Browse Source

remove CL_REQUIRE/CL_PROVIDE macro and associated autoconf tests.

master
Alexei Sheplyakov 17 years ago
parent
commit
53ae6edce0
  1. 1
      autoconf/aclocal.m4
  2. 2
      configure.ac
  3. 21
      include/cln/config.h.in
  4. 275
      include/cln/modules.h
  5. 140
      m4/c++-constructors.m4

1
autoconf/aclocal.m4

@ -6,7 +6,6 @@ m4_include([gmp.m4])
dnl Borrowed from GNU clisp.
m4_include([alloca.m4])
m4_include([as-underscore.m4])
m4_include([c++-constructors.m4])
m4_include([general.m4])
m4_include([gettimeofday.m4])
m4_include([param.m4]) dnl called intparam.m4 in clisp

2
configure.ac

@ -120,8 +120,6 @@ CL_LONGLONG
dnl DEFS HAVE_LONGLONG
CL_LONGDOUBLE
dnl DEFS HAVE_LONGDOUBLE
CL_GLOBAL_CONSTRUCTORS
dnl DEFS CL_GLOBAL_CONSTRUCTOR_PREFIX, CL_GLOBAL_DESTRUCTOR_PREFIX
dnl
dnl checks for header files
dnl

21
include/cln/config.h.in

@ -127,27 +127,6 @@
/* compiler characteristics */
/* CL_GLOBAL_CONSTRUCTORS */
/* Define as the prefix of the name of a module's global constructor function,
cf. macro FILE_FUNCTION_FORMAT in gcc/tree.c. */
#ifndef CL_GLOBAL_CONSTRUCTOR_PREFIX
#undef CL_GLOBAL_CONSTRUCTOR_PREFIX
#endif
/* Define as the prefix of the name of a module's global destructor function,
cf. macro FILE_FUNCTION_FORMAT in gcc/tree.c. */
#ifndef CL_GLOBAL_DESTRUCTOR_PREFIX
#undef CL_GLOBAL_DESTRUCTOR_PREFIX
#endif
/* Define if a module's global constructor function and global destructor
function need to be exported in order to be accessible from other modules. */
#undef CL_NEED_GLOBALIZE_CTORDTOR
/* Define as the suffix of the name of a module's global constructor function */
#ifndef CL_GLOBAL_CONSTRUCTOR_SUFFIX_PIC
#undef CL_GLOBAL_CONSTRUCTOR_SUFFIX_PIC
#endif
#ifndef CL_GLOBAL_CONSTRUCTOR_SUFFIX_NOPIC
#undef CL_GLOBAL_CONSTRUCTOR_SUFFIX_NOPIC
#endif
/* Define if the compiler knows about __attribute__((flatten)). */
#ifndef CL_HAVE_ATTRIBUTE_FLATTEN
#undef CL_HAVE_ATTRIBUTE_FLATTEN

275
include/cln/modules.h

@ -6,281 +6,6 @@
// global constructor/destructor naming.
#include "cln/config.h"
// The order of initialization of different compilation units is not
// specified in C++. AIX 4 has a linker which apparently does order
// the modules according to dependencies, so that low-level modules
// will be initialized earlier than the high-level modules which depend
// on them. I (Bruno) have a patch for GNU ld that does the same thing.
//
// But for now, I take a half-automatic approach to the correct module
// ordering problem: PROVIDE/REQUIRE, as in Common Lisp.
//
// CL_PROVIDE(module) must be the first code-generating entity in a module.
// Inline function definitions can precede it, but global variable/function/
// class definitions may not precede it.
// Afterwards, any number of CL_REQUIRE(othermodule) is allowed.
// At the end of the module, there must be a corresponding
// CL_PROVIDE_END(module). (Sorry for this, it's really needed.)
//
// These macros work only with g++, and only in optimizing mode. But who
// wants to use CLN with other C++ compilers anyway...
// How to apply these macros:
// 1. Find out about variables which need to be initialized.
// On Linux/ELF, you can use a command like
// $ nm -o libcln.a | grep -v ' [UTtRrW] ' | sort +1
// A symbol of type "D" or "d" lies in the preinitialized DATA section,
// a symbol of type "B" or "b" lies in the uninitialized BSS section.
// All of them have to be checked.
// - Those which contain POD (= plain old data, i.e. scalar values or
// class instances without nontrivial constructors) are already fully
// initialized by the linker and can be discarded from these considerations.
// - Those which are static variables inside a function (you recognize
// them: g++ appends a dot and a number to their name) are initialized
// the first time the function is entered. They can be discarded from
// our considerations as well.
// 2. Find out which of these variables are publically exposed (to the user of
// the library) through the library's include files, either directly or
// through inline functions, or indirectly through normal function calls.
// These variables can be referenced from any user module U, hence any
// such module must CL_REQUIRE(M) the variable's definition module M.
// Since there is no CL_REQUIRE_IF_NEEDED(M) macro (which is equivalent
// to CL_REQUIRE(M) if the required module will be part of the executable
// but does nothing if M is not used), we must preventively put the
// CL_REQUIRE(M) into the header file. Hopefully M is either used anyway
// or does not bring in too much code into the executable.
// 3. Variables which are not publicly exposed but used internally by the
// library can be handled by adding a CL_REQUIRE in all the library's
// modules which directly or indirectly use the variable.
// 4. Variables and functions which can be reasonably assumed to not be
// accessed or executed during initialization need not be treated.
// For example, I/O to external streams, exception handling facilities,
// number theory stuff, etc.
// OK, stop reading here, because it's getting obscene.
#if defined(PIC)
#define CL_GLOBAL_CONSTRUCTOR_SUFFIX CL_GLOBAL_CONSTRUCTOR_SUFFIX_PIC
#else
#define CL_GLOBAL_CONSTRUCTOR_SUFFIX CL_GLOBAL_CONSTRUCTOR_SUFFIX_NOPIC
#endif
#if defined(__GNUC__) && defined(__OPTIMIZE__) && !(defined(__hppa__) && (__GNUC__ == 2) && (__GNUC_MINOR__ < 8)) && !defined(NO_PROVIDE_REQUIRE)
#ifdef ASM_UNDERSCORE
#define ASM_UNDERSCORE_PREFIX "_"
#else
#define ASM_UNDERSCORE_PREFIX ""
#endif
// Globalize a label defined in the same translation unit.
// See macro ASM_GLOBALIZE_LABEL in the gcc sources.
#if defined(__i386__) || defined(__m68k__) || defined(__mips__) || defined(__mipsel__) || defined(__mips64__) || defined(__alpha__) || defined(__rs6000__) || defined(__powerpc64__) || defined(__x86_64__) || defined(__s390__)
// Some m68k systems use "xdef" or "global" or ".global"...
#define CL_GLOBALIZE_LABEL(label) __asm__("\t.globl " label);
#endif
#if defined(__sparc__) || defined(__sparc64__) || defined(__arm__) || defined(__ia64__)
// Some arm systems use "EXPORT" or ".globl"...
#define CL_GLOBALIZE_LABEL(label) __asm__("\t.global " label);
#endif
#if defined(__hppa__)
#define CL_GLOBALIZE_LABEL(label) __asm__("\t.EXPORT " label ",ENTRY,PRIV_LEV=3");
#endif
#if defined(__m88k__)
#define CL_GLOBALIZE_LABEL(label) __asm__("\tglobal " label);
#endif
#if defined(__convex__)
#define CL_GLOBALIZE_LABEL(label) __asm__(".globl " label);
#endif
#ifndef CL_GLOBALIZE_LABEL
#define CL_GLOBALIZE_LABEL(label)
#endif
#if defined(__rs6000__) || defined(_WIN32)
#define CL_GLOBALIZE_JUMP_LABEL(label) CL_GLOBALIZE_LABEL(ASM_UNDERSCORE_PREFIX #label)
#else
#define CL_GLOBALIZE_JUMP_LABEL(label)
#endif
#ifdef CL_NEED_GLOBALIZE_CTORDTOR
#define CL_GLOBALIZE_CTORDTOR_LABEL(label) CL_GLOBALIZE_LABEL(label)
#else
#define CL_GLOBALIZE_CTORDTOR_LABEL(label)
#endif
// Output a label inside a function.
// See macro ASM_OUTPUT_LABEL in the gcc sources.
#if defined(__ia64__)
// g++-4.0 on IA64 likes to duplicate parts of basic blocks for no good
// reason. To avoid an error when a label is defined twice, we can either
// append "-Os" to the CXXFLAGS (then g++ does not create redundant
// duplicates of basic blocks), or declare the label in a way that may
// be redefined.
// Why the "nop 0"? Apparently "." refers to the last instruction bundle.
// Just ".set label,." would cause the branch to executed unwanted code.
// And ".set label,.+16" might not work at the very beginning of a
// function. So we spend a nop; it becomes the target of the jump.
#define CL_OUTPUT_LABEL(label) ASM_VOLATILE ("nop 0" "\n" ".set " label ", .")
#elif defined(__m68k__)
// C.f. IA64 case above.
#define CL_OUTPUT_LABEL(label) ASM_VOLATILE ("nop" "\n" ".set " label ", .")
#else
#define CL_OUTPUT_LABEL(label) ASM_VOLATILE ("\n" label ":")
#endif
// ASM_VOLATILE(string) is for asms without arguments only!!
#if ((__GNUC__ == 2) && (__GNUC_MINOR__ >= 91)) || (__GNUC__ >= 3)
// avoid warning caused by the volatile keyword
#define ASM_VOLATILE __asm__
#else
// need volatile to avoid reordering
#define ASM_VOLATILE __asm__ __volatile__
#endif
// CL_JUMP_TO(addr) jumps to an address, like goto *(void*)(addr),
// except that the latter inhibits inlining of the function containing it
// in gcc-2.95. For new CPUs, look for "jump" and "indirect_jump" in gcc's
// machine description.
#if defined(__i386__)
#if defined(__APPLE__) && defined(__MACH__)
#define CL_JUMP_TO(addr) ASM_VOLATILE("jmp " ASM_UNDERSCORE_PREFIX #addr)
#else
#define CL_JUMP_TO(addr) ASM_VOLATILE("jmp %*%0" : : "rm" ((void*)(addr)))
#endif
#endif
#if defined(__x86_64__)
#define CL_JUMP_TO(addr) ASM_VOLATILE("jmp " ASM_UNDERSCORE_PREFIX #addr)
#endif
#if defined(__m68k__)
//#define CL_JUMP_TO(addr) ASM_VOLATILE("jmp %0@" : : "a" ((void*)(addr)))
#define CL_JUMP_TO(addr) ASM_VOLATILE("jmp (" ASM_UNDERSCORE_PREFIX #addr ",%pc)")
#endif
#if defined(__mips__) || defined(__mipsel__)
//#define CL_JUMP_TO(addr) ASM_VOLATILE("%*j %0" : : "d" ((void*)(addr)))
#define CL_JUMP_TO(addr) ASM_VOLATILE("b " ASM_UNDERSCORE_PREFIX #addr)
#endif
#if defined(__sparc__) || defined(__sparc64__)
#define CL_JUMP_TO(addr) ASM_VOLATILE("jmp %0\n\tnop" : : "r" ((void*)(addr)))
#endif
#if defined(__alpha__)
#define CL_JUMP_TO(addr) ASM_VOLATILE("jmp $31,(%0),0" : : "r" ((void*)(addr)))
#endif
#if defined(__hppa__)
//#define CL_JUMP_TO(addr) ASM_VOLATILE("bv,n 0(%0)" : : "r" ((void*)(addr)))
#define CL_JUMP_TO(addr) ASM_VOLATILE("b " ASM_UNDERSCORE_PREFIX #addr "\n\tnop")
#endif
#if defined(__arm__)
#define CL_JUMP_TO(addr) ASM_VOLATILE("mov pc,%0" : : "r" ((void*)(addr)))
#endif
#if defined(__rs6000__) || defined(__powerpc__) || defined(__ppc__) || defined(__powerpc64__)
//#define CL_JUMP_TO(addr) ASM_VOLATILE("mtctr %0\n\tbctr" : : "r" ((void*)(addr)))
#define CL_JUMP_TO(addr) ASM_VOLATILE("b " ASM_UNDERSCORE_PREFIX #addr)
#endif
#if defined(__m88k__)
#define CL_JUMP_TO(addr) ASM_VOLATILE("jmp %0" : : "r" ((void*)(addr)))
#endif
#if defined(__convex__)
#define CL_JUMP_TO(addr) ASM_VOLATILE("jmp (%0)" : : "r" ((void*)(addr)))
#endif
#if defined(__ia64__)
#define CL_JUMP_TO(addr) ASM_VOLATILE("br " ASM_UNDERSCORE_PREFIX #addr)
#endif
#if defined(__s390__)
#define CL_JUMP_TO(addr) ASM_VOLATILE("br %0" : : "a" ((void*)(addr)))
#endif
#ifdef CL_GLOBAL_DESTRUCTOR_PREFIX
#define CL_PROVIDE(module) \
extern "C" void cl_module__##module##__firstglobalfun () {} \
extern "C" void cl_module__##module##__ctorend (void); \
extern "C" void cl_module__##module##__dtorend (void); \
CL_GLOBALIZE_JUMP_LABEL(cl_module__##module##__ctorend) \
CL_GLOBALIZE_JUMP_LABEL(cl_module__##module##__dtorend) \
CL_GLOBALIZE_CTORDTOR_LABEL( \
ASM_UNDERSCORE_PREFIX CL_GLOBAL_CONSTRUCTOR_PREFIX \
"cl_module__" #module "__firstglobalfun") \
CL_GLOBALIZE_CTORDTOR_LABEL( \
ASM_UNDERSCORE_PREFIX CL_GLOBAL_DESTRUCTOR_PREFIX \
"cl_module__" #module "__firstglobalfun") \
static int cl_module__##module##__counter; \
struct cl_module__##module##__controller { \
inline cl_module__##module##__controller () \
{ if (cl_module__##module##__counter++) \
{ CL_JUMP_TO(cl_module__##module##__ctorend); } \
} \
inline ~cl_module__##module##__controller () \
{ CL_OUTPUT_LABEL (ASM_UNDERSCORE_PREFIX "cl_module__" #module "__dtorend"); } \
}; \
static cl_module__##module##__controller cl_module__##module##__ctordummy;
#define CL_PROVIDE_END(module) \
struct cl_module__##module##__destroyer { \
inline cl_module__##module##__destroyer () \
{ CL_OUTPUT_LABEL (ASM_UNDERSCORE_PREFIX "cl_module__" #module "__ctorend"); } \
inline ~cl_module__##module##__destroyer () \
{ if (--cl_module__##module##__counter) \
{ CL_JUMP_TO(cl_module__##module##__dtorend); } \
} \
}; \
static cl_module__##module##__destroyer cl_module__##module##__dtordummy;
#define CL_REQUIRE(module) \
extern "C" void cl_module__##module##__ctor (void) \
__asm__ (ASM_UNDERSCORE_PREFIX CL_GLOBAL_CONSTRUCTOR_PREFIX \
"cl_module__" #module "__firstglobalfun"); \
extern "C" void cl_module__##module##__dtor (void) \
__asm__ (ASM_UNDERSCORE_PREFIX CL_GLOBAL_DESTRUCTOR_PREFIX \
"cl_module__" #module "__firstglobalfun"); \
struct _CL_REQUIRE_CLASSNAME(module,__LINE__) { \
inline _CL_REQUIRE_CLASSNAME(module,__LINE__) () \
{ cl_module__##module##__ctor (); } \
inline ~_CL_REQUIRE_CLASSNAME(module,__LINE__) () \
{ cl_module__##module##__dtor (); } \
}; \
static _CL_REQUIRE_CLASSNAME(module,__LINE__) \
_CL_REQUIRE_CLASSNAME(module##_requirer,__LINE__);
#else
// gcc-3.0 -fuse-cxa-atexit doesn't have a single per-module destructor
// function anymore. Instead, for each object's static constructor it
// executes, it pushes the corresponding object's destructor onto a list.
// Thus we need to hack the constructors only. gcc-4.3 uses different names
// for global ctors in shared and static objects, so we cannot directly
// call the ctors from CL_REQUIRE(M): the compiling function does not know
// yet how it's going to be linked. Hence, we must hide the ctor call beind
// an additional indirection.
#define CL_PROVIDE(module) \
extern "C" void cl_module__##module##__firstglobalfun () {} \
extern "C" void cl_module__##module##__ctorend (); \
extern "C" void cl_module__##module##__docallctors () \
__asm__ (ASM_UNDERSCORE_PREFIX CL_GLOBAL_CONSTRUCTOR_PREFIX \
CL_GLOBAL_CONSTRUCTOR_SUFFIX(module)); \
extern "C" void cl_module__##module##__globalctors () \
{ cl_module__##module##__docallctors(); } \
CL_GLOBALIZE_CTORDTOR_LABEL( \
ASM_UNDERSCORE_PREFIX CL_GLOBAL_CONSTRUCTOR_PREFIX \
CL_GLOBAL_CONSTRUCTOR_SUFFIX(module)) \
static int cl_module__##module##__counter; \
struct cl_module__##module##__controller { \
inline cl_module__##module##__controller () \
{ if (cl_module__##module##__counter++) \
{ CL_JUMP_TO(cl_module__##module##__ctorend); } \
} \
}; \
static cl_module__##module##__controller cl_module__##module##__ctordummy;
#define CL_PROVIDE_END(module) \
struct cl_module__##module##__destroyer { \
inline cl_module__##module##__destroyer () \
{ CL_OUTPUT_LABEL (ASM_UNDERSCORE_PREFIX "cl_module__" #module "__ctorend"); } \
}; \
static cl_module__##module##__destroyer cl_module__##module##__dtordummy;
#define CL_REQUIRE(module) \
extern "C" void cl_module__##module##__ctor () \
__asm__ (ASM_UNDERSCORE_PREFIX "cl_module__" #module "__globalctors"); \
struct _CL_REQUIRE_CLASSNAME(module,__LINE__) { \
inline _CL_REQUIRE_CLASSNAME(module,__LINE__) () \
{ cl_module__##module##__ctor (); } \
}; \
static _CL_REQUIRE_CLASSNAME(module,__LINE__) \
_CL_REQUIRE_CLASSNAME(module##_requirer,__LINE__);
#endif
#define _CL_REQUIRE_CLASSNAME(module,line) __CL_REQUIRE_CLASSNAME(module,line)
#define __CL_REQUIRE_CLASSNAME(module,line) cl_module__##module##__##line
#else
#define CL_PROVIDE(module)
#define CL_PROVIDE_END(module)
#define CL_REQUIRE(module)
#endif
// Concatenation of macroexpanded tokens.
// Equivalent to CL_CONCAT in src/base/cl_macros.h which we do not want
// to expose, however.

140
m4/c++-constructors.m4

@ -1,140 +0,0 @@
dnl Copyright (C) 1993-2002 Free Software Foundation, Inc.
dnl This file is free software, distributed under the terms of the GNU
dnl General Public License. As a special exception to the GNU General
dnl Public License, this file may be distributed as part of a program
dnl that contains a configuration script generated by Autoconf, under
dnl the same distribution terms as the rest of that program.
dnl From Bruno Haible, Marcus Daniels.
AC_PREREQ(2.13)
AC_DEFUN([CL_GLOBAL_CONSTRUCTORS],
[AC_REQUIRE([CL_AS_UNDERSCORE])dnl
if test -n "$GCC"; then
AC_CACHE_CHECK(for the global constructors function prefix,
cl_cv_cplusplus_ctorprefix, [
cat > conftest.cc << EOF
struct foo { foo (); };
foo foobar;
EOF
# look for the assembly language name in the .s file
AC_TRY_COMMAND(${CXX-g++} $CXXFLAGS -S conftest.cc) >/dev/null 2>&1
if grep '_GLOBAL_\$I\$foobar' conftest.s >/dev/null ; then
cl_cv_cplusplus_ctorprefix='_GLOBAL_$I$'
else
if grep '_GLOBAL_\.I\.foobar' conftest.s >/dev/null ; then
cl_cv_cplusplus_ctorprefix='_GLOBAL_.I.'
else
if grep '_GLOBAL__I_foobar' conftest.s >/dev/null ; then
cl_cv_cplusplus_ctorprefix='_GLOBAL__I_'
else
cl_cv_cplusplus_ctorprefix=unknown
fi
fi
fi
rm -f conftest*
])
if test "$cl_cv_cplusplus_ctorprefix" '!=' unknown; then
ac_value='"'"$cl_cv_cplusplus_ctorprefix"'"'
AC_DEFINE_UNQUOTED(CL_GLOBAL_CONSTRUCTOR_PREFIX,$ac_value)
AC_CACHE_CHECK(for the global destructors function prefix,
cl_cv_cplusplus_dtorprefix, [
cat > conftest.cc << EOF
struct foo { foo (); ~ foo (); };
foo foobar;
EOF
# look for the assembly language name in the .s file
AC_TRY_COMMAND(${CXX-g++} $CXXFLAGS -S conftest.cc) >/dev/null 2>&1
if grep '_GLOBAL_\$D\$foobar' conftest.s >/dev/null ; then
cl_cv_cplusplus_dtorprefix='_GLOBAL_$D$'
else
if grep '_GLOBAL_\.D\.foobar' conftest.s >/dev/null ; then
cl_cv_cplusplus_dtorprefix='_GLOBAL_.D.'
else
if grep '_GLOBAL__D_foobar' conftest.s >/dev/null ; then
cl_cv_cplusplus_dtorprefix='_GLOBAL__D_'
else
cl_cv_cplusplus_dtorprefix=none
fi
fi
fi
rm -f conftest*
])
if test "$cl_cv_cplusplus_dtorprefix" '!=' none; then
ac_value='"'"$cl_cv_cplusplus_ctorprefix"'"'
AC_DEFINE_UNQUOTED(CL_GLOBAL_DESTRUCTOR_PREFIX,$ac_value)
fi
dnl Check whether the global constructors/destructors functions are file-scope
dnl only by default. This is the case in egcs-1.1.2 or newer.
AC_CACHE_CHECK(whether the global constructors function need to be exported,
cl_cv_cplusplus_ctorexport, [
cat > conftest1.cc << EOF
struct foo { foo (); };
foo foobar;
EOF
cat > conftest2.cc << EOF
#include "confdefs.h"
#ifdef ASM_UNDERSCORE
#define ASM_UNDERSCORE_PREFIX "_"
#else
#define ASM_UNDERSCORE_PREFIX ""
#endif
struct foo { foo (); };
foo::foo () {}
extern "C" void ctor (void) __asm__ (ASM_UNDERSCORE_PREFIX CL_GLOBAL_CONSTRUCTOR_PREFIX "foobar");
int main() { ctor(); return 0; }
EOF
if AC_TRY_COMMAND(${CXX-g++} -o conftest${ac_exeext} $CXXFLAGS $CPPFLAGS $LDFLAGS conftest1.cc conftest2.cc $LIBS 1>&5) >/dev/null 2>&1 && test -s conftest${ac_exeext}; then
cl_cv_cplusplus_ctorexport=no
else
cl_cv_cplusplus_ctorexport=yes
fi
rm -f conftest*
])
if test "$cl_cv_cplusplus_ctorexport" = yes; then
AC_DEFINE(CL_NEED_GLOBALIZE_CTORDTOR)
fi
dnl Test what suffix to give the global ctors inside shared object files.
if test "$enable_shared" = yes; then
AC_CACHE_CHECK([for the global constructor function suffix in shared objects],
cl_cv_cplusplus_ctorsuffix_pic, [
cat > conftest.cc << EOF
extern "C" void func () {}
static struct S {
inline S () {}
} S;
EOF
AC_TRY_COMMAND(${CXX-g++} $CXXFLAGS ${lt_prog_compiler_pic_CXX-"-fPIC"} -S conftest.cc) >/dev/null 2>&1
if grep "${cl_cv_cplusplus_ctorprefix}conftest\.cc" conftest.s >/dev/null; then
cl_cv_cplusplus_ctorsuffix_pic='#module ".cc"'
else
cl_cv_cplusplus_ctorsuffix_pic='"cl_module__" #module "__firstglobalfun"'
fi
rm -f conftest*
])
AC_DEFINE_UNQUOTED([CL_GLOBAL_CONSTRUCTOR_SUFFIX_PIC(module)], [$cl_cv_cplusplus_ctorsuffix_pic])
fi
dnl Test what suffix to give the global ctors inside static object files.
if test "$enable_static" = yes; then
AC_CACHE_CHECK([for the global constructor function suffix in static objects],
cl_cv_cplusplus_ctorsuffix_nopic, [
cat > conftest.cc << EOF
extern "C" void func () {}
static struct S {
inline S () {}
} S;
EOF
AC_TRY_COMMAND(${CXX-g++} $CXXFLAGS -S conftest.cc) >/dev/null 2>&1
if grep "${cl_cv_cplusplus_ctorprefix}conftest\.cc" conftest.s >/dev/null; then
cl_cv_cplusplus_ctorsuffix_nopic='#module ".cc"'
else
cl_cv_cplusplus_ctorsuffix_nopic='"cl_module__" #module "__firstglobalfun"'
fi
rm -f conftest*
])
AC_DEFINE_UNQUOTED([CL_GLOBAL_CONSTRUCTOR_SUFFIX_NOPIC(module)], [$cl_cv_cplusplus_ctorsuffix_nopic])
fi
fi
fi
])
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