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author | William Joye <wjoye@cfa.harvard.edu> | 2019-05-10 19:01:49 (GMT) |
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committer | William Joye <wjoye@cfa.harvard.edu> | 2019-05-10 19:01:49 (GMT) |
commit | beb90b7d3f526440250bba67e5ab07bb7eb7bbc3 (patch) | |
tree | 8d0d428ac62291f834ea8927bfa82c115ff1689d /ast/aclocal.m4 | |
parent | a213dadabce2b2e02eca8376765fa425f01792f5 (diff) | |
download | blt-beb90b7d3f526440250bba67e5ab07bb7eb7bbc3.zip blt-beb90b7d3f526440250bba67e5ab07bb7eb7bbc3.tar.gz blt-beb90b7d3f526440250bba67e5ab07bb7eb7bbc3.tar.bz2 |
upgrade ast 8.7.1
Diffstat (limited to 'ast/aclocal.m4')
-rw-r--r-- | ast/aclocal.m4 | 11533 |
1 files changed, 0 insertions, 11533 deletions
diff --git a/ast/aclocal.m4 b/ast/aclocal.m4 deleted file mode 100644 index 4d239c8..0000000 --- a/ast/aclocal.m4 +++ /dev/null @@ -1,11533 +0,0 @@ -# generated automatically by aclocal 1.15.1-starlink -*- Autoconf -*- - -# Copyright (C) 1996-2017 Free Software Foundation, Inc. - -# This file is free software; the Free Software Foundation -# gives unlimited permission to copy and/or distribute it, -# with or without modifications, as long as this notice is preserved. - -# This program is distributed in the hope that it will be useful, -# but WITHOUT ANY WARRANTY, to the extent permitted by law; without -# even the implied warranty of MERCHANTABILITY or FITNESS FOR A -# PARTICULAR PURPOSE. - -m4_ifndef([AC_CONFIG_MACRO_DIRS], [m4_defun([_AM_CONFIG_MACRO_DIRS], [])m4_defun([AC_CONFIG_MACRO_DIRS], [_AM_CONFIG_MACRO_DIRS($@)])]) -m4_ifndef([AC_AUTOCONF_VERSION], - [m4_copy([m4_PACKAGE_VERSION], [AC_AUTOCONF_VERSION])])dnl -m4_if(m4_defn([AC_AUTOCONF_VERSION]), [2.69],, -[m4_warning([this file was generated for autoconf 2.69. -You have another version of autoconf. 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See [STAR_LATEX_DOCUMENTATION]. -# STAR_DOCUMENTATION is a list of document codes, -STAR_DOCUMENTATION= -AC_SUBST([STAR_DOCUMENTATION]) - -# Create a PACKAGE_VERSION_INTEGER variable, which contains the -# package's version number as an integer major*1e6+minor*1e3+release. -eval [`echo $VERSION | sed -e 's/\([0-9]*\)[^0-9]*\([0-9]*\)[^0-9]*\([0-9]*\).*/PACKAGE_VERSION_MAJOR=\1; PACKAGE_VERSION_MINOR=\2; PACKAGE_VERSION_RELEASE=\3;/'`] -test -n "$PACKAGE_VERSION_MAJOR" || PACKAGE_VERSION_MAJOR=0 -test -n "$PACKAGE_VERSION_MINOR" || PACKAGE_VERSION_MINOR=0 -test -n "$PACKAGE_VERSION_RELEASE" || PACKAGE_VERSION_RELEASE=0 -PACKAGE_VERSION_INTEGER=`expr $PACKAGE_VERSION_MAJOR \* 1000000 + $PACKAGE_VERSION_MINOR \* 1000 + $PACKAGE_VERSION_RELEASE` -AC_SUBST(PACKAGE_VERSION_MAJOR) -AC_SUBST(PACKAGE_VERSION_MINOR) -AC_SUBST(PACKAGE_VERSION_RELEASE) -AC_SUBST(PACKAGE_VERSION_INTEGER) -dnl Don't put this into config.h -- subst a .h file if required. -dnl May change this in future -dnl AC_DEFINE_UNQUOTED([PACKAGE_VERSION_INTEGER], $PACKAGE_VERSION_INTEGER, -dnl [Integer version number, in the form major*1e6+minor*1e3+release]) - -# When we do dependency checking, using the dependencies declared in -# the package's configure.ac, we do so by looking at what tools have -# already been installed in the Starlink tree. The tree in question -# is to be found under $STARLINK (see above), so we check that a -# package is installed by checking that its manifest can be found in -# $STARLINK/manifests. We don't AC_SUBST this. -current_MANIFESTS=$STARLINK/manifests - -# When we install manifests, however, they should go in the -# installation directory. Allow this to be defaulted from the environment. -# In particular, if it is set to null in the environment, this will -# suppress the installation of manifests. -: ${STAR_MANIFEST_DIR='$(prefix)/manifests'} -AC_SUBST(STAR_MANIFEST_DIR) - -# Each package updates the "starlink.version" file installed into the -# manifests directory. This tracks the last git sha1 checkin for -# the current code state by running the git show on the HEAD. -# Define GIT as the program to run, but allow it to be overridden -# (most likely by ":" to avoid the overhead). -# Also requires that STAR_SOURCE_ROOT_DIR is defined to locate the -# head of the source tree. -: ${GIT='git'} -if test "${GIT}" = "git"; then - AC_PATH_PROG(GIT, git) -fi -AC_SUBST(GIT) - -: ${STAR_SOURCE_ROOT_DIR=''} -AC_SUBST(STAR_SOURCE_ROOT_DIR) - -# Although PACKAGE_VERSION is a default output variable, it isn't -# added as a Makefile variable by default. We need it below, however, -# so add it now. -AC_SUBST(PACKAGE_VERSION) - -# Initialise state of predist/postdist flags (see STAR_PREDIST_SOURCES). -# The value of _star_predist_status must be inherited by any -# ./configure run in a subdirectory, so that we there avoid the predist -# test of starconf.status: in a pre-distribution state, this file must -# be present in the component directory (where we are running -# ./configure), but must not be present in any subdirectory. -_star_predist_status=unknown -PREDIST='#' # safe default -AC_SUBST(PREDIST) - -# pax and/or tar are used in some install targets. -# Note: value-if-not-found should be blank, so this can be tested for. -AC_PATH_PROG(PAX, pax) -AC_PATH_PROGS(TAR, [gnutar tar]) - -ALL_TARGET=all-am-normal - -# Default $prefix. This is done by the standard autoconf configure, but at -# a slightly later stage than this. Doing it here, as part of STAR_[]DEFAULTS -# means that the defaulted value of $prefix can be used within the body of -# the configure.ac, for example to pass it to a ./configure in a subdirectory. -test "x$prefix" = xNONE && prefix=$ac_default_prefix -# Let make expand exec_prefix. -test "x$exec_prefix" = xNONE && exec_prefix='${prefix}' -])# STAR_DEFAULTS - - - -# STAR_MESSGEN([msgfile-list]) -# ---------------------------- -# -# Handle generating message, error, and facility files. -# -# Declare that we will need to use the messgen utility. This macro -# does not by itself cause the messgen rules to be included in the -# makefile -- that is done by automake, when it sees a -# 'include_MESSAGES' or 'noinst_MESSAGES' variable. -# -# The optional argument is a space-separated list of files, each of -# which has a set of message declarations in it, in the format -# prescribed by the messgen utility. If this is present, then the -# named files are declared as pre-distribution files (the macro calls -# STAR_PREDIST_SOURCES on them), and so the resulting configure script -# should expect not to find them in an unpacked distribution. This is -# useful as documentation or as a shortcut for calling the latter -# macro, but recall that it is the presence of the automake -# 'include_MESSAGES' variable which does the work. -# -# The macro may be called more than once if you have more than one -# .msg file in the directory. -# -# The files listed in the '_MESSAGES' variable will often have to be -# declared as `BUILT_SOURCES'. -# -# The macro also implicitly declares a `sourceset' dependency on the -# messgen package. -AC_DEFUN([STAR_MESSGEN], - [# - $_star_docs_only && - AC_MSG_ERROR([STAR[]_MESSGEN in docs-only directory]) - STAR_DECLARE_DEPENDENCIES([sourceset], [messgen]) - m4_ifval([$1], [STAR_PREDIST_SOURCES($1)]) - STAR_CHECK_PROGS(messgen) -])# STAR_MESSGEN - - -# STAR_PREDIST_SOURCES(source-files) -# ---------------------------------- -# -# Give a (space-separated) list of files which should exist only in -# the pre-distribution (ie, repository checkout) state. If one of -# these is found, then the substitution variable PREDIST is set to a -# blank. We should find either all of the marker files or none of -# them; if only some of the marker files are found, this is probably -# an error of some type, so warn about it. This means, by the way, -# that it is the presence or absence of the first marker file which -# determines whether we are in the predist or postdist state, with the -# rest providing consistency checks. -# -# The macro may be called more than once. Multiple calls are -# equivalent to a single call with all the marker files in the list. -# Automake checks that the files listed here are not in the list of -# distributed files, and issues a warning if they are. -AC_DEFUN([STAR_PREDIST_SOURCES], -[m4_ifval([$1], [], [AC_FATAL([$0: called with no stamp file])])dnl -_star_tmp='$1' -for marker in $_star_tmp -do - if test -f $marker; then - _star_predist_marker_present=: - AC_MSG_NOTICE([found predist marker file $marker]) - else - _star_predist_marker_present=false - fi - case $_star_predist_status in - unknown) - if $_star_predist_marker_present; then - # we do want to build sourceset files - _star_predist_status=predist - PREDIST= - AC_MSG_NOTICE([in pre-distribution state]) - else - _star_predist_status=postdist - PREDIST='#' - AC_MSG_NOTICE([in post-distribution state]) - fi - ;; - predist) - if $_star_predist_marker_present; then - : OK - else - AC_MSG_WARN([Building predist, but marker file $marker is not present]) - fi - ;; - postdist) - if $_star_predist_marker_present; then - AC_MSG_WARN([In postdistribution state, but predist marker file $marker is present]) - fi - ;; - *) - AC_MSG_ERROR([impossible predist status $_star_predist_status]) - ;; - esac -done -])# STAR_PREDIST_SOURCES - - -# STAR_CNF_COMPATIBLE_SYMBOLS -# --------------------------- -# -# Work out what is required to have the Fortran compiler produce -# library symbols which are compatible with those expected by the CNF -# package. If you are building a library in which C code refers to -# Fortran libraries, then you should call this macro, which possibly -# adjusts the AM_FCFLAGS variable. That is, if you include cnf.h, you -# should have this macro in the configure.ac. -# -# This macro deals with the following issue. The cnf.h header -# includes a macro F77_EXTERNAL_NAME which mangles a C name into the -# corresponding name the Fortran compiler would generate; this -# generally means no more than appending a single underscore. As the -# autoconf documentation for AC_FC_WRAPPERS points out, this is less -# general than it could be, as some Fortrans fold symbols to -# uppercase, and some (in particular g77) add two underscores to -# symbols which already contain one (thus mangling 'ab' to 'ab_', but -# 'a_b' to 'a_b__'). This behaviour would break the F77_EXTERNAL_NAME -# macro, which is used throughout the Starlink code in both cases, -# unless we compiled all the Starlink Fortran libraries in a mode which -# suppressed this second underscore. Working out how to do that -- -# if it's necessary at all -- is what this macro does. -# -# The more restricted interface of F77_EXTERNAL_NAME is, by the way, -# the reason why we cannot simply copy the FC_FUNC definition to the -# cnf.h file as F77_EXTERNAL_NAME: the latter macro is used for -# symbols both with and without an underscore. -# -# If we ever have to migrate the Starlink software to a Fortran which -# does more complicated name mangling, we'll almost certainly have to -# perform more serious surgery on cnf.h, using the results of -# AC_FC_WRAPPERS, along with similar surgery on the code which invokes -# it. -# -# This macro is designed to work with CNF, however it does _not_ -# require the cnf.h headers to be installed, because it should remain -# callable at configuration time before _anything_ has been installed. -# In the test code below, we therefore emulate the definition of -# F77_EXTERNAL_NAME in cnf.h, which appends a single underscore. -# to the end of C symbols. -# -AC_DEFUN([STAR_CNF_COMPATIBLE_SYMBOLS], - [$_star_docs_only && - AC_MSG_ERROR([STAR[]_CNF_COMPATIBLE_SYMBOLS in docs-only dir]) - AC_CACHE_CHECK([how to make Fortran and C play nicely], - [star_cv_cnf_compatible_symbols], - [dnl AC_REQUIRE([AC_PROG_FC])dnl - dnl AC_REQUIRE([AC_PROG_CC])dnl - AC_LANG_PUSH([C]) - AC_LANG_CONFTEST([AC_LANG_SOURCE([ -void funcone_() { return; } -void func_two_() { return; } -])]) - if (eval $ac_compile) 2>&5 - then - mv conftest.$ac_objext c-conftest.$ac_objext - else - AC_MSG_ERROR([cannot compile a C program!]) - fi - AC_LANG_POP(C) - AC_LANG_PUSH([Fortran]) - AC_LANG_CONFTEST([AC_LANG_SOURCE([ - PROGRAM conftest - CALL funcone - CALL func_two - END -])]) - star_cv_cnf_compatible_symbols=cantlink - # The only Fortran we (need to) handle at present is - # g77, which has a -fno-second-underscore option for - # simplifying the mangling here. Other Fortrans we've - # used do only the single-underscore mangling. - for opt in "" "-fno-second-underscore" - do - if $FC $FCFLAGS $opt -o conftest conftest.f c-conftest.$ac_objext 2>&5 - then - star_cv_cnf_compatible_symbols=$opt - break - fi - done - AC_LANG_POP([Fortran]) - rm -f conftest* c-conftest* -]) - if test "$star_cv_cnf_compatible_symbols" = cantlink - then - AC_MSG_ERROR([cannot work out how]) - else - STAR_FCFLAGS="$STAR_FCFLAGS $star_cv_cnf_compatible_symbols" - STAR_FFLAGS="$STAR_FFLAGS $star_cv_cnf_compatible_symbols" - fi -])# STAR_CNF_COMPATIBLE_SYMBOLS - - -# STAR_CNF_F2C_COMPATIBLE -# ----------------------- -# -# Work out if the compiler is using 'f2c' compatible calling conventions. -# -# The `f2c' calling conventions, used by GNU Fortran compilers, require -# functions that return type REAL to actually return the C type 'double' -# (there is also special handling of COMPLEX returns, but that's not supported -# by CNF). When operating in 'non-f2c' mode such functions return the expected -# C type 'float'. -# -# The effect of this macro is subsitute the variable REAL_FUNCTION_TYPE -# to either float or double as required. -# -# This function is not infallable and will usually return float for GNU -# compilers, as the calling convention seems to not matter on 32-bit platforms -# for the test in use. A stronger test would be to attempt calling a intrinsic -# function, which is supposed to fail. Non-GNU compilers should always -# return float. However, this test is used as it is all that is required. -# -AC_DEFUN([STAR_CNF_F2C_COMPATIBLE], - [$_star_docs_only && - AC_MSG_ERROR([STAR[]_CNF_F2C_SYMBOLS in docs-only dir]) - AC_CACHE_CHECK([if $FC is in strict f2c compatible mode], - [star_cv_cnf_f2c_compatible], - [AC_REQUIRE([AC_PROG_FC])dnl - if test "$ac_cv_fc_compiler_gnu" = yes; then - AC_REQUIRE([AC_PROG_CC])dnl - AC_LANG_PUSH([C]) - AC_LANG_CONFTEST([AC_LANG_SOURCE([ -float fred_() { - return 1.0f; -} -])]) - if (eval $ac_compile) 2>&5 - then - mv conftest.$ac_objext c-conftest.$ac_objext - else - AC_MSG_ERROR([cannot compile a C function!]) - fi - AC_LANG_POP(C) - AC_LANG_PUSH([Fortran]) - AC_LANG_CONFTEST([AC_LANG_SOURCE([ - PROGRAM F2CTEST - REAL FRED - REAL R - R = FRED() - IF ( R .NE. 0.0 ) THEN - WRITE(*,*) 'no' - ELSE - WRITE(*,*) 'yes' - ENDIF - END -])]) - star_cv_cnf_f2c_compatible=yes - $FC $FCFLAGS $opt -o conftest conftest.f c-conftest.$ac_objext 2>&5 - if test -r conftest - then - star_cv_cnf_f2c_compatible=`eval ./conftest | sed 's/\ //g'` > /dev/null - else - AC_MSG_ERROR([failed to link program]) - fi - AC_LANG_POP([Fortran]) - rm -f conftest* c-conftest* - else - # Not a GNU compiler. - star_cv_cnf_f2c_compatible=no - fi -]) - if test "$star_cv_cnf_f2c_compatible" = "yes" - then - AC_SUBST(REAL_FUNCTION_TYPE, double) - else - AC_SUBST(REAL_FUNCTION_TYPE, float) - fi -])# STAR_CNF_F2C_COMPATIBLE - -# STAR_CNF_BLANK_COMMON -# --------------------- -# Define the global symbol used to access the Fortran blank common block. -# Usually under UNIX this is _BLNK__, but gfortran uses __BLNK__, so we -# need to check for that. Gfortran is just detected by being a GNU compiler -# and having "Fortran (GCC) 4.x[x].x[x]" as part of its --version output. -# -# The effect of this macro is to substitute BLANK_COMMON_SYMBOL with -# the expected value. -# -AC_DEFUN([STAR_CNF_BLANK_COMMON], - [AC_CACHE_CHECK([symbol used for blank common in Fortran], - [star_cv_blank_common_symbol], - [AC_REQUIRE([AC_PROG_FC]) - star_cv_blank_common_symbol=_BLNK__ - if test "$ac_cv_fc_compiler_gnu" = yes; then - if "$FC" --version 2>&1 < /dev/null | grep 'GNU Fortran.*[[4-9]]\.[[0-9]][[0-9]]*\.[[0-9]][[0-9]]*' > /dev/null; then - star_cv_blank_common_symbol=__BLNK__ - fi - fi]) - AC_SUBST([BLANK_COMMON_SYMBOL], $star_cv_blank_common_symbol ) -])# STAR_CNF_BLANK_COMMON - -# STAR_PRM_COMPATIBLE_SYMBOLS -# --------------------------- -# -# See if any special flags are required to support PRM and the use of the -# PRM_PAR constants. If a typeless BOZ descriptor is available (usually 'X) -# then this macro will have no effect, however, if there's no typeless BOZ -# support any special Fortran compiler flags that are required when using -# PRM_PAR will be defined as part of the STAR_FCFLAGS and STAR_FFLAGS -# variables. -# -# In fact this macro is only currently used for the gfortran and Solaris f95 -# compilers. Gfortran has no typeless BOZ support, so requires that the -# -fno-range-check flag is set so that assigments to integers can silently -# overflow (BOZ constants are replaced with their plain integer and floating -# point equivalents). The Solaris f95 compiler doesn't allow assignments to -# LOGICAL parameters, so we need to use the -f77 flag. -# -# In general this macro should be used by all packages that include PRM_PAR, -# all monoliths are assumed to use this by default. -# -AC_DEFUN([STAR_PRM_COMPATIBLE_SYMBOLS], - [$_star_docs_only && - AC_MSG_ERROR([STAR[]_PRM_COMPATIBLE_SYMBOLS in docs-only dir]) - AC_CACHE_CHECK([how to make compiler accept PRM constants], - [star_cv_prm_compatible_symbols], - [star_cv_prm_compatible_symbols="nocheck" - AC_MSG_NOTICE([ ]) - AC_FC_HAVE_TYPELESS_BOZ 2>&5 - if test $ac_cv_fc_have_typeless_boz = no; then - AC_FC_HAVE_OLD_TYPELESS_BOZ 2>&5 - if test $ac_cv_fc_have_old_typeless_boz = no; then - # Test if -f77 works. Note need to clear the cached variables - # for these tests. - unset ac_cv_fc_have_typeless_boz - unset ac_cv_fc_have_old_typeless_boz - old_FCFLAGS="$FCFLAGS" - FCFLAGS="-f77 $FCFLAGS" - AC_FC_HAVE_TYPELESS_BOZ 2>&5 - if test $ac_cv_fc_have_typeless_boz = no; then - AC_FC_HAVE_OLD_TYPELESS_BOZ 2>&5 - if test $ac_cv_fc_have_old_typeless_boz = no; then - star_cv_prm_compatible_symbols="nocheck" - else - star_cv_prm_compatible_symbols="-f77" - fi - else - star_cv_prm_compatible_symbols="-f77" - fi - FCFLAGS="$old_FCFLAGS" - if test "$star_cv_prm_compatible_symbols" = "nocheck"; then - # Test if "-fno-range-check" works. - AC_REQUIRE([AC_PROG_FC])dnl - AC_LANG_PUSH([Fortran]) - AC_LANG_CONFTEST([AC_LANG_SOURCE([ - PROGRAM conftest - INTEGER*2 VAL__BADUW - PARAMETER ( VAL__BADUW = 65535 ) - BYTE VAL__BADUB - PARAMETER ( VAL__BADUB = 255 ) - END -])]) - if $FC -c $FCFLAGS -fno-range-check -o conftest conftest.f 2>&5 - then - star_cv_prm_compatible_symbols="-fno-range-check" - fi - AC_LANG_POP([Fortran]) - rm -f conftest.f - fi - else - star_cv_prm_compatible_symbols="" - fi - else - star_cv_prm_compatible_symbols="" - fi]) - if test "$star_cv_prm_compatible_symbols" = "nocheck"; then - AC_MSG_ERROR([cannot work out how]) - else - STAR_FCFLAGS="$STAR_FCFLAGS $star_cv_prm_compatible_symbols" - STAR_FFLAGS="$STAR_FFLAGS $star_cv_prm_compatible_symbols" - fi -])# STAR_PRM_COMPATIBLE_SYMBOLS - -# STAR_CNF_TRAIL_TYPE -# ------------------- -# -# Work out what type to use for the trailing lengths of character strings -# passed from Fortran to C. See the "TRAIL" descriptions in SUN/209. -# -# For most compilers the maximum length of a string is limited to a 32bit -# unsigned int, but for others, this can be a 64bit unsigned long. Currently -# the only compilers with 64bit strings are 64bit Intel fortran and -# Solaris studio12 with -m64. -# -# The test is only performed for 64bit compilers, all others are assumed -# to use 32bit lengths. Various attempts to trap this issue permanently -# using a test program have failed (especially for the Intel compiler), so the -# actual test is to check for a known 64 bit compiler first and then try a -# program that has had some success. Note no GNU compilers seem to have this -# problem so they are never tested. -# -# The side-effect of this macro is to substitute TRAIL_TYPE with -# the derived value and define TRAIL_TYPE. See "f77.h" in CNF. -# -AC_DEFUN([STAR_CNF_TRAIL_TYPE], - [AC_CHECK_SIZEOF(void*)dnl - AC_FC_HAVE_PERCENTLOC dnl - AC_CACHE_CHECK([type used for Fortran string lengths], - [star_cv_cnf_trail_type], - [if test "$ac_cv_sizeof_voidp" = 8 -a "$ac_cv_fc_compiler_gnu" = no; then - if "$FC" -V 2>&1 < /dev/null | grep 'Intel.*64' > /dev/null; then - star_cv_cnf_trail_type=long - elif "$FC" -V 2>&1 < /dev/null | grep 'Sun.*Fortran' > /dev/null; then - star_cv_cnf_trail_type=long - else - AC_REQUIRE([AC_PROG_FC])dnl - AC_LANG_PUSH([Fortran]) - if test "$ac_cv_fc_have_percentloc" = yes; then - FORTRAN_GETLOC='%loc' - else - FORTRAN_GETLOC='loc' - fi - AC_LANG_CONFTEST([AC_LANG_SOURCE([ - program conftest - -C checks passing 4 byte character string lengths on 64bit compiler. - - integer*8 ip1, ip2 - integer*4 l1, l2 - integer dummy1, dummy2 - real dummy3, dummy4 - double precision dummy5, dummy6 - - character str1*(1024) - character str2*(2048) - - ip1 = $FORTRAN_GETLOC (str1) - ip2 = $FORTRAN_GETLOC (str2) - - l1 = 1024 - l2 = 2048 - - call report( dummy1, dummy2, %val(ip1), dummy3, dummy4, - : %val(ip2), dummy5, dummy6, - : %val(l1), %val(l2) ) - - end - - subroutine report( dummy1, dummy2, str1, dummy3, dummy4, - : str2, dummy5, dummy6 ) - integer dummy1, dummy2 - real dummy3, dummy4 - double precision dummy5, dummy6 - - character*(*) str1 - character*(*) str2 - - if ( [len(str1)] .eq. 1024 .and. [len(str2)] .eq. 2048 ) then - print *, 'int' - else - print *, 'long' - endif - end -])]) - star_cv_cnf_trail_type=int - $FC $FCFLAGS $opt -o conftest conftest.f 2>&5 - if test -r conftest - then - star_cv_cnf_trail_type=`eval ./conftest | sed 's/\ //g'` > /dev/null - else - AC_MSG_ERROR([failed to link program]) - fi - rm -f conftest* - AC_LANG_POP([Fortran]) - fi - else -dnl sizeof(void *) != 8 or GNU so no problems. - star_cv_cnf_trail_type=int - fi -]) - AC_SUBST([TRAIL_TYPE], $star_cv_cnf_trail_type ) - AC_DEFINE_UNQUOTED([TRAIL_TYPE], $star_cv_cnf_trail_type, - [Type of Fortran CNF TRAIL argument] ) -])# STAR_CNF_TRAIL_TYPE - -# STAR_PATH_TCLTK([minversion=0], [options='']) -# --------------------------------------------- -# -# Finds a tclsh and wish, and the associated libraries. Sets output variable -# TCL_CFLAGS to the C compiler flags necessary to compile with Tcl, TCL_LIBS -# to the required library flags, and TCLSH to the full path of the tclsh -# executable, TCL_PREFIX to the installation root and TCL_LD_SEARCH_FLAGS -# to the default search path for loading the shareable library; if Tk is -# requested, it similarly sets TK_CFLAGS, TK_LIBS and WISH. Define the -# cpp variable TCL_MISSING to 1 if Tcl is not available. Similar to -# macro AC_PATH_XTRA. -# -# If argument MINVERSION is present, it specifies the minimum Tcl/Tk -# version number required. -# -# The macro searches first in the path, and -# then in a selection of platform-specific standard locations. The -# configure option --with-tcl allows you to provide a path to a tclsh -# binary, which is put at the head of the list of locations to search. -# Option --without-tcl suppresses the search, and results in no -# variables being substituted. -# -# If the argument OPTIONS is present, it is a space-separated list of -# the words 'tk' or 'itcl'. If one or both of these is present, then -# the macro will find a Tcl location which also has Tk or itcl -# installed (note that the itcl test doesn't do anything at present). -AC_DEFUN([STAR_PATH_TCLTK], - [_star_use_tcl=: - AC_ARG_WITH([tcl], - AS_HELP_STRING([--with-tcl], - [give path to tclsh (dir which contains binary)]), - [if test "X$withval" = Xno; then - _star_use_tcl=false - elif test "X$withval" = Xyes; then - _star_use_tcl=: - else - _star_use_tcl=: - _star_try_tcldir=$withval - fi]) - if $_star_use_tcl; then - _star_searchfor=Tcl - if expr "x m4_ifval([$2], [$2], []) " : 'x.* tk ' >/dev/null; then - search_tk=: - _star_searchfor="$_star_searchfor/Tk" - else - search_tk=false - fi - if expr "x m4_ifval([$2], [$2], []) " : 'x.* itcl ' >/dev/null; then - search_itcl=: - _star_searchfor="$_star_searchfor/itcl" - echo "Searching for itcl does nothing so far!" - else - search_itcl=false - fi - AC_MSG_CHECKING([where to find $_star_searchfor m4_ifval([$1], [$1+], [(any version)])]) - AC_CACHE_VAL([star_cv_settcldir], - [star_cv_settcldir=unknown - reqversint=`echo m4_ifval([$1], [$1], 0.0)-0-0 | [sed 's/\([0-9]*\)[^0-9]*\([0-9]*\)[^0-9]*\([0-9]*\).*/10000 \1* 100 \2*+ \3+p/']|dc` - tclsources=`echo $PATH | sed "s/$PATH_SEPARATOR/ /g"` - stdsources=' -dnl Search in /usr and /usr/local at least -/usr/bin -/usr/local/bin -dnl /opt/local and /sw are the default installation locations for OpenDarwin -dnl and Fink on OSX -/opt/local/bin -/sw/bin' - for d in $_star_try_tcldir $STARCONF_DEFAULT_STARLINK/bin $tclsources $stdsources - do - locok=: - if test -d $d; then - tcldir=`cd $d/..; pwd` - test -f $d/tclsh -a -f $tcldir/include/tcl.h || locok=false - else - locok=false - fi - if $locok && $search_tk; then - test -f $d/wish -a -f $tcldir/include/tk.h || locok=false - fi - if $locok && $search_itcl; then - test -f $tcldir/lib/libitcl.aXXX || locok=false - fi - if $locok; then - if test ! -f $tcldir/lib/tclConfig.sh; then - echo "$tcldir/lib/tclConfig.sh unexpectedly missing" - break - fi - if $search_tk && test ! -f $tcldir/lib/tkConfig.sh; then - echo "$tcldir/lib/tkConfig.sh unexpectedly missing" - break - fi - rm -f conftest.results - # Run in a subshell, to isolate settings in tclConfig.sh - # Send output to conftest.results, and return - # 0 if all is ok - ( - . $tcldir/lib/tclConfig.sh - if $search_tk; then - . $tcldir/lib/tkConfig.sh - fi - tclversint=`[echo $TCL_VERSION$TCL_PATCH_LEVEL-0-0 | sed 's/\([0-9]*\)[^0-9]*\([0-9]*\)[^0-9]*\([0-9]*\).*/10000 \1* 100 \2*+ \3+p/'|dc]` - if test $tclversint -gt $reqversint; then - # New enough version. - - # Dereference the tclsh and wish links -- the "->" _is_ standard, - # mandated by POSIX. - lslink=`ls -l $tcldir/bin/tclsh` - tclsh_loc=`expr "x$lslink" : "x.*-> *\(.*\)"` - if test -n "$tclsh_loc" -a -x "$tclsh_loc"; then - : OK - elif test -x "$tcldir/bin/tclsh"; then - # Odd: either .../bin/tclsh isn't a link, or it doesn't point to an - # executable. But .../bin/tclsh is OK, so use that. - tclsh_loc="$tcldir/bin/tclsh" - else - # This really shouldn't happen, since we checked above that - # $d/tclsh was executable. Still, it clearly has happened, - # so don't go mad. - echo "Warning: found Tcl libraries, but not tclsh!" >&2 - tclsh_loc= - fi - - res="_star_tcldir=$tcldir;" - - # Make the TCL version number available. - res="$res TCL_VERSION=\"$TCL_VERSION\";" - - # Export the TCL_PREFIX value. - res="$res TCL_PREFIX=\"$TCL_PREFIX\";" - - # Export the TCL_LD_SEARCH_FLAGS value (need LIB_RUNTIME_DIR - # which is part of the symbol). - res="$res LIB_RUNTIME_DIR=\"$TCL_PREFIX/lib\";" - res="$res TCL_LD_SEARCH_FLAGS=\"$TCL_LD_SEARCH_FLAGS\";" - - # These envs include $TCL_DBGX -- expand this out. - eval "I=\"$TCL_INCLUDE_SPEC\"; L=\"$TCL_LIB_SPEC\"" - res="$res TCL_CFLAGS=\"$I\"; TCL_LIBS=\"$L\"; TCLSH=\"$tclsh_loc\";" - - if $search_tk; then - # Same for wish - lslink=`ls -l $tcldir/bin/wish` - wish_loc=`expr "x$lslink" : "x.*-> *\(.*\)"` - if test -n "$wish_loc" -a -x "$wish_loc"; then - : OK - elif test -x "$tcldir/bin/wish"; then - wish_loc="$tcldir/bin/wish" - else - echo "Warning: found Tk libraries, but not wish!" >&2 - wish_loc= - fi - # These envs potentially include $TK_DBGX -- expand this out. - eval "I=\"$TK_XINCLUDES\"; L=\"$TK_LIB_SPEC\"" - res="$res TK_CFLAGS=\"$I\"; TK_LIBS=\"$L\"; WISH=\"$wish_loc\";" - fi - - # similarly for $search_itcl - - echo $res >conftest.results - status=0 - else - msg="$tcldir: found Tcl-$TCL_VERSION$TCL_PATCH_LEVEL" - if $search_tk; then - msg="$msg, Tk-$TK_VERSION$TK_PATCH_LEVEL" - fi - echo "$msg: older than required" >&2 - status=1 - fi - exit $status - ) - teststat=$? - if test $teststat = 0; then - star_cv_settcldir=`cat conftest.results` - fi - if test "$star_cv_settcldir" != unknown; then - break - fi - fi # $locok - done]) - - if test "$star_cv_settcldir" = unknown; then - AC_MSG_RESULT(unknown) - else - eval $star_cv_settcldir - AC_MSG_RESULT($_star_tcldir) - fi - else # $_star_use_tcl - AC_MSG_WARN(Compiling without Tcl/Tk) - fi # $_star_use_tcl - - if $_star_use_tcl && test "$star_cv_settcldir" != unknown; then - : - else - AC_DEFINE(TCL_MISSING, 1, - [Define to 1 if no Tcl/Tk libraries can be found]) - fi - - AC_SUBST(TCL_VERSION) - - AC_SUBST(TCL_PREFIX) - - AC_SUBST(TCL_LD_SEARCH_FLAGS) - AC_SUBST(TCL_CFLAGS) - AC_SUBST(TCL_LIBS) - AC_SUBST(TCLSH) - - AC_SUBST(TK_CFLAGS) - AC_SUBST(TK_LIBS) - AC_SUBST(WISH) - - # add itcl variables here - -])# STAR_PATH_TCLTK - - -# STAR_LATEX_DOCUMENTATION(documentcode, [targets]) -# ------------------------------------------------- -# Generate the standard makefile targets to handle LaTeX documentation -# source. The parameter documentcode should be something like -# `sun123' -- it should not include any .tex extension. -# -# The second, optional, argument gives an explicit list of the targets -# which are build. If this is _not_ specified, then a standard list -# is used (.tex, .ps and .tar_htx) and corresponding rules added to -# the generated makefile. If it is specified, it must be non-null, -# and its value is a list of files which are to be added to the -# distribution, and no extra Makefile rules are added. Thus if users need -# anything complicated done, they should use this second argument and -# provide rules for satisfying the given targets. -# -# In the latter case, the .tex -> htx_tar rule is still emitted, so -# you can use it, but it requires the substitution variable -# @STAR[]2HTML@, and so if you _do_ use it, you will have to make that -# available, either through [STAR_CHECK_PROGS(star2html)] or otherwise. -AC_DEFUN([STAR_LATEX_DOCUMENTATION], - [m4_ifval([$1], [], [AC_FATAL([$0: called with no documentcode])])dnl - m4_if(m4_bregexp([$1], [^ *\([a-z][a-z]*[0-9]*/? *\)*$]), - [0], - [], - [AC_FATAL([$0: bad doccode in $1 -- must be eg sun123 or sun123/])]) - STAR_DOCUMENTATION="$STAR_DOCUMENTATION m4_bpatsubst([$1],[/])" - m4_ifval([$2], - [dnl non-empty second argument -- just add to variable - m4_if(m4_bregexp([$1], [/]), -1, - [], - [AC_FATAL([$0: do not mix non-null second argument and .../ syntax])]) - if $_star_build_docs; then - STAR@&t@_LATEX_DOCUMENTATION="$2" - fi - ], - [dnl second arg empty -- use defaults - if $_star_build_docs; then - AC_FOREACH([DocCode], [$1], - [m4_if(m4_bregexp(DocCode,[/]), -1, - [STAR@&t@_LATEX_DOCUMENTATION="$STAR@&t@_LATEX_DOCUMENTATION DocCode.tex DocCode.pdf DocCode.htx_tar" -], - [m4_define([_T], m4_bpatsubst(DocCode,[/]))dnl - STAR_LATEX_DOCUMENTATION_[]_STAR_UPCASE(_T)="_T.tex _T.pdf _T.htx_tar" - AC_SUBST(STAR_LATEX_DOCUMENTATION_[]_STAR_UPCASE(_T))])]) - fi - STAR_DECLARE_DEPENDENCIES([sourceset], [star2html]) - STAR_CHECK_PROGS([star2html]) - ]) - if $_star_build_docs; then - : ${LATEX2DVI='$$LATEX "\\batchmode\\input $$[]1" && $$LATEX "\\batchmode\\input $$[]1"'} - AC_SUBST(LATEX2DVI) - else - AC_MSG_WARN([not installing docs $1]) - fi - AC_SUBST([STAR@&t@_LATEX_DOCUMENTATION])dnl -])# STAR_LATEX_DOCUMENTATION - -# STAR_XML_DOCUMENTATION(documentcode, [targets]) -# ----------------------------------------------- -# Generate the standard makefile targets to handle XML documentation -# source. The parameter documentcode should be something like -# `sun123' -- it should not include any .xml extension. For each of the -# documentcodes which does not end with a slash, append -# <documentcode>.{texml_tar,htx_tar,ps} to STAR_XML_DOCUMENTATION; -# for each which does end with a slash, define instead the -# variable STAR_XML_DOCUMENTATION_<documentcode>. In either case, -# append the documentcode to STAR_DOCUMENTATION -# -# The second, optional, argument gives an explicit list of the targets -# which are build. If this is _not_ specified, then a standard list -# is used (.texml_tar, .ps and .htx_tar) and corresponding rules added to -# the generated makefile. If it is specified, it must be non-null, -# and its value is a list of files which are to be added to the -# distribution, and no extra Makefile rules are added. Thus if users need -# anything complicated done, they should use this second argument and -# provide rules for satisfying the given targets. -# -# In the latter case, the .tex -> htx_tar rule is still emitted, so -# you can use it, but it requires the substitution variables JADE, SGMLNORM, -# and SGMLKIT_HOME. This is rather inconvenient, and it is fortunate that -# you almost certainly won't need to use this. -AC_DEFUN([STAR_XML_DOCUMENTATION], - [m4_ifval([$1], [], [AC_FATAL([$0: called with no documentcode])])dnl - m4_if(m4_bregexp([$1], [^ *\([a-z][a-z]*[0-9]*/? *\)*$]), - [0], - [], - [AC_FATAL([$0: bad doccode in $1 -- must be eg sun123 or sun123/])]) - STAR_DOCUMENTATION="$STAR_DOCUMENTATION m4_bpatsubst([$1],[/])" - m4_ifval([$2], - [dnl non-empty second argument -- just add to variable - m4_if(m4_bregexp([$1], [/]), -1, - [], - [AC_FATAL([$0: do not mix non-null second argument and .../ syntax])]) - if $_star_build_docs; then - STAR@&t@_XML_DOCUMENTATION="$2" - fi - ], - [dnl second arg empty -- use defaults - if $_star_build_docs; then - do_the_build= # blank if we're to go ahead, string expl. otherwise - AC_PATH_PROGS(JADE, [openjade jade], NOJADE) - AC_PATH_PROGS(SGMLNORM, [osgmlnorm sgmlnorm], NOSGMLNORM) - STAR_CHECK_PROGS([sgml2docs]) - if test "$JADE" = NOJADE -o "$SGMLNORM" = NOSGMLNORM -o "$SGML2DOCS" = "sgml2docs"; then - if $_star_docs_only; then - # Building documentation is all we're supposed to do, - # and we can't, so suppress further building. - do_the_build=\ -"This docs-only component requires Jade, sgmlnorm and sgml2docs. - All I could find were: - $JADE for Jade, - $SGMLNORM for sgmlnorm and - $SGML2DOCS for sgml2docs (requires full path). - Your system may have a way to install Jade and sgmlnorm as a package, - sgml2docs is part of the SGMLKIT package." - else - AC_MSG_WARN([can't find (open)jade + (o)sgmlnorm + sgml2docs -- skipping XML documentation $1]) - fi - else - # Test Jade version - AC_MSG_CHECKING([version of $JADE (need 1.3.2 or better)]) - $JADE -v </dev/null >conftest.version 2>&1 - JADEVERS=[`sed -n '/:I:.*[Jj]ade.*version/{ - s/.*:I:// - s/[^0-9][^0-9]*/ /gp -}' conftest.version`] - # The following converts space-separated integers to a single - # one. It's perhaps a leeettle funkier than necessary... - VERSINT=[`echo "[Ss[z0<a]x]sa $JADEVERS 0 0 0 lax Ls100* Ls+100* Ls+p" | dc`] - if test $VERSINT -ge 10302; then - AC_MSG_RESULT([ok]) - AC_FOREACH([DocCode], [$1], - [m4_if(m4_bregexp(DocCode,[/]), -1, - [STAR@&t@_XML_DOCUMENTATION="$STAR@&t@_XML_DOCUMENTATION DocCode.texml_tar DocCode.htx_tar DocCode.ps DocCode.pdf" -], - [m4_define([_T], m4_bpatsubst(DocCode,[/]))dnl - STAR_XML_DOCUMENTATION_[]_STAR_UPCASE(_T)="_T.texml_tar _T.htx_tar _T.ps _T.pdf" - AC_SUBST(STAR_XML_DOCUMENTATION_[]_STAR_UPCASE(_T))])]) - else - AC_MSG_RESULT([too old]) - do_the_build="Your openjade is version $JADEVERS; need 1.3.2 or better" - fi - SGMLKIT_HOME=$prefix/lib/sgmlkit - AC_SUBST(SGMLKIT_HOME) - fi - STAR_SUPPRESS_BUILD_IF(test -n "$do_the_build", [$do_the_build]) - fi - STAR_DECLARE_DEPENDENCIES([sourceset], [sgmlkit]) - ]) - if $_star_build_docs; then - : ${LATEX2DVI='$$LATEX "\\batchmode\\input $$[]1" && $$LATEX "\\batchmode\\input $$[]1"'} - AC_SUBST(LATEX2DVI) - else - AC_MSG_WARN([not installing docs $1]) - fi - AC_SUBST([STAR@&t@_XML_DOCUMENTATION])dnl -])# STAR_XML_DOCUMENTATION - - - -# STAR_CHECK_PROGS(progs-to-check-for, [component='']) -# -------------------------------------------------- -# -# For each of the programs in PROGS-TO-CHECK-FOR, define a variable -# whose name is the upcased version of the program name, and whose -# value is the full path to that program, or the expected installation -# location of that program if no absolute path can be found. Because -# of this default behaviour, this macro should _only_ be used for -# locating Starlink programs such as messgen or alink, and not as a -# general replacement for AC_CHECK_PROG. Any characters in the -# program outside of the set of alphanumerics and underscores are -# normalised to underscores. -# -# The optional second argument gives the name of the component containing -# the program in question. Some packages install their binaries in -# package-specific directories, and this argument allows this macro to -# look there as well. -# -# For example: -# STAR_CHECK_PROGS(messgen) -# would define the variable MESSGEN to have the full path to the -# messgen application, and -# STAR_CHECK_PROGS(prolat, sst) -# would define the variable PROLAT to have the path to the prolat -# application within the sst component. -# -# Calls AC_SUBST and AC_ARG_VAR on the generated variable name. This -# macro does _not_ automatically declare a configure dependency on any -# component specified in the second argument. These dependencies should -# be kept to an absolute minimum, and therefore any such dependencies -# must be declared obviously and explicitly, with rationale. -# -# The behaviour described below, for the result when the required program -# is not found, is not final, and may change. The documentation below is -# contradictory, and should be regarded merely as a rather confused -# discussion of the issues. The current behaviour is that when the progam -# is not found, the variable is defined to be the program's name without -# any path at all. -# -# This is the analogue of AC_CHECK_PROG, except that: (1) the variable -# name defaults to the program name, (2) the variable value if the -# program is not found is the path to the anticipated installation -# location of the program, so that the macro does not fail in this -# case. This is useful for locating Starlink programs, as it means we -# can use this macro to produce absolute paths to programs, even -# before they have been installed (in this case we are presumably -# doing a top-level configure of the Starlink tree, and the Makefile -# will ensure that the required files are installed before the current -# package actually uses it. NB: (2) is not true at present. -# -# The current value of the PATH variable is augmented by the location -# of the binary installation directory, using the current default -# value of the prefix (not ideal, since this may in principle change -# when the component being configured is installed, but it's the best -# we can do at configure time); and by the $STARLINK/bin directory. -# -# The default, if the program isn't in the augmented path, is the path -# to the starconf-finder program if that's available, and the bare -# program-name otherwise. Is this the best default? Would just -# program-name be better? The program may not be in the augmented -# path for two reasons: (1) we are doing the global configuration done -# during bootstrapping, and noting has been installed yet; or (2) the -# program is one of those installed in a subdirectory of the -# `bindir'. In case (2), there's not a lot we can do, short of -# grubbing round manifest files at some point, but the -# starconf-finder, which is the eventual default, knows about this -# case, and could take care of it. -# -# No, I've changed my mind again. If the program isn't found, then -# simply have the AC_PATH_PROG default to bare ProgramName. This is -# probably adequate, and if so probably more robust than relying on -# more and more layers of indirection. We probably will need to -# revisit this. Again. -AC_DEFUN([STAR_CHECK_PROGS], - [eval default_bindir=`echo $bindir | sed 's,\${exec_prefix},$ac_default_prefix,'` - AC_FOREACH([ProgramName], [$1], - [m4_define([star_prog], - _STAR_UPCASE(m4_bpatsubst(ProgramName, - [[^0-9a-zA-Z_]], - [_]))) - AC_PATH_PROG(star_prog, - ProgramName, - ProgramName, -[$STARLINK/Perl/bin:]dnl -[$STARLINK/starjava/bin:]dnl -[$STARLINK/bin:]m4_ifval([$2],[$STARLINK/bin/$2:],)dnl -[$default_bindir:]m4_ifval([$2],[$default_bindir/$2:],)dnl -[$PATH]) - AC_ARG_VAR(star_prog, - [Location of the ]ProgramName[ application])]) -])# STAR_CHECK_PROGS - - -# STAR_SPECIAL_INSTALL_COMMAND(cmd) -# --------------------------------- -# Declare a special install command. Note that we do not examine the -# actual command here -- that is done by automake. All we do is find -# a way of copying a directory tree, preserving symlinks, as used by -# the install targets in automake/lib/am/install.am. Try 'cp -R' and -# variants, then pax, and if both fail, collapse. -dnl Link test is `test -h': more portable than -L, according to autoconf notes. -dnl `cp --no-dereference' is GNU cp: -P gives a compatibility warning. -dnl Include broken link in test: some cp fail to copy these (OSX 10.2, Sol9). -dnl Option -f is probably a good plan, but no failures spotted so far. -dnl In pax, `-p e' fails with broken links; `-p p' is OK. -AC_DEFUN([STAR_SPECIAL_INSTALL_COMMAND], - [AC_REQUIRE([AC_PROG_LN_S])dnl - AC_PATH_PROG(CP, cp)dnl - AC_PATH_PROG(PAX, pax) - AC_CACHE_CHECK([how to do a recursive directory copy], - [star_cv_cp_r], - [rm -Rf conftest* - mkdir conftest-d1 conftest-d2 - mkdir conftest-d1/d - date >conftest-d1/d/f - (cd conftest-d1/d; $LN_S f l; $LN_S x broken) - if test ! -h conftest-d1/d/l; then - # We don't have links! So plain cp -R will do - star_cv_cp_r="$CP -R" - else - star_cv_cp_r= - for try in "$CP -R --no-dereference -p -f" "$CP -R -P -p -f" "$CP -R -P -p" "$CP -R -p" "${PAX-false} -r -w -p p" - do - rm -Rf conftest-d2/* - if (cd conftest-d1; $try . ../conftest-d2 2>/dev/null); then - if test -h conftest-d2/d/l -a -h conftest-d2/d/broken; then - star_cv_cp_r="$try" - break - fi - fi - done - fi - rm -Rf conftest*]) - if test -z "$star_cv_cp_r"; then - AC_MSG_ERROR([unable to find working cp or pax]) - fi - AC_SUBST(CP_RECURSIVE, $star_cv_cp_r)dnl -])# STAR_SPECIAL_INSTALL_COMMAND - - -# STAR_MONOLITHS -# -------------- -# Declare that we will be creating monoliths. This does whatever -# configuration is necessary to handle these. -# -# Note that the declarations done in the Makefile.am, declaring the -# name of the monolith and the names and source files of the tasks, -# are slightly redundant inasmuch as some of that information could be -# implied. However, this is required to be explicit for clarity and -# consistency, and so accomodate the (currently unexploited) -# possibility that the tasks and .ifl files longer have the -# one-task-per-file relationship they have now. -AC_DEFUN([STAR_MONOLITHS], - [$_star_docs_only && - AC_MSG_ERROR([STAR[]_MONOLITHS in docs-only directory]) - dnl Installation in monoliths.am uses $(LN_S) - AC_REQUIRE([AC_PROG_LN_S])dnl - - # To build monoliths, we need both compifl to build the .ifc - # files (in the parsecon component), and alink - # to link the monoliths (in dtask). Both are now part of - # the pcs component. - STAR_DECLARE_DEPENDENCIES(build, [pcs]) - - # So try to find alink and compifl. - STAR_CHECK_PROGS([compifl alink]) - - # When we're building monoliths, we will almost certainly be - # using Fortran, and so we might as well include this, - # partly in case the user forgets, but also because this is - # reasonably part of the default setup required for monoliths. - STAR_CNF_COMPATIBLE_SYMBOLS - STAR_PRM_COMPATIBLE_SYMBOLS -])# STAR_MONOLITHS - - -# STAR_HELP_FILES(helpfiles) -# -------------------------- -# Declare a list of files to be installed into the Starlink help -# directory. This can be used both internally and in user -# configure.ac files. -AC_DEFUN([STAR_HELP_FILES], - [_STAR_EXTRADIR_COMMON([help], [$1])]) - - -# STAR_ETC_FILES(etcfiles) -# ------------------------ -# Declare a list of files to be installed into the Starlink etc -# directory. This can be used both internally and in user -# configure.ac files. -AC_DEFUN([STAR_ETC_FILES], - [_STAR_EXTRADIR_COMMON([etc], [$1])]) - - -# STAR_DOCS_FILES(docfiles) -# ------------------------- -# Declare a list of files to be installed into the Starlink -# documentation directory. This can be used both internally and in -# user configure.ac files. -AC_DEFUN([STAR_DOCS_FILES], - [_STAR_EXTRADIR_COMMON([docs], [$1])]) - - -# STAR_EXAMPLES_FILES(examplesfiles) -# ---------------------------------- -# Declare a list of files to be installed into the Starlink -# examples directory. This can be used both internally and in -# user configure.ac files. -AC_DEFUN([STAR_EXAMPLES_FILES], - [_STAR_EXTRADIR_COMMON([examples], [$1])]) - - -# STAR_DECLARE_DEPENDENCIES(type, deplist, option='') -# --------------------------------------------------- -# -# Declare dependencies of this component. The TYPE is one of -# `sourceset', `build', `link', `use', `test' or `configure', and the -# DEPLIST is a space separated list of component names, which this -# component depends on in the given way. -# -# -- Sourceset dependencies are those components which must be -# installed in order to build the complete set of sources, either for -# building or for distribution. This includes documentation, so it -# would include star2html as well as messgen. -# -# -- Build dependencies are those which are required in order to build -# this component. This typically means include files, but if part of -# the component is an executable file (such as compifl within the -# parsecon component), then that's a build dependence also (but see -# the discussion of `option', below). You may not have two components -# which have a build dependency on each other, since that would mean -# that each would have to be built before the other, which is -# impossible. -# -# -- Link dependencies are those required to link against the -# libraries in a component. That means all the libraries that this -# component's libraries use. These are not necessarily build -# dependencies, since if you are building a library, any called -# libraries don't have to be present in order to build this library; -# you can have two components which have mutual link dependencies. If -# you are building an application, however, then all its link -# dependencies will actually be build dependencies and should be -# declared as such. 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