep V4_COMPAT ${MATLAB_ROOT}/extern/include/mat.h > /dev/null 2>&1
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# then
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# dnl if we're here, we're linking under ML 5 or 6. 02/10/03 jhrg
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# MAT_VERSION_FLAG="-V4"
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# dnl ML 6 lacks libmi.a/.so. 02/10/03 jhrg
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# if access -r ${matlab_lib_dir}/libmi.*
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# then
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# MATLIBS="-lmat -lmi -lmx -lut"
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# else
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# MATLIBS="-lmat -lmx -lut"
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# fi
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# else
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# MAT_VERSION_FLAG=""
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# MATLIBS="-lmat"
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# fi
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#
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# AC_CHECK_LIB(ots, _OtsDivide64Unsigned, MATLIBS="$MATLIBS -lots", )
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# AC_SUBST(MATLIBS)
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# AC_SUBST(MAT_VERSION_FLAG)])
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#
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# # cross-compile problem with test option -d
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# AC_DEFUN([DODS_DSP_ROOT], [dnl
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#
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# AC_ARG_WITH(dsp,
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# [ --with-dsp=DIR Directory containing DSP software from U of Miami],
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# DSP_ROOT=${withval}, DSP_ROOT="$DSP_ROOT")
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#
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# if test ! -d "$DSP_ROOT"
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# then
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# DSP_ROOT=""
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# fi
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# if test -z "$DSP_ROOT"
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# then
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# AC_MSG_CHECKING(for the DSP library root directory)
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#
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# for p in /usr/local/src/DSP /usr/local/DSP \
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# /usr/local/src/dsp /usr/local/dsp \
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# /usr/contrib/src/dsp /usr/contrib/dsp \
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# $DODS_ROOT/third-party/dsp /usr/dsp /data1/dsp
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# do
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# if test -z "$DSP_ROOT"
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# then
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# for d in `ls -dr ${p}* 2>/dev/null`
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# do
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# if test -f ${d}/inc/dsplib.h
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# then
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# DSP_ROOT=${d}
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# break
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# fi
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# done
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# fi
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# done
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# fi
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#
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# if test "$DSP_ROOT"
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# then
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# AC_SUBST(DSP_ROOT)
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# dnl Only add this path to gcc's options... jhrg 11/15/96
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# INCS="$INCS -I\$(DSP_ROOT)/inc"
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# AC_SUBST(INCS) # 09/20/02 jhrg
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# LDFLAGS="$LDFLAGS -L\$(DSP_ROOT)/lib -L\$(DSP_ROOT)/shlib"
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# AC_MSG_RESULT(Set DSP root directory to $DSP_ROOT)
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# else
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# AC_MSG_ERROR(not found! see configure --help)
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# fi])
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#
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# # Find IDL. 9/23/99 jhrg
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#
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# AC_DEFUN([DODS_IDL], [dnl
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# AC_ARG_WITH(idl,
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# [ --with-idl=ARG Where is the IDL root directory],
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# IDL_ROOT=${withval}, IDL_ROOT="$IDL_ROOT")
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# AC_REQUIRE([AC_CANONICAL_HOST])
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#
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# AC_MSG_CHECKING(for the IDL root directory)
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# if test -z "$IDL_ROOT"
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# then
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# # Find IDL's root directory by looking at the exectuable and then
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# # finding where that symbolic link points.
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# # !!! Doesn't work if idl isn't a symbolic link - erd !!!
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# # I think that the following 'if' fixes the symbolic link problem.
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# # 05/02/03 jhrg
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# idl_loc=`which idl`
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# if echo `ls -l $idl_loc` | grep '.*->.*' > /dev/null 2>&1
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# then
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# idl_loc=`ls -l $idl_loc | sed 's/.*->[ ]*\(.*\)$/\1/'`
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# fi
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# IDL_ROOT=`echo $idl_loc | sed 's/\(.*\)\/bin.*/\1/'`
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# fi
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#
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# AC_MSG_RESULT($IDL_ROOT)
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# AC_SUBST(IDL_ROOT)
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#
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# # Now find where the IDL 5.2 or later sharable libraries live.
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# # NB: This won't work if libraries for several architecutures are
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# # installed for several machines.
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# AC_MSG_CHECKING(for the IDL sharable library directory)
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# # cd to the IDL root because it is likely a symbolic link and find
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# # won't normally follow symbolic links.
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# IDL_LIBS=`(cd $IDL_ROOT; find . -name 'libidl.so' -print)`
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# # Strip off the leading `.' (it's there because we ran find in the CWD)
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# # and the name of the library used to find the directory.
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# IDL_LIBS=`echo $IDL_LIBS | sed 's/\.\(.*\)\/libidl.so/\1/' | sed '1q'`
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# IDL_LIBS=${IDL_ROOT}${IDL_LIBS}
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# AC_MSG_RESULT($IDL_LIBS)
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# AC_SUBST(IDL_LIBS)])
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#
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#
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# # 5. Misc stuff
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# #---------------------------------------------------------------------------
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#
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# AC_DEFUN([DODS_DEBUG_OPTION], [dnl
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# AC_ARG_ENABLE(debug,
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# [ --enable-debug=ARG Program instrumentation (1,2)],
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# DEBUG=$enableval, DEBUG=no)
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#
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# case "$DEBUG" in
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# no)
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# ;;
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# 1)
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# AC_MSG_RESULT(Setting debugging to level 1)
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# AC_DEFINE(DODS_DEBUG)
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# ;;
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# 2)
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# AC_MSG_RESULT(Setting debugging to level 2)
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# AC_DEFINE(DODS_DEBUG, , [Set instrumentation to level 1 (see debug.h)])
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# AC_DEFINE(DODS_DEBUG2, , [Set instrumentation to level 2])
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# ;;
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# *)
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# AC_MSG_ERROR(Bad debug value)
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# ;;
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# esac])
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#
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AC_DEFUN([DODS_OS], [dnl
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AC_MSG_CHECKING(type of operating system)
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# I have removed the following test because some systems (e.g., SGI)
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# define OS in a way that breaks this code but that is close enough
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# to also be hard to detect. jhrg 3/23/97
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# if test -z "$OS"; then
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# fi
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OS=`uname -s | tr '[[A-Z]]' '[[a-z]]' | sed 's;/;;g'`
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if test -z "$OS"; then
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AC_MSG_WARN(OS unknown!)
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fi
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case $OS in
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aix)
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;;
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hp-ux)
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OS=hpux`uname -r | sed 's/[[A-Z.0]]*\([[0-9]]*\).*/\1/'`
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;;
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irix)
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OS=${OS}`uname -r | sed 's/\..*//'`
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;;
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# I added the following case because the `tr' command above *seems*
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# to fail on Irix 5. I can get it to run just fine from the shell,
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# but not in the configure script built using this macro. jhrg 8/27/97
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IRIX)
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OS=irix`uname -r | sed 's/\..*//'`
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;;
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osf*)
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;;
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sn*)
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OS=unicos
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;;
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sunos)
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OS_MAJOR=`uname -r | sed 's/\..*//'`
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OS=$OS$OS_MAJOR
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;;
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ultrix)
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case `uname -m` in
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VAX)
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OS=vax-ultrix
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;;
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esac
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;;
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*)
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# On at least one UNICOS system, 'uname -s' returned the
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# hostname (sigh).
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if uname -a | grep CRAY >/dev/null; then
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OS=unicos
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fi
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;;
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esac
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# Adjust OS for CRAY MPP environment.
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#
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case "$OS" in
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unicos)
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case "$CC$TARGET$CFLAGS" in
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*cray-t3*)
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OS=unicos-mpp
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;;
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esac
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;;
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esac
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AC_SUBST(OS)
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AC_MSG_RESULT($OS)])
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AC_DEFUN([DODS_MACHINE], [dnl
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AC_MSG_CHECKING(type of machine)
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if test -z "$MACHINE"; then
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MACHINE=`uname -m | tr '[[A-Z]]' '[[a-z]]'`
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case $OS in
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aix*)
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MACHINE=rs6000
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;;
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hp*)
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MACHINE=hp`echo $MACHINE | sed 's%/.*%%'`
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;;
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sunos*)
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case $MACHINE in
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sun4*)
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MACHINE=sun4
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;;
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esac
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;;
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irix*)
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case $MACHINE in
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|
ip2?)
|
|
MACHINE=sgi
|
|
;;
|
|
esac
|
|
;;
|
|
ultrix*)
|
|
case $MACHINE in
|
|
vax*)
|
|
case "$CC" in
|
|
/bin/cc*|cc*)
|
|
echo "changing C compiler to \`vcc' because \`cc' floating-point is broken"
|
|
CC=vcc
|
|
v ;;
|
|
esac
|
|
;;
|
|
esac
|
|
;;
|
|
|
|
esac
|
|
fi
|
|
|
|
AC_SUBST(MACHINE)
|
|
AC_MSG_RESULT($MACHINE)])
|
|
|
|
AC_DEFUN([DODS_CHECK_SIZES], [dnl
|
|
# Ignore the errors about AC_TRY_RUN missing an argument. jhrg 5/2/95
|
|
|
|
AC_REQUIRE([AC_PROG_CC])
|
|
|
|
AC_CHECK_SIZEOF(int)
|
|
AC_CHECK_SIZEOF(long)
|
|
AC_CHECK_SIZEOF(char)
|
|
AC_CHECK_SIZEOF(double)
|
|
AC_CHECK_SIZEOF(float)
|
|
|
|
# check for C99 types, headers and functions
|
|
AC_CHECK_HEADER([inttypes.h],[dap_inttypes_header=yes],,)
|
|
# DINT32 4
|
|
AC_CHECK_SIZEOF([int32_t])
|
|
# DUINT32
|
|
AC_CHECK_SIZEOF([uint32_t])
|
|
# DINT16 short
|
|
AC_CHECK_SIZEOF([int16_t])
|
|
# DUINT16 unsigned short
|
|
AC_CHECK_SIZEOF([uint16_t])
|
|
# DBYTE 1
|
|
AC_CHECK_SIZEOF([uint8_t])
|
|
if test x"$dap_inttypes_header" = x'yes' -a $ac_cv_sizeof_int32_t -eq 4 -a $ac_cv_sizeof_int16_t -eq 2 -a $ac_cv_sizeof_uint8_t -eq 1 -a $ac_cv_sizeof_double -eq 8; then
|
|
dap_use_c99_types=yes
|
|
fi
|
|
# Force dods to always be c99
|
|
# dap_use_c99_types=yes
|
|
AM_CONDITIONAL([USE_C99_TYPES],[test x"$dap_use_c99_types" = 'xyes'])
|
|
|
|
# I've separated the typedefs from the config.h header because other
|
|
# projects which use the DAP were getting conflicts with their includes,
|
|
# or the includes of still other libraries, and config.h. The
|
|
# config.h header is now included only by .cc and .c files and headers
|
|
# that need the typedefs use dods-datatypes.h.
|
|
# there are 2 possibilities for the definition of dods_int32, ...,
|
|
# types. First possibility is that the C99 types are used and
|
|
# dods-datatypes-static.h is copied. In that case the following
|
|
# definitions are not really useful. In case the C99 types are
|
|
# not available, dods-datatypes-config.h.in is used to generate
|
|
# dods-datatypes.h.
|
|
# The code below makes dods-datatypes-config.h stand on its own.
|
|
# 8/2/2000 jhrg
|
|
|
|
# DMH: Divide into two sets of tests: one for DODS and one for XDR
|
|
if test x"$dap_use_c99_types" = 'xyes'; then
|
|
DODS_INT32=int32_t
|
|
DODS_UINT32=uint32_t
|
|
DODS_INT16=int16_t
|
|
DODS_UINT16=uint16_t
|
|
DODS_BYTE=uint8_t
|
|
else
|
|
DODS_INT16=short
|
|
DODS_UINT16="unsigned short"
|
|
DODS_INT32=int
|
|
DODS_UINT32="unsigned int"
|
|
DODS_BYTE="unsigned char"
|
|
fi
|
|
DODS_FLOAT64=double
|
|
DODS_FLOAT32=float
|
|
|
|
# I'm using the three arg form of AC_DEFINE_UNQUOTED because autoheader
|
|
# needs the third argument (although I don't quite get the specifics...
|
|
# 2/15/2001 jhrg
|
|
AC_DEFINE_UNQUOTED(DINT32, $DODS_INT32, [int32])
|
|
AC_DEFINE_UNQUOTED(DUINT32, $DODS_UINT32, [uint32])
|
|
AC_DEFINE_UNQUOTED(DINT16, $DODS_INT16, [dint16])
|
|
AC_DEFINE_UNQUOTED(DUINT16, $DODS_UINT16, [uint16])
|
|
AC_DEFINE_UNQUOTED(DFLOAT64, $DODS_FLOAT64, [dfloat64])
|
|
AC_DEFINE_UNQUOTED(DFLOAT32, $DODS_FLOAT32, [dfloat32])
|
|
AC_DEFINE_UNQUOTED(DBYTE, $DODS_BYTE, [dbyte])
|
|
|
|
# XDR INTEGER TYPES
|
|
# Unfortunately, there is little commonality about xdr
|
|
|
|
# First, we need to see if the xdr routines are in libc, librpc,
|
|
# or librpcsvc or libnsl
|
|
dap_xdrlib=
|
|
AC_SEARCH_LIBS([xdr_void],[c rpc nsl rpcsvc],[
|
|
dap_xdrlib=`echo $ac_res|sed -e 's/^-l//'`],[
|
|
AC_MSG_WARN(Cannot locate library containing xdr functions.)])
|
|
if test "$dap_xdrlib" = "none required" ; then dap_xdrlib=c; fi
|
|
if test "$dap_xdrlib" != "c" ; then
|
|
# Add to library list
|
|
AC_CHECK_LIB($dap_xdrlib,xdr_void)
|
|
fi
|
|
# Now figure out what integer functions to use
|
|
dap_xdrint=0
|
|
AC_CHECK_LIB($dap_xdrlib,[xdr_uint32_t],[dap_xdrint=1],[
|
|
AC_CHECK_LIB($dap_xdrlib,[xdr_u_int32_t],[dap_xdrint=2],[
|
|
AC_CHECK_LIB($dap_xdrlib,[xdr_uint],[dap_xdrint=3],[
|
|
AC_CHECK_LIB($dap_xdrlib,[xdr_u_int],[dap_xdrint=4],[])])])])
|
|
case "$dap_xdrint" in
|
|
1) # uint32_t
|
|
XDR_INT32=xdr_int32_t
|
|
XDR_UINT32=xdr_uint32_t
|
|
XDR_INT16=xdr_int16_t
|
|
XDR_UINT16=xdr_uint16_t
|
|
;;
|
|
2) # u_int32_t
|
|
XDR_INT32=xdr_int32_t
|
|
XDR_UINT32=xdr_u_int32_t
|
|
XDR_INT16=xdr_int16_t
|
|
XDR_UINT16=xdr_u_int16_t
|
|
;;
|
|
3) # uint
|
|
XDR_INT32=xdr_int
|
|
XDR_UINT32=xdr_uint
|
|
XDR_INT16=xdr_short
|
|
XDR_UINT16=xdr_ushort
|
|
;;
|
|
4) # u_int
|
|
XDR_INT32=xdr_int
|
|
XDR_UINT32=xdr_u_int
|
|
XDR_INT16=xdr_short
|
|
XDR_UINT16=xdr_u_short
|
|
;;
|
|
*)
|
|
AC_MSG_ERROR(Cannot determine DODS XDR integer sizes)
|
|
;;
|
|
esac
|
|
XDR_FLOAT64=xdr_double
|
|
XDR_FLOAT32=xdr_float
|
|
|
|
AC_DEFINE_UNQUOTED([XDR_INT16], [$XDR_INT16], [xdr int16])
|
|
AC_DEFINE_UNQUOTED([XDR_UINT16], [$XDR_UINT16], [xdr uint16])
|
|
AC_DEFINE_UNQUOTED([XDR_INT32], [$XDR_INT32], [xdr int32])
|
|
AC_DEFINE_UNQUOTED([XDR_UINT32], [$XDR_UINT32], [xdr uint32])
|
|
AC_DEFINE_UNQUOTED([XDR_FLOAT64], [$XDR_FLOAT64], [xdr float64])
|
|
AC_DEFINE_UNQUOTED([XDR_FLOAT32], [$XDR_FLOAT32], [xdr float32])])
|