diff options
| author | William R. Otte <wotte@dre.vanderbilt.edu> | 2010-06-18 13:57:56 +0000 |
|---|---|---|
| committer | William R. Otte <wotte@dre.vanderbilt.edu> | 2010-06-18 13:57:56 +0000 |
| commit | 17bf8ba280e99fd98f822e658574660793bf730a (patch) | |
| tree | 81388c8d9f1d3341322e760dae82d2c230217256 /TAO/TAO_IDL | |
| parent | 672ac7d749b1c479d6cab96ecda78a39e8bc2932 (diff) | |
| download | ATCD-17bf8ba280e99fd98f822e658574660793bf730a.tar.gz | |
Fri Jun 18 13:57:01 UTC 2010 William R. Otte <wotte@dre.vanderbilt.edu>
* MPC/config/tao_idl_fe.mpb:
* TAO_IDL/tao_idl.mpc:
* TAO_IDL/tao_idl_fe.mpc:
* tao/ORB_Core.h:
* MPC/config/fe_mcpp.mpb:
* MPC/config/mcpp.mpb:
* MPC/config/tao_idl_mcpp.mpb:
* TAO_IDL/contrib:
* TAO_IDL/contrib/mcpp:
* TAO_IDL/contrib/mcpp/LICENSE:
* TAO_IDL/contrib/mcpp/Makefile.am:
* TAO_IDL/contrib/mcpp/cc1.cpp:
* TAO_IDL/contrib/mcpp/configed.H:
* TAO_IDL/contrib/mcpp/directive.cpp:
* TAO_IDL/contrib/mcpp/eval.cpp:
* TAO_IDL/contrib/mcpp/expand.cpp:
* TAO_IDL/contrib/mcpp/internal.H:
* TAO_IDL/contrib/mcpp/lib.cpp:
* TAO_IDL/contrib/mcpp/main.cpp:
* TAO_IDL/contrib/mcpp/main_libmcpp.c:
* TAO_IDL/contrib/mcpp/mbchar.cpp:
* TAO_IDL/contrib/mcpp/mcpp.mpc:
* TAO_IDL/contrib/mcpp/mcpp_lib.h:
* TAO_IDL/contrib/mcpp/mcpp_lib.cpp:
* TAO_IDL/contrib/mcpp/mcpp_lib_export.h:
* TAO_IDL/contrib/mcpp/mcpp_out.h:
* TAO_IDL/contrib/mcpp/noconfig.H:
* TAO_IDL/contrib/mcpp/preproc.cpp:
* TAO_IDL/contrib/mcpp/support.cpp:
* TAO_IDL/contrib/mcpp/system.H:
* TAO_IDL/contrib/mcpp/system.cpp:
* TAO_IDL/contrib/mcpp/testmain.c:
* TAO_IDL/contrib/mcpp/testmain.cpp:
* TAO_IDL/driver/drv_mcpp_preproc.cpp:
* TAO_IDL/fe/mcpp_tao_yyinput.h:
* TAO_IDL/tao_idl_mcpp_local.mpb:
Removed support for MCPP.
Diffstat (limited to 'TAO/TAO_IDL')
29 files changed, 4 insertions, 19719 deletions
diff --git a/TAO/TAO_IDL/contrib/mcpp/LICENSE b/TAO/TAO_IDL/contrib/mcpp/LICENSE deleted file mode 100644 index 46ae24a3191..00000000000 --- a/TAO/TAO_IDL/contrib/mcpp/LICENSE +++ /dev/null @@ -1,29 +0,0 @@ -/*- - * Copyright (c) 1998, 2002-2007 Kiyoshi Matsui <kmatsui@t3.rim.or.jp> - * All rights reserved. - * - * This software including the files in this directory is provided under - * the following license. - * - * Redistribution and use in source and binary forms, with or without - * modification, are permitted provided that the following conditions - * are met: - * 1. Redistributions of source code must retain the above copyright - * notice, this list of conditions and the following disclaimer. - * 2. Redistributions in binary form must reproduce the above copyright - * notice, this list of conditions and the following disclaimer in the - * documentation and/or other materials provided with the distribution. - * - * THIS SOFTWARE IS PROVIDED BY THE AUTHOR ``AS IS'' AND - * ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE - * IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE - * ARE DISCLAIMED. IN NO EVENT SHALL THE AUTHOR BE LIABLE - * FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL - * DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS - * OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) - * HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT - * LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY - * OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF - * SUCH DAMAGE. - */ - diff --git a/TAO/TAO_IDL/contrib/mcpp/Makefile.am b/TAO/TAO_IDL/contrib/mcpp/Makefile.am deleted file mode 100644 index fd6e8012b4c..00000000000 --- a/TAO/TAO_IDL/contrib/mcpp/Makefile.am +++ /dev/null @@ -1,52 +0,0 @@ -## Process this file with automake to produce Makefile.in - -if MCPP_LIB - -bin_PROGRAMS = mcpp -mcpp_SOURCES = main_libmcpp.c -mcpp_DEPENDENCIES = libmcpp.la -mcpp_LDADD = -lmcpp -lib_LTLIBRARIES = libmcpp.la -libmcpp_la_SOURCES = system.H configed.H internal.H main.c directive.c \ - eval.c expand.c mbchar.c support.c system.c -libmcpp_la_LDFLAGS = -no-undefined -version-info 3:0:3 -include_HEADERS = mcpp_lib.h mcpp_out.h - -main.lo directive.lo eval.lo expand.lo mbohar.lo support.lo system.lo \ - : system.H internal.H mcpp_lib.h mcpp_out.h -system.H : configed.H - -else - -bin_PROGRAMS = mcpp -mcpp_SOURCES = system.H configed.H internal.H main.c directive.c eval.c \ - expand.c mbchar.c support.c system.c mcpp_out.h -mcpp_CFLAGS = $(AM_CFLAGS) ## dummy to avoid conflict with MCPP_LIB - -main.o directive.o eval.o expand.o mbohar.o support.o system.o : \ - system.H internal.H mcpp_out.h -system.H : configed.H - -endif - -if REPLACE_CPP -if GNUC - -if MINGW -cc1_PROGRAMS = cc1 -cc1_SOURCES = cc1.c -cc1dir = $(bindir) -endif - -install-exec-hook: - @if test x"$(gcc_path)" = x""; then exit 1; fi - @$(srcdir)/set_mcpp.sh '$(gcc_path)' $(gcc_maj_ver) $(gcc_min_ver) \ - '$(cpp_call)' '$(CC)' '$(CXX)' 'x$(CPPFLAGS)' 'x$(EXEEXT)' \ - '$(LN_S)' '$(inc_dir)' $(host_system) $(Target_Cpu) \ - $(target_cc) -uninstall-hook: - @$(srcdir)/unset_mcpp.sh '$(gcc_path)' $(gcc_maj_ver) $(gcc_min_ver)\ - '$(cpp_call)' '$(CC)' '$(CXX)' 'x$(EXEEXT)' '$(LN_S)' \ - '$(inc_dir)' $(host_system) $(target_cc) -endif -endif diff --git a/TAO/TAO_IDL/contrib/mcpp/cc1.cpp b/TAO/TAO_IDL/contrib/mcpp/cc1.cpp deleted file mode 100644 index 3b49df70550..00000000000 --- a/TAO/TAO_IDL/contrib/mcpp/cc1.cpp +++ /dev/null @@ -1,62 +0,0 @@ -/* $Id$ - * cc1.c: dummy cc1 and cc1plus to be invoked by MinGW's GCC - * MinGW's GCC does not invoke shell-script named cc1. - */ - -#include "stdio.h" -#include "string.h" -#include "process.h" - -#define ARG_LIM 64 - -int exec_program( int argc, char ** argv); -// FUZZ: disable check_for_improper_main_declaration -int main( int argc, char ** argv) { -// FUZZ: enable check_for_improper_main_declaration - int status; - - if (argc - 1 >= ARG_LIM) { - fprintf( stderr, "Too many arguments.\n"); - return 1; - } - status = exec_program( argc, argv); - /* MinGW does not have fork() nor wait(). */ - return status; -} - -int exec_program( int argc, char ** argv) { - char * buf[ ARG_LIM]; - char temp[ FILENAME_MAX]; - char * tp; - int plus = 0; - int n = 1; - int i; - int status; - size_t len; - - if (strstr( argv[ 0], "cc1plus")) - plus = 1; /* C++ */ - tp = strstr( argv[ 0], "cc1"); - len = tp - argv[ 0]; - memcpy( temp, argv[ 0], len); - temp[ len] = '\0'; - tp = temp + len; - for (i = 1; i < argc; i++) - if ((strcmp( argv[ i], "-fpreprocessed") == 0) - || (strncmp( argv[ i], "-traditional", 12) == 0)) - break; /* Invoke cc1 or cc1plus */ - if (i < argc) { - strcpy( tp, plus ? "cc1plus_gnuc.exe" : "cc1_gnuc.exe"); - } else { /* Invoke mcpp */ - strcpy( tp, "mcpp.exe"); - if (plus) - buf[ n++] = "-+"; /* Insert the option */ - } - buf[ 0] = temp; - for (i = 1; i < argc; i++, n++) - buf[ n] = argv[ i]; - buf[ n] = 0; - - status = spawnv( _P_WAIT, buf[ 0], buf); - return status; -} diff --git a/TAO/TAO_IDL/contrib/mcpp/configed.H b/TAO/TAO_IDL/contrib/mcpp/configed.H deleted file mode 100644 index 2ac54b3d0f1..00000000000 --- a/TAO/TAO_IDL/contrib/mcpp/configed.H +++ /dev/null @@ -1,382 +0,0 @@ -/* $Id$ - * configed.H - * Configurations for MCPP using config.h genarated by configure script. - * - * WARNING: These settings assume HOST == TARGET. In case of HOST - * differs from TARGET, you must edit this file here and there. - */ - -#define TRUE 1 -#define FALSE 0 -#define DATE "2008/11" /* Date of mcpp */ - -/* - * 'Target' means the O.S. and the compiler to which cpp is implemented. - * 'Host' means the O.S. and the compiler with which cpp is compiled. - */ - -#include "config.h" - -#ifndef COMPILER /* No target compiler specified */ -#define COMPILER COMPILER_UNKNOWN -#endif -#ifndef HOST_COMPILER /* No host compiler specified */ -#define HOST_COMPILER COMPILER -#endif - -/* - * P A R T 1 Configurations for target-operating-system - * and target-compiler. - */ - -/* - * Names of the SYSTEM (i.e. target operating system). This is needed so that - * cpp can use appropriate filename conventions. - */ -#define SYS_UNKNOWN 0 -#define SYS_UNIX 0x1000 -#define SYS_LINUX 0x1800 /* (SYS_LINUX & 0xF000) == SYS_UNIX */ -#define SYS_FREEBSD 0x1A00 /* (SYS_FREEBSD & 0xF000) == SYS_UNIX */ -#define SYS_CYGWIN 0x1C00 /* (SYS_CYGWIN & 0xF000) == SYS_UNIX */ -#define SYS_MAC 0x1E00 /* (SYS_MAC & 0xF000) == SYS_UNIX */ -#define SYS_WIN 0x7000 -#define SYS_WIN32 0x7400 /* (SYS_WIN32 & 0xF000) == SYS_WIN */ -#define SYS_MINGW 0x7C00 /* (SYS_MINGW & 0xF000) == SYS_WIN */ - -/* COMPILER */ -#define COMPILER_UNKNOWN 0 -#define MSC 0x7400 /* Microsoft C, Visual C++ */ -#define BORLANDC 0x7440 /* Borland C */ -#define WIN_SYMANTECC 0x7470 /* Symantec for Windows */ -#define LCC 0x74C0 /* LCC-Win32 */ -#define GNUC 0x00E0 /* GNU C (GCC) */ -#define INDEPENDENT 0xFFFF /* No target, compiler-independent-build*/ - -#define SYS_FAMILY (SYSTEM & 0xF000) -#define COMPILER_FAMILY (COMPILER & 0xF0) -#define HOST_SYS_FAMILY (HOST_SYSTEM & 0xF000) - -/* Default MBCHAR (multi-byte character) encoding. */ -#define EUC_JP 0x10 /* Extended UNIX code of JIS X 0208 */ -#define GB2312 0x20 /* EUC-like encoding of Chinese GB 2312-80 */ -#define KSC5601 0x30 /* EUC-like encoding of Korean KS C 5601 */ -#define SJIS 0x80 /* Shift-JIS encoding of JIS X 0208 */ -#define BIGFIVE 0x90 /* Encoding of Taiwanese Big Five */ -#define ISO2022_JP 0x100 /* ISO-2022-JP (ISO-2022-JP1) encoding */ -#define UTF8 0x1000 /* UTF-8 encoding */ - -/* - * MBCHAR means multi-byte character encoding. - * MBCHAR means the default encoding, and you can change the encoding by - * #pragma MCPP setlocale, -e <encoding> option or environment variable - * LC_ALL, LC_CTYPE, LANG. - * MBCHAR == 0 means not to recognize any multi-byte character encoding. - */ - -/* - * In order to predefine target-dependent macros, - * several macros are defined here: - * *_OLD define the macro beginning with an alphabetic letter, - * *_STD, *_STD?, *_EXT, *_EXT2 define the macro beginning with an '_'. - * *_STD1 define the macro beginning with '__' and ending with an alpha- - * numeric letter. - * *_STD2 define the macro beginning with '__' and ending with '__'. - * These may not be defined, if they are not needed. - * They should not be #defined to no token or to "". - * - * SYSTEM_OLD, SYSTEM_STD1, SYSTEM_STD2, SYSTEM_EXT, SYSTEM_EXT2 - * define the target operating system (by name). - * SYSTEM_SP_OLD, SYSTEM_SP_STD define the target-OS specific macro name - * COMPILER_OLD, COMPILER_STD1, COMPILER_STD2, COMPILER_EXT, COMPILER_EXT2 - * , COMPILER_SP_OLD, COMPILER_SP_STD - * define the target compiler (by name). - * COMPILER_CPLUS defines the target C++ compiler. - * COMPILER_SP1, COMPILER_SP2, COMPILER_SP3 - * define the compiler-specific macros. - * - * <macro>_VAL specify the value of the <macro>. - * If not specified, these values default to "1". - * To define the value of no-token, specify as "" rather than no-token. - * SYSTEM_OLD, SYSTEM_STD?, COMPILER_OLD have the value of "1". - */ - -/* - * target-compiler-dependent definitions: - * - * LINE_PREFIX defines the output line prefix, if not "#line 123". - * This should be defined as "# " to represent "# 123" format - * ("#line " represents "#line 123" format). - * - * ENV_C_INCLUDE_DIR may be defined to the name of environment-variable for - * C include directory. - * ENV_CPLUS_INCLUDE_DIR is name of environment-variable for C++ include - * directory which exists other than ENV_C_INCLUDE_DIR. - * ENV_SEP is the separator (other than space) of include-paths in an - * environment-variable. e.g. the ':' in - * "/usr/abc/include:/usr/xyz/include" - * - * EMFILE should be defined to the macro to represent errno of 'too many - * open files' if the macro is different from EMFILE. - * - * ONE_PASS should be set TRUE, if COMPILER is "one pass compiler". - * - * FNAME_FOLD means that target-system folds upper and lower cases of - * directory and file-name. - * - * SEARCH_INIT specifies the default value of 'search_rule' (in system.c). - * 'search_rule' holds searching rule of #include "header.h" to - * search first before searching user specified or system- - * specific include directories. - * CURRENT means to search the directory relative to "current - * directory" which is current at cpp invocation. - * SOURCE means to search the directory relative to that of the - * source file (i.e. "includer"). - * (CURRENT & SOURCE) means to search current directory first - * source directory next. - * 'search_rule' is initialized to SEARCH_INIT. - */ -#define CURRENT 1 -#define SOURCE 2 - -#if SYS_FAMILY == SYS_UNIX -#define SYSTEM_OLD "unix" -#define SYSTEM_STD1 "__unix" -#define SYSTEM_STD2 "__unix__" -#endif - -#if SYSTEM == SYS_FREEBSD -#define SYSTEM_EXT "__FreeBSD__" -#endif - -#if SYSTEM == SYS_LINUX -#define SYSTEM_EXT "__linux__" -#endif - -#if SYSTEM == SYS_MAC -#define SYSTEM_EXT "__APPLE__" -#endif - -#if SYSTEM == SYS_CYGWIN -#define SYSTEM_EXT "__CYGWIN__" -#if defined (__CYGWIN64__) -#define SYSTEM_EXT2 "__CYGWIN64__" -#else -#define SYSTEM_EXT2 "__CYGWIN32__" -#endif -#ifndef MBCHAR -#define MBCHAR SJIS -#endif -#endif - -#if SYSTEM == SYS_MINGW -#define SYSTEM_EXT "__MINGW__" -#if defined (__MINGW64__) -#define SYSTEM_EXT2 "__MINGW64__" -#else -#define SYSTEM_EXT2 "__MINGW32__" -#endif -#ifndef MBCHAR -#define MBCHAR SJIS -#endif -#endif - -#if SYS_FAMILY == SYS_UNIX -#ifndef MBCHAR -#define MBCHAR EUC_JP /* UTF8 if you like */ -#endif -#endif - -#if COMPILER == GNUC -#define COMPILER_EXT "__GNUC__" -#define COMPILER_EXT_VAL GCC_MAJOR_VERSION -#define COMPILER_EXT2 "__GNUC_MINOR__" -#define COMPILER_EXT2_VAL GCC_MINOR_VERSION -#define COMPILER_CPLUS "__GNUG__" -#define COMPILER_CPLUS_VAL GCC_MAJOR_VERSION -#ifndef ENV_C_INCLUDE_DIR -#define ENV_C_INCLUDE_DIR "C_INCLUDE_PATH" -#define ENV_CPLUS_INCLUDE_DIR "CPLUS_INCLUDE_PATH" -#endif -/* - * __SIZE_TYPE__, __PTRDIFF_TYPE__ and __WCHAR_TYPE__ are the predefines of - * GCC and undocumented in GCC 2. - * On GCC V.3.*, V.4.*, these macros are known by mcpp_g*_predef_*.h files. - */ -#if __GNUC__ == 2 -#define COMPILER_SP1 "__SIZE_TYPE__" -#define COMPILER_SP2 "__PTRDIFF_TYPE__" -#define COMPILER_SP3 "__WCHAR_TYPE__" -#endif - -#define CMP_NAME "GCC" -#endif /* COMPILER == GNUC */ - -#if COMPILER == INDEPENDENT -/* specifications of compiler-independent-build */ -#define LINE_PREFIX "#line " -#define STD_LINE_PREFIX TRUE /* Output #line by C source format */ -#define HAVE_DIGRAPHS TRUE /* Output digraphs as it is */ -#define SEARCH_INIT SOURCE /* Include directory relative to source */ -#define SJIS_IS_ESCAPE_FREE TRUE /* Do not treat SJIS specially */ -#define BIGFIVE_IS_ESCAPE_FREE TRUE /* Do not treat specially */ -#define ISO2022_JP_IS_ESCAPE_FREE TRUE /* Do not treat specially */ -#define TARGET_HAVE_LONG_LONG TRUE /* dummy */ -#define STDC_VERSION 199409L /* Initial value of __STDC_VERSION__ */ -#endif - -/* - * defaults - */ - -#ifdef SYSTEM_EXT -#ifndef SYSTEM_EXT_VAL -#define SYSTEM_EXT_VAL "1" -#endif -#endif -#ifdef SYSTEM_EXT2 -#ifndef SYSTEM_EXT2_VAL -#define SYSTEM_EXT2_VAL "1" -#endif -#endif -#ifdef COMPILER_STD1 -#ifndef COMPILER_STD1_VAL -#define COMPILER_STD1_VAL "1" -#endif -#endif -#ifdef COMPILER_STD2 -#ifndef COMPILER_STD2_VAL -#define COMPILER_STD2_VAL "1" -#endif -#endif -#ifdef COMPILER_EXT -#ifndef COMPILER_EXT_VAL -#define COMPILER_EXT_VAL "1" -#endif -#endif -#ifdef COMPILER_EXT2 -#ifndef COMPILER_EXT2_VAL -#define COMPILER_EXT2_VAL "1" -#endif -#endif -#ifdef COMPILER_CPLUS -#ifndef COMPILER_CPLUS_VAL -#define COMPILER_CPLUS_VAL "1" -#endif -#endif - -#ifndef ENV_C_INCLUDE_DIR -#define ENV_C_INCLUDE_DIR "INCLUDE" -#endif -#ifndef ENV_CPLUS_INCLUDE_DIR -#define ENV_CPLUS_INCLUDE_DIR "CPLUS_INCLUDE" -#endif - -#ifndef ENV_SEP -#if SYS_FAMILY == SYS_WIN -#define ENV_SEP ';' -#else -#define ENV_SEP ':' -#endif -#endif - -#ifndef ONE_PASS -#define ONE_PASS FALSE -#endif - -/* - * CHARBIT, UCHARMAX are respectively CHAR_BIT, UCHAR_MAX of target compiler. - * CHARBIT should be defined to the number of bits per character. - * It is needed only for processing of multi-byte character constants. - * UCHARMAX should be defined to the maximum value of type unsigned char - * or maximum value of unsigned int which is converted from type (signed) - * char. - * - * LONGMAX should be defined to the LONG_MAX in <limits.h>. - * ULONGMAX should be defined to the ULONG_MAX in <limits.h>. - */ - -/* _POSIX_* only to get PATH_MAX */ -#define _POSIX_ 1 -#define _POSIX_SOURCE 1 -#ifndef _POSIX_C_SOURCE -#define _POSIX_C_SOURCE 1 -#define _POSIX_C_SOURCE_defined 1 -#endif -#include "limits.h" -#undef _POSIX_ -#undef _POSIX_SOURCE -#ifdef _POSIX_C_SOURCE_defined -#undef _POSIX_C_SOURCE -#undef _POSIX_C_SOURCE_defined -#endif -#define CHARBIT CHAR_BIT -#define UCHARMAX UCHAR_MAX -#define USHRTMAX USHRT_MAX -#define LONGMAX LONG_MAX -#define ULONGMAX ULONG_MAX - -/* - * Define MBCHAR (multi-byte character encoding) to SJIS, EUC_JP or other. - */ -#ifndef MBCHAR -#define MBCHAR 0 -#endif - -/* - * SJIS_IS_ESCAPE_FREE means the compiler does not escape '0x5c' ('\\') in - * shift-JIS encoded multi-byte character. SJIS_IS_ESCAPE_FREE == FALSE - * enables cpp to insert * '\\' before '\\' of the 2nd byte of SJIS code in - * literal. This insertion is for the compiler-proper which can't recognize - * SJIS literal. - * BIGFIVE_IS_ESCAPE_FREE means similar case on BIGFIVE encoding. - * ISO2022_JP_IS_ESCAPE_FREE means similar case on ISO2022_JP encoding. - */ -#ifndef SJIS_IS_ESCAPE_FREE -#define SJIS_IS_ESCAPE_FREE FALSE /* or TRUE following your compiler */ -#endif -#ifndef BIGFIVE_IS_ESCAPE_FREE -#define BIGFIVE_IS_ESCAPE_FREE FALSE /* or TRUE following your compiler */ -#endif -#ifndef ISO2022_JP_IS_ESCAPE_FREE -#define ISO2022_JP_IS_ESCAPE_FREE FALSE /* or TRUE following compiler */ -#endif - -/* - * P A R T 2 Configurations for host-compiler. - * - * WARNING: In case of HOST_COMPILER differs from COMPILER, you must - * edit here and there of this part. - */ - -#define HOST_HAVE_STPCPY HAVE_STPCPY - -/* - * Declaration of standard library functions and macros. - */ - -/* stdin, stdout, stderr, FILE, NULL, fgets(), fputs() and other functions. */ -#include "stdio.h" - -/* PATHMAX is the maximum length of path-list on the host system. */ -#ifdef PATH_MAX -#define PATHMAX PATH_MAX /* Posix macro */ -#else -#define PATHMAX FILENAME_MAX -#endif - -/* islower(), isupper(), toupper(), isdigit(), isxdigit(), iscntrl() */ -#include "ctype.h" - -/* errno */ -#include "errno.h" - -#include "string.h" -#include "stdlib.h" -#include "time.h" -#include "setjmp.h" - -/* For debugging malloc systems by kmatsui */ -#if KMMALLOC && _MEM_DEBUG -#include "xalloc.h" -#endif - diff --git a/TAO/TAO_IDL/contrib/mcpp/directive.cpp b/TAO/TAO_IDL/contrib/mcpp/directive.cpp deleted file mode 100644 index a0539790786..00000000000 --- a/TAO/TAO_IDL/contrib/mcpp/directive.cpp +++ /dev/null @@ -1,1699 +0,0 @@ -/*- $Id$ - * Copyright (c) 1998, 2002-2008 Kiyoshi Matsui <kmatsui@t3.rim.or.jp> - * All rights reserved. - * - * Some parts of this code are derived from the public domain software - * DECUS cpp (1984,1985) written by Martin Minow. - * - * Redistribution and use in source and binary forms, with or without - * modification, are permitted provided that the following conditions - * are met: - * 1. Redistributions of source code must retain the above copyright - * notice, this list of conditions and the following disclaimer. - * 2. Redistributions in binary form must reproduce the above copyright - * notice, this list of conditions and the following disclaimer in the - * documentation and/or other materials provided with the distribution. - * - * THIS SOFTWARE IS PROVIDED BY THE AUTHOR ``AS IS'' AND - * ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE - * IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE - * ARE DISCLAIMED. IN NO EVENT SHALL THE AUTHOR BE LIABLE - * FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL - * DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS - * OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) - * HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT - * LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY - * OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF - * SUCH DAMAGE. - */ - -/* - * D I R E C T I V E . C - * P r o c e s s D i r e c t i v e L i n e s - * - * The routines to handle directives other than #include and #pragma - * are placed here. - */ - -#if PREPROCESSED -#include "mcpp.H" -#else -#include "system.H" -#include "internal.H" -#endif - -static int do_if( int hash, const char * directive_name); -/* #if, #elif, #ifdef, #ifndef */ -static void sync_linenum( void); -/* Synchronize number of newlines */ -static long do_line( void); -/* Process #line directive */ -static int get_parm( void); -/* Get parameters of macro, its nargs, names, lengths */ -static int get_repl( const char * macroname); -/* Get replacement text embedding parameter number */ -static char * is_formal( const char * name, int conv); -/* If formal parameter, save the number */ -static char * def_stringization( char * repl_cur); -/* Define stringization */ -static char * mgtoken_save( const char * macroname); -/* Prefix DEF_MAGIC to macro name in repl-text */ -static char * str_parm_scan( char * string_end); -/* Scan the parameter in quote */ -static void do_undef( void); -/* Process #undef directive */ -static void dump_repl( const DEFBUF * dp, FILE * fp, int gcc2_va); -/* Dump replacement text */ - -/* - * Generate (by hand-inspection) a set of unique values for each directive. - * MCPP won't compile if there are hash conflicts. - */ -#define L_if ('i' ^ (EOS << 1)) -#define L_ifdef ('i' ^ ('d' << 1)) -#define L_ifndef ('i' ^ ('n' << 1)) -#define L_elif ('e' ^ ('i' << 1)) -#define L_else ('e' ^ ('s' << 1)) -#define L_endif ('e' ^ ('d' << 1)) -#define L_define ('d' ^ ('f' << 1)) -#define L_undef ('u' ^ ('d' << 1)) -#define L_line ('l' ^ ('n' << 1)) -#define L_include ('i' ^ ('c' << 1)) -#if COMPILER == GNUC -#define L_include_next ('i' ^ ('c' << 1) ^ ('_' << 1)) -#endif -#if SYSTEM == SYS_MAC -#define L_import ('i' ^ ('p' << 1)) -#endif -#define L_error ('e' ^ ('r' << 1)) -#define L_pragma ('p' ^ ('a' << 1)) - -static const char * const not_ident -= "Not an identifier \"%s\""; /* _E_ */ -static const char * const no_arg = "No argument"; /* _E_ */ -static const char * const excess -= "Excessive token sequence \"%s\""; /* _E_ _W1_ */ - -void directive( void) -/* - * Process #directive lines. Each directive have their own subroutines. - */ -{ - const char * const many_nesting = - "More than %.0s%ld nesting of #if (#ifdef) sections%s"; /* _F_ _W4_ _W8_ */ - const char * const not_in_section - = "Not in a #if (#ifdef) section in a source file"; /* _E_ _W1_ */ - const char * const illeg_dir - = "Illegal #directive \"%s%.0ld%s\""; /* _E_ _W1_ _W8_ */ - const char * const in_skipped = " (in skipped block)"; /* _W8_ */ - FILEINFO * file; - int token_type; - int hash; - int c; - const char * tp; - - in_directive = TRUE; - if (keep_comments) { - mcpp_fputc( '\n', OUT); /* Possibly flush out comments */ - newlines--; - } - c = skip_ws(); - if (c == '\n') /* 'null' directive */ - goto ret; - token_type = scan_token( c, (workp = work_buf, &workp), work_end); - if (in_asm && (token_type != NAM - || (! str_eq( identifier, "asm") - && ! str_eq( identifier, "endasm")))) - /* In #asm block, ignore #anything other than #asm or #endasm */ - goto skip_line; - if (token_type != NAM) { - if (mcpp_mode == OLD_PREP && token_type == NUM) { /* # 123 [fname]*/ - ACE_OS::strcpy( identifier, "line"); - } else { - if (compiling) { - if (option_flags.lang_asm) { - if (warn_level & 1) - cwarn( illeg_dir, work_buf, 0L, 0); - } else { - cerror( illeg_dir, work_buf, 0L, 0); - } - } else if (warn_level & 8) { - cwarn( illeg_dir, work_buf, 0L, in_skipped); - } - goto skip_line; - } - } - hash = (identifier[ 1] == EOS) ? identifier[ 0] - : (identifier[ 0] ^ (identifier[ 2] << 1)); - if (ACE_OS::strlen( identifier) > 7) - hash ^= (identifier[ 7] << 1); - - /* hash is set to a unique value corresponding to the directive.*/ - switch (hash) { - case L_if: tp = "if"; break; - case L_ifdef: tp = "ifdef"; break; - case L_ifndef: tp = "ifndef"; break; - case L_elif: tp = "elif"; break; - case L_else: tp = "else"; break; - case L_endif: tp = "endif"; break; - case L_define: tp = "define"; break; - case L_undef: tp = "undef"; break; - case L_line: tp = "line"; break; - case L_include: tp = "include"; break; -#if COMPILER == GNUC - case L_include_next: tp = "include_next"; break; -#endif -#if SYSTEM == SYS_MAC - case L_import: tp = "import"; break; -#endif - case L_error: tp = "error"; break; - case L_pragma: tp = "pragma"; break; - default: tp = 0; break; - } - - if (tp != 0 && ! str_eq( identifier, tp)) { /* Hash conflict*/ - hash = 0; /* Unknown directive, will */ - tp = 0; /* be handled by do_old() */ - } - - if (! compiling) { /* Not compiling now */ - switch (hash) { - case L_elif : - if (! standard) { - if (warn_level & 8) - do_old(); /* Unknown directive */ - goto skip_line; /* Skip the line */ - } /* Else fall through */ - case L_else : /* Test the #if's nest, if 0, compile */ - case L_endif: /* Un-nest #if */ - break; - case L_if : /* These can't turn */ - case L_ifdef: /* compilation on, but */ - case L_ifndef : /* we must nest #if's.*/ - if (&ifstack[ BLK_NEST] < ++ifptr) - goto if_nest_err; - if (standard && (warn_level & 8) - && &ifstack[ std_limits.blk_nest + 1] == ifptr) - cwarn( many_nesting, 0, (long) std_limits.blk_nest - , in_skipped); - ifptr->stat = 0; /* !WAS_COMPILING */ - ifptr->ifline = src_line; /* Line at section start*/ - goto skip_line; - default : /* Other directives */ - if (tp == 0 && (warn_level & 8)) - do_old(); /* Unknown directive ? */ - goto skip_line; /* Skip the line */ - } - } - - macro_line = 0; /* Reset error flag */ - file = infile; /* Remember the current file */ - - switch (hash) { - - case L_if: - case L_ifdef: - case L_ifndef: - if (&ifstack[ BLK_NEST] < ++ifptr) - goto if_nest_err; - if (standard && (warn_level & 4) && - &ifstack[ std_limits.blk_nest + 1] == ifptr) - cwarn( many_nesting, 0 , (long) std_limits.blk_nest, 0); - ifptr->stat = WAS_COMPILING; - ifptr->ifline = src_line; - goto ifdo; - - case L_elif: - if (! standard) { - do_old(); /* Unrecognized directive */ - break; - } - if (ifptr == &ifstack[0]) - goto nest_err; - if (ifptr == infile->initif) { - goto in_file_nest_err; - } - if (ifptr->stat & ELSE_SEEN) - goto else_seen_err; - if ((ifptr->stat & (WAS_COMPILING | TRUE_SEEN)) != WAS_COMPILING) { - compiling = FALSE; /* Done compiling stuff */ - goto skip_line; /* Skip this group */ - } - hash = L_if; - ifdo: - c = do_if( hash, tp); - if (mcpp_debug & IF) { - mcpp_fprintf( DBG - , "#if (#elif, #ifdef, #ifndef) evaluate to %s.\n" - , compiling ? "TRUE" : "FALSE"); - mcpp_fprintf( DBG, "line %ld: %s", src_line, infile->buffer); - } - if (c == FALSE) { /* Error */ - compiling = FALSE; /* Skip this group */ - goto skip_line; /* Prevent an extra error message */ - } - break; - - case L_else: - if (ifptr == &ifstack[0]) - goto nest_err; - if (ifptr == infile->initif) { - if (standard) - goto in_file_nest_err; - else if (warn_level & 1) - cwarn( not_in_section, 0, 0L, 0); - } - if (ifptr->stat & ELSE_SEEN) - goto else_seen_err; - ifptr->stat |= ELSE_SEEN; - ifptr->elseline = src_line; - if (ifptr->stat & WAS_COMPILING) { - if (compiling || (ifptr->stat & TRUE_SEEN) != 0) - compiling = FALSE; - else - compiling = TRUE; - } - if ((mcpp_debug & MACRO_CALL) && (ifptr->stat & WAS_COMPILING)) { - sync_linenum(); - mcpp_fprintf( OUT, "/*else %ld:%c*/\n", src_line - , compiling ? 'T' : 'F'); /* Show that #else is seen */ - } - break; - - case L_endif: - if (ifptr == &ifstack[0]) - goto nest_err; - if (ifptr <= infile->initif) { - if (standard) - goto in_file_nest_err; - else if (warn_level & 1) - cwarn( not_in_section, 0, 0L, 0); - } - if (! compiling && (ifptr->stat & WAS_COMPILING)) - wrong_line = TRUE; - compiling = (ifptr->stat & WAS_COMPILING); - if ((mcpp_debug & MACRO_CALL) && compiling) { - sync_linenum(); - mcpp_fprintf( OUT, "/*endif %ld*/\n", src_line); - /* Show that #if block has ended */ - } - --ifptr; - break; - - case L_define: - do_define( FALSE, 0); - break; - - case L_undef: - do_undef(); - break; - - case L_line: - if ((c = do_line()) > 0) { - src_line = c; - sharp( 0, 0); /* Putout the new line number and file name */ - infile->line = --src_line; /* Next line number is 'src_line' */ - newlines = -1; - } else { /* Error already diagnosed by do_line() */ - skip_nl(); - } - break; - - case L_include: - in_include = TRUE; - if (do_include( FALSE) == TRUE && file != infile) - newlines = -1; /* File has been included. Clear blank lines */ - in_include = FALSE; - break; - - case L_error: - if (! standard) { - do_old(); /* Unrecognized directive */ - break; - } - cerror( infile->buffer, 0, 0L, 0); /* _E_ */ - break; - - case L_pragma: - if (! standard) { - do_old(); /* Unrecognized directive */ - break; - } - do_pragma(); - newlines = -1; /* Do not putout excessive '\n' */ - break; - - default: /* Non-Standard or unknown directives */ - do_old(); - break; - } - - switch (hash) { - case L_if : - case L_elif : - case L_define : - case L_line : - goto skip_line; /* To prevent duplicate error message */ -#if COMPILER == GNUC - case L_include_next : - if (file != infile) /* File has been included */ - newlines = -1; -#endif -#if SYSTEM == SYS_MAC - case L_import : - if (file != infile) /* File has been included */ - newlines = -1; -#endif - case L_error : - if (standard) - goto skip_line; - /* Else fall through */ - case L_include : - case L_pragma : - if (standard) - break; /* Already read over the line */ - /* Else fall through */ - default : /* L_else, L_endif, L_undef, etc. */ - if (mcpp_mode == OLD_PREP) { - /* - * Ignore the rest of the #directive line so you can write - * #if foo - * #endif foo - */ - ; - } else if (skip_ws() != '\n') { -#if COMPILER == GNUC - if (standard && hash != L_endif) -#else - if (standard) -#endif - cerror( excess, infile->bptr-1, 0L, 0); - else if (warn_level & 1) - cwarn( excess, infile->bptr-1, 0L, 0); - } - skip_nl(); - } - goto ret; - - in_file_nest_err: - cerror( not_in_section, 0, 0L, 0); - goto skip_line; - nest_err: - cerror( "Not in a #if (#ifdef) section", 0, 0L, 0); /* _E_ */ - goto skip_line; - else_seen_err: - cerror( "Already seen #else at line %.0s%ld" /* _E_ */ - , 0, ifptr->elseline, 0); - skip_line: - skip_nl(); /* Ignore rest of line */ - goto ret; - - if_nest_err: - cfatal( many_nesting, 0, (long) BLK_NEST, 0); - - ret: - in_directive = FALSE; - keep_comments = option_flags.c && compiling && !no_output; - keep_spaces = option_flags.k && compiling; - /* keep_spaces is on for #define line even if no_output is TRUE */ - if (! wrong_line) - newlines++; -} - -static int do_if( int hash, const char * directive_name) -/* - * Process an #if (#elif), #ifdef or #ifndef. The latter two are straight- - * forward, while #if needs a subroutine to evaluate the expression. - * do_if() is called only if compiling is TRUE. If false, compilation is - * always supressed, so we don't need to evaluate anything. This supresses - * unnecessary warnings. - */ -{ - int c; - int found; - DEFBUF * defp; - - if ((c = skip_ws()) == '\n') { - unget_ch(); - cerror( no_arg, 0, 0L, 0); - return FALSE; - } - if (mcpp_debug & MACRO_CALL) { - sync_linenum(); - mcpp_fprintf( OUT, "/*%s %ld*/", directive_name, src_line); - } - if (hash == L_if) { /* #if or #elif */ - unget_ch(); - found = (eval_if() != 0L); /* Evaluate expression */ - if (mcpp_debug & MACRO_CALL) - in_if = FALSE; /* 'in_if' is dynamically set in eval_lex() */ - hash = L_ifdef; /* #if is now like #ifdef */ - } else { /* #ifdef or #ifndef */ - if (scan_token( c, (workp = work_buf, &workp), work_end) != NAM) { - cerror( not_ident, work_buf, 0L, 0); - return FALSE; /* Next token is not an identifier */ - } - found = ((defp = look_id( identifier)) != 0); /* Look in table*/ - if (mcpp_debug & MACRO_CALL) { - if (found) - mcpp_fprintf( OUT, "/*%s*/", defp->name); - } - } - if (found == (hash == L_ifdef)) { - compiling = TRUE; - ifptr->stat |= TRUE_SEEN; - } else { - compiling = FALSE; - } - if (mcpp_debug & MACRO_CALL) { - mcpp_fprintf( OUT, "/*i %c*/\n", compiling ? 'T' : 'F'); - /* Report wheather the directive is evaluated TRUE or FALSE */ - } - return TRUE; -} - -static void sync_linenum( void) -/* - * Put out newlines or #line line to synchronize line number with the - * annotations about #if, #elif, #ifdef, #ifndef, #else or #endif on -K option. - */ -{ - if (wrong_line || newlines > 10) { - sharp( 0, 0); - } else { - while (newlines-- > 0) - mcpp_fputc('\n', OUT); - } - newlines = -1; -} - -static long do_line( void) -/* - * Parse the line to update the line number and "filename" field for the next - * input line. - * Values returned are as follows: - * -1: syntax error or out-of-range error (diagnosed by do_line(), - * eval_num()). - * [1,32767]: legal line number for C90, [1,2147483647] for C99. - * Line number [32768,2147483647] in C90 mode is only warned (not an error). - * do_line() always absorbs the line (except the <newline>). - */ -{ - const char * const not_digits - = "Line number \"%s\" isn't a decimal digits sequence"; /* _E_ _W1_ */ - const char * const out_of_range - = "Line number \"%s\" is out of range of [1,%ld]"; /* _E_ _W1_ */ - int token_type; - VAL_SIGN * valp; - char * save; - int c; - - if ((c = skip_ws()) == '\n') { - cerror( no_arg, 0, 0L, 0); - unget_ch(); /* Push back <newline> */ - return -1L; /* Line number is not changed */ - } - - if (standard) { - token_type = get_unexpandable( c, FALSE); - if (macro_line == MACRO_ERROR) /* Unterminated macro */ - return -1L; /* already diagnosed. */ - if (token_type == NO_TOKEN) /* Macro expanded to 0 token */ - goto no_num; - if (token_type != NUM) - goto illeg_num; - } else if (scan_token( c, (workp = work_buf, &workp), work_end) != NUM) { - goto illeg_num; - } - for (workp = work_buf; *workp != EOS; workp++) { - if (! isdigit( *workp & UCHARMAX)) { - if (standard) { - cerror( not_digits, work_buf, 0L, 0); - return -1L; - } else if (warn_level & 1) { - cwarn( not_digits, work_buf, 0L, 0); - } - } - } - valp = eval_num( work_buf); /* Evaluate number */ - if (valp->sign == VAL_ERROR) { /* Error diagnosed by eval_num()*/ - return -1; - } else if (standard - && (std_limits.line_num < valp->val || valp->val <= 0L)) { - if (valp->val < LINE99LIMIT && valp->val > 0L) { - if (warn_level & 1) - cwarn( out_of_range, work_buf, std_limits.line_num, 0); - } else { - cerror( out_of_range, work_buf, std_limits.line_num, 0); - return -1L; - } - } - - if (standard) { - token_type = get_unexpandable( skip_ws(), FALSE); - if (macro_line == MACRO_ERROR) - return -1L; - if (token_type != STR) { - if (token_type == NO_TOKEN) { /* Filename is absent */ - return (long) valp->val; - } else { /* Expanded macro should be a quoted string */ - goto not_fname; - } - } - } else { - if ((c = skip_ws()) == '\n') { - unget_ch(); - return (long) valp->val; - } - if (scan_token( c, (workp = work_buf, &workp), work_end) != STR) - goto not_fname; - } -#if COMPILER == GNUC - if (memcmp( workp - 3, "//", 2) == 0) { /* "/cur-dir//" */ - save = infile->filename; /* Do not change the file name */ - } else -#endif - { - *(workp - 1) = EOS; /* Ignore right '"' */ - save = save_string( &work_buf[ 1]); /* Ignore left '"' */ - } - - if (standard) { - if (get_unexpandable( skip_ws(), FALSE) != NO_TOKEN) { - cerror( excess, work_buf, 0L, 0); - ACE_OS::free( save); - return -1L; - } - } else if (mcpp_mode == OLD_PREP) { - skip_nl(); - unget_ch(); - } else if ((c = skip_ws()) == '\n') { - unget_ch(); - } else { - if (warn_level & 1) { - scan_token( c, (workp = work_buf, &workp), work_end); - cwarn( excess, work_buf, 0, 0); - } - skip_nl(); - unget_ch(); - } - - if (infile->filename) - ACE_OS::free( infile->filename); - infile->filename = save; /* New file name */ - /* Note that this does not change infile->real_fname */ - return (long) valp->val; /* New line number */ - - no_num: - cerror( "No line number", 0, 0L, 0); /* _E_ */ - return -1L; - illeg_num: - cerror( "Not a line number \"%s\"", work_buf, 0L, 0); /* _E_ */ - return -1L; - not_fname: - cerror( "Not a file name \"%s\"", work_buf, 0L, 0); /* _E_ */ - return -1L; -} - -/* - * M a c r o D e f i n i t i o n s - */ - -/* - * look_id() Looks for the name in the defined symbol table. Returns a - * pointer to the definition if found, or 0 if not present. - * install_macro() Installs the definition. Updates the symbol table. - * undefine() Deletes the definition from the symbol table. - */ - -/* - * Global work_buf[] are used to store #define parameter lists and - * parms[].name point to them. - * 'nargs' contains the actual number of parameters stored. - */ -typedef struct { - char * name; /* -> Start of each parameter */ - size_t len; /* Length of parameter name */ -} PARM; -static PARM parms[ NMACPARS]; -static int nargs; /* Number of parameters */ -static char * token_p; /* Pointer to the token scanned */ -static char * repl_base; /* Base of buffer for repl-text */ -static char * repl_end; /* End of buffer for repl-text */ -static const char * const no_ident = "No identifier"; /* _E_ */ -#if COMPILER == GNUC -static int gcc2_va_arg; /* GCC2-spec variadic macro */ -#endif - -DEFBUF * do_define( - int ignore_redef, /* Do not redefine */ - int predefine /* Predefine compiler-specific name */ - /* - * Note: The value of 'predefine' should be one of 0, DEF_NOARGS_PREDEF - * or DEF_NOARGS_PREDEF_OLD, the other values cause errors. - */ - ) -/* - * Called from directive() when a #define is scanned or called from - * do_options() when a -D option is scanned. This module parses formal - * parameters by get_parm() and the replacement text by get_repl(). - * - * There is some special case code to distinguish - * #define foo bar -- object-like macro - * from #define foo() bar -- function-like macro with no parameter - * - * Also, we make sure that - * #define foo foo - * expands to "foo" but doesn't put MCPP into an infinite loop. - * - * A warning is printed if you redefine a symbol with a non-identical - * text. I.e, - * #define foo 123 - * #define foo 123 - * is ok, but - * #define foo 123 - * #define foo +123 - * is not. - * - * The following subroutines are called from do_define(): - * get_parm() parsing and remembering parameter names. - * get_repl() parsing and remembering replacement text. - * - * The following subroutines are called from get_repl(): - * is_formal() is called when an identifier is scanned. It checks through - * the array of formal parameters. If a match is found, the - * identifier is replaced by a control byte which will be used - * to locate the parameter when the macro is expanded. - * def_stringization() is called when '#' operator is scanned. It surrounds - * the token to stringize with magic-codes. - * - * modes other than STD ignore difference of parameter names in macro - * redefinition. - */ -{ - const char * const predef = "\"%s\" shouldn't be redefined"; /* _E_ */ - char repl_list[ NMACWORK + IDMAX]; /* Replacement text */ - char macroname[ IDMAX + 1]; /* Name of the macro defining */ - DEFBUF * defp; /* -> Old definition */ - DEFBUF ** prevp; /* -> Pointer to previous def in list */ - int c; - int redefined; /* TRUE if redefined */ - int dnargs = 0; /* defp->nargs */ - int cmp; /* Result of name comparison */ - size_t def_start = 0, def_end = 0; /* Column of macro definition */ - - repl_base = repl_list; - repl_end = & repl_list[ NMACWORK]; - c = skip_ws(); - if ((mcpp_debug & MACRO_CALL) && src_line) /* Start of definition */ - def_start = infile->bptr - infile->buffer - 1; - if (c == '\n') { - cerror( no_ident, 0, 0L, 0); - unget_ch(); - return 0; - } else if (scan_token( c, (workp = work_buf, &workp), work_end) != NAM) { - cerror( not_ident, work_buf, 0L, 0); - return 0; - } else { - prevp = look_prev( identifier, &cmp); - /* Find place in the macro list to insert the definition */ - defp = *prevp; - if (standard) { - if (cmp || defp->push) { /* Not known or 'pushed' macro */ - if (str_eq( identifier, "defined") - || ((stdc_val || cplus_val) - && str_eq( identifier, "__VA_ARGS__"))) { - cerror( - "\"%s\" shouldn't be defined", identifier, 0L, 0); /* _E_ */ - return 0; - } - redefined = FALSE; /* Quite new definition */ - } else { /* It's known: */ - if (ignore_redef) - return defp; - dnargs = (defp->nargs == DEF_NOARGS_STANDARD - || defp->nargs == DEF_NOARGS_PREDEF - || defp->nargs == DEF_NOARGS_PREDEF_OLD) - ? DEF_NOARGS : defp->nargs; - if (dnargs <= DEF_NOARGS_DYNAMIC /* __FILE__ and such */ - || dnargs == DEF_PRAGMA /* _Pragma() pseudo-macro */ - ) { - cerror( predef, identifier, 0L, 0); - return 0; - } else { - redefined = TRUE; /* Remember this fact */ - } - } - } else { - if (cmp) { - redefined = FALSE; /* Quite new definition */ - } else { /* It's known: */ - if (ignore_redef) - return defp; - dnargs = (defp->nargs == DEF_NOARGS_STANDARD - || defp->nargs == DEF_NOARGS_PREDEF - || defp->nargs == DEF_NOARGS_PREDEF_OLD) - ? DEF_NOARGS : defp->nargs; - redefined = TRUE; - } - } - } - ACE_OS::strcpy( macroname, identifier); /* Remember the name */ - - in_define = TRUE; /* Recognize '#', '##' */ - if (get_parm() == FALSE) { /* Get parameter list */ - in_define = FALSE; - return 0; /* Syntax error */ - } - if (get_repl( macroname) == FALSE) { /* Get replacement text */ - in_define = FALSE; - return 0; /* Syntax error */ - } - if ((mcpp_debug & MACRO_CALL) && src_line) { - /* Remember location on source */ - char * cp; - cp = infile->bptr - 1; /* Before '\n' */ - while (char_type[ *cp & UCHARMAX] & HSP) - cp--; /* Trailing space */ - cp++; /* Just after the last token */ - def_end = cp - infile->buffer; /* End of definition */ - } - - in_define = FALSE; - if (redefined) { - if (dnargs != nargs || ! str_eq( defp->repl, repl_list) - || (mcpp_mode == STD && ! str_eq( defp->parmnames, work_buf)) - ) { /* Warn if differently redefined */ - if (warn_level & 1) { - cwarn( - "The macro is redefined", 0, 0L, 0); /* _W1_ */ - if (! option_flags.no_source_line) - dump_a_def( " previously macro", defp, FALSE, TRUE - , fp_err); - } - } else { /* Identical redefinition */ - return defp; - } - } /* Else new or re-definition*/ - defp = install_macro( macroname, nargs, work_buf, repl_list, prevp, cmp - , predefine); - if ((mcpp_debug & MACRO_CALL) && src_line) { - /* Get location on source file */ - LINE_COL s_line_col, e_line_col; - s_line_col.line = src_line; - s_line_col.col = def_start; - get_src_location( & s_line_col); - /* Convert to pre-line-splicing data */ - e_line_col.line = src_line; - e_line_col.col = def_end; - get_src_location( & e_line_col); - /* Putout the macro definition information embedded in comment */ - mcpp_fprintf( OUT, "/*m%s %ld:%d-%ld:%d*/\n", defp->name - , s_line_col.line, s_line_col.col - , e_line_col.line, e_line_col.col); - wrong_line = TRUE; /* Need #line later */ - } - if (mcpp_mode == STD && cplus_val && id_operator( macroname) - && (warn_level & 1)) - /* These are operators, not identifiers, in C++98 */ - cwarn( "\"%s\" is defined as macro", macroname /* _W1_ */ - , 0L, 0); - return defp; -} - -static int get_parm( void) -/* - * Get parameters i.e. numbers into nargs, name into work_buf[], name-length - * into parms[].len. parms[].name point into work_buf. - * Return TRUE if the parameters are legal, else return FALSE. - * In STD mode preprocessor must remember the parameter names, only for - * checking the validity of macro redefinitions. This is required by the - * Standard (what an overhead !). - */ -{ - const char * const many_parms - = "More than %.0s%ld parameters"; /* _E_ _W4_ */ - const char * const illeg_parm - = "Illegal parameter \"%s\""; /* _E_ */ - const char * const misplaced_ellip - = "\"...\" isn't the last parameter"; /* _E_ */ - int token_type; - int c; - - parms[ 0].name = workp = work_buf; - work_buf[ 0] = EOS; -#if COMPILER == GNUC - gcc2_va_arg = FALSE; -#endif - - /* POST_STD mode */ - insert_sep = NO_SEP; /* Clear the inserted token separator */ - c = get_ch(); - - if (c == '(') { /* With arguments? */ - nargs = 0; /* Init parms counter */ - if (skip_ws() == ')') - return TRUE; /* Macro with 0 parm */ - else - unget_ch(); - - do { /* Collect parameters */ - if (nargs >= NMACPARS) { - cerror( many_parms, 0, (long) NMACPARS, 0); - return FALSE; - } - parms[ nargs].name = workp; /* Save its start */ - if ((token_type = scan_token( c = skip_ws(), &workp, work_end)) - != NAM) { - if (c == '\n') { - break; - } else if (c == ',' || c == ')') { - cerror( "Empty parameter", 0, 0L, 0); /* _E_ */ - return FALSE; - } else if (standard && (stdc_val || cplus_val) - && token_type == OPE && openum == OP_ELL) { - /* - * Enable variable argument macro which is a feature of - * C99. We enable this even on C90 or C++ for GCC - * compatibility. - */ - if (skip_ws() != ')') { - cerror( misplaced_ellip, 0, 0L, 0); - return FALSE; - } - parms[ nargs++].len = 3; - nargs |= VA_ARGS; - goto ret; - } else { - cerror( illeg_parm, parms[ nargs].name, 0L, 0); - return FALSE; /* Bad parameter syntax */ - } - } - if (standard && (stdc_val || cplus_val) - && str_eq( identifier, "__VA_ARGS__")) { - cerror( illeg_parm, parms[ nargs].name, 0L, 0); - return FALSE; - /* __VA_ARGS__ should not be used as a parameter */ - } - if (is_formal( parms[ nargs].name, FALSE)) { - cerror( "Duplicate parameter name \"%s\"" /* _E_ */ - , parms[ nargs].name, 0L, 0); - return FALSE; - } - parms[ nargs].len = (size_t) (workp - parms[ nargs].name); - /* Save length of param */ - *workp++ = ','; - nargs++; - } while ((c = skip_ws()) == ','); /* Get another parameter*/ - - *--workp = EOS; /* Remove excessive ',' */ - if (c != ')') { /* Must end at ) */ -#if COMPILER == GNUC - /* Handle GCC2 variadic params like par... */ - char * tp = workp; - if (mcpp_mode == STD - &&(token_type = scan_token( c, &workp, work_end)) == OPE - && openum == OP_ELL) { - if ((c = skip_ws()) != ')') { - cerror( misplaced_ellip, 0, 0L, 0); - return FALSE; - } - *tp = EOS; /* Remove "..." */ - nargs |= VA_ARGS; - gcc2_va_arg = TRUE; - goto ret; - } -#endif - unget_ch(); /* Push back '\n' */ - cerror( - "Missing \",\" or \")\" in parameter list \"(%s\"" /* _E_ */ - , work_buf, 0L, 0); - return FALSE; - } - } else { - /* - * DEF_NOARGS is needed to distinguish between - * "#define foo" and "#define foo()". - */ - nargs = DEF_NOARGS; /* Object-like macro */ - unget_ch(); - } - ret: -#if NMACPARS > NMACPARS90MIN - if ((warn_level & 4) && (nargs & ~AVA_ARGS) > std_limits.n_mac_pars) - cwarn( many_parms, 0 , (long) std_limits.n_mac_pars, 0); -#endif - return TRUE; -} - -static int get_repl( - const char * macroname - ) -/* - * Get replacement text i.e. names of formal parameters are converted to - * the magic numbers, and operators #, ## is converted to magic characters. - * Return TRUE if replacement list is legal, else return FALSE. - * Any token separator in the text is converted to a single space, no token - * sepatator is inserted by MCPP. Those are required by the Standard for - * stringizing of an argument by # operator. - * In POST_STD mode, inserts a space between any tokens in source (except a - * macro name and the next '(' in macro definition), hence presence or absence - * of token separator makes no difference. - */ -{ - const char * const mixed_ops - = "Macro with mixing of ## and # operators isn't portable"; /* _W4_ */ - const char * const multiple_cats - = "Macro with multiple ## operators isn't portable"; /* _W4_ */ - char * prev_token = 0; /* Preceding token */ - char * prev_prev_token = 0; /* Pre-preceding token */ - int multi_cats = FALSE; /* Multiple ## operators*/ - int c; - int token_type; /* Type of token */ - char * temp; - char * repl_cur = repl_base; /* Pointer into repl-text buffer*/ - - *repl_cur = EOS; - token_p = 0; - if (mcpp_mode == STD) { - c = get_ch(); - unget_ch(); - if (((char_type[ c] & SPA) == 0) && (nargs < 0) && (warn_level & 1)) - cwarn( "No space between macro name \"%s\" and repl-text"/* _W1_ */ - , macroname, 0L, 0); - } - c = skip_ws(); /* Get to the body */ - - while (c != '\n') { - if (standard) { - prev_prev_token = prev_token; - prev_token = token_p; - } - token_p = repl_cur; /* Remember the pointer */ - token_type = scan_token( c, &repl_cur, repl_end); - - switch (token_type) { - case OPE: /* Operator or punctuator */ - if (! standard) - break; - switch (openum) { - case OP_CAT: /* ## */ - if (prev_token == 0) { - cerror( "No token before ##" /* _E_ */ - , 0, 0L, 0); - return FALSE; - } else if (*prev_token == CAT) { - cerror( "## after ##", 0, 0L, 0); /* _E_ */ - return FALSE; - } else if (prev_prev_token && *prev_prev_token == CAT) { - multi_cats = TRUE; - } else if (prev_prev_token && *prev_prev_token == ST_QUOTE - && (warn_level & 4)) { /* # parm ## */ - cwarn( mixed_ops, 0, 0L, 0); - } - repl_cur = token_p; - *repl_cur++ = CAT; /* Convert to CAT */ - break; - case OP_STR: /* # */ - if (nargs < 0) /* In object-like macro */ - break; /* '#' is an usual char */ - if (prev_token && *prev_token == CAT - && (warn_level & 4)) /* ## # */ - cwarn( mixed_ops, 0, 0L, 0); - repl_cur = token_p; /* Overwrite on # */ - if ((temp = def_stringization( repl_cur)) == 0) { - return FALSE; /* Error */ - } else { - repl_cur = temp; - } - break; - default: /* Any operator as it is */ - break; - } - break; - case NAM: - /* - * Replace this name if it's a parm. Note that the macro name is a - * possible replacement token. We stuff DEF_MAGIC in front of the - * token which is treated as a LETTER by the token scanner and eaten - * by the macro expanding routine. This prevents the macro expander - * from looping if someone writes "#define foo foo". - */ - temp = is_formal( identifier, TRUE); - if (temp == 0) { /* Not a parameter name */ - if (! standard) - break; - if ((stdc_val || cplus_val) - && str_eq( identifier, "__VA_ARGS__")) { -#if COMPILER == GNUC - if (gcc2_va_arg) { - cerror( "\"%s\" cannot be used in GCC2-spec variadic macro" /* _E_ */ - , identifier, 0L, 0); - return FALSE; - } -#endif - cerror( "\"%s\" without corresponding \"...\"" /* _E_ */ - , identifier, 0L, 0); - return FALSE; - } - if ((temp = mgtoken_save( macroname)) != 0) - repl_cur = temp; /* Macro name */ - } else { /* Parameter name */ - repl_cur = temp; -#if COMPILER == GNUC - if (mcpp_mode == STD && (nargs & VA_ARGS) - && *(repl_cur - 1) == (nargs & ~AVA_ARGS)) { - if (! str_eq( identifier, "__VA_ARGS__") - && (warn_level & 2)) - cwarn( - "GCC2-spec variadic macro is defined" /* _W2_ */ - , 0, 0L, 0); - if (prev_token && *prev_token == CAT - && prev_prev_token && *prev_prev_token == ',') - /* ", ## __VA_ARGS__" is sequence peculiar */ - /* to GCC3-spec variadic macro. */ - /* Or ", ## last_arg" is sequence peculiar */ - /* to GCC2-spec variadic macro. */ - nargs |= GVA_ARGS; - /* Mark as sequence peculiar to GCC */ - /* This will be warned at expansion time */ - } -#endif - } - break; - - case STR: /* String in mac. body */ - case CHR: /* Character constant */ - if (mcpp_mode == OLD_PREP) - repl_cur = str_parm_scan( repl_cur); - break; - case SEP: - if (mcpp_mode == OLD_PREP && c == COM_SEP) - repl_cur--; /* Skip comment now */ - break; - default: /* Any token as it is */ - break; - } - - if ((c = get_ch()) == ' ' || c == '\t') { - *repl_cur++ = ' '; /* Space */ - while ((c = get_ch()) == ' ' || c == '\t') - ; /* Skip excessive spaces */ - } - } - - while (repl_base < repl_cur - && (*(repl_cur - 1) == ' ' || *(repl_cur - 1) == '\t')) - repl_cur--; /* Remove trailing spaces */ - *repl_cur = EOS; /* Terminate work */ - - unget_ch(); /* For syntax check */ - if (standard) { - if (token_p && *token_p == CAT) { - cerror( "No token after ##", 0, 0L, 0); /* _E_ */ - return FALSE; - } - if (multi_cats && (warn_level & 4)) - cwarn( multiple_cats, 0, 0L, 0); - if ((nargs & VA_ARGS) && stdc_ver < 199901L && (warn_level & 2)) - /* Variable arg macro is the spec of C99, not C90 nor C++98 */ - cwarn( "Variable argument macro is defined", /* _W2_ */ - 0, 0L, 0); - } - - return TRUE; -} - -static char * is_formal( - const char * name, - int conv /* Convert to magic number? */ - ) -/* - * If the identifier is a formal parameter, save the MAC_PARM and formal - * offset, returning the advanced pointer into the replacement text. - * Else, return 0. - */ -{ - char * repl_cur; - const char * va_arg = "__VA_ARGS__"; - PARM parm; - size_t len; - int i; - - len = ACE_OS::strlen( name); - for (i = 0; i < (nargs & ~AVA_ARGS); i++) { /* For each parameter */ - parm = parms[ i]; - if ((len == parm.len - /* Note: parms[].name are comma separated */ - && ACE_OS::memcmp( name, parm.name, parm.len) == 0) - || (standard && (nargs & VA_ARGS) - && i == (nargs & ~AVA_ARGS) - 1 && conv - && str_eq( name, va_arg))) { /* __VA_ARGS__ */ - /* If it's known */ -#if COMPILER == GNUC - if (gcc2_va_arg && str_eq( name, va_arg)) - return 0; /* GCC2 variadic macro */ -#endif - if (conv) { - repl_cur = token_p; /* Overwrite on the name*/ - *repl_cur++ = MAC_PARM; /* Save the signal */ - *repl_cur++ = i + 1; /* Save the parm number */ - return repl_cur; /* Return "gotcha" */ - } else { - return parm.name; /* Duplicate parm name */ - } - } - } - - return 0; /* Not a formal param */ -} - -static char * def_stringization( char * repl_cur) -/* - * Define token stringization. - * We store a magic cookie (which becomes surrouding " on expansion) preceding - * the parameter as an operand of # operator. - * Return the current pointer into replacement text if the token following # - * is a parameter name, else return 0. - */ -{ - int c; - char * temp; - - *repl_cur++ = ST_QUOTE; /* Prefix */ - if (char_type[ c = get_ch()] & HSP) { /* There is a space */ - *repl_cur++ = ' '; - while (char_type[ c = get_ch()] & HSP) /* Skip excessive spaces*/ - ; - } - token_p = repl_cur; /* Remember the pointer */ - if (scan_token( c, &repl_cur, repl_end) == NAM) { - if ((temp = is_formal( identifier, TRUE)) != 0) { - repl_cur = temp; - return repl_cur; - } - } - cerror( "Not a formal parameter \"%s\"", token_p, 0L, 0); /* _E_ */ - return 0; -} - -static char * mgtoken_save( const char * macroname) -/* - * A magic cookie is inserted if the token is identical to the macro name, - * so the expansion doesn't recurse. - * Return the advanced pointer into the replacement text or 0. - */ -{ - char * repl_cur; - - if (str_eq( macroname, identifier)) { /* Macro name in body */ - repl_cur = token_p; /* Overwrite on token */ - *repl_cur++ = DEF_MAGIC; /* Save magic marker */ - repl_cur = mcpp_stpcpy( repl_cur, identifier); - /* And save the token */ - return repl_cur; - } else { - return 0; - } -} - -static char * str_parm_scan( char * string_end) -/* - * String parameter scan. - * This code -- if enabled -- recognizes a formal parameter in a string - * literal or in a character constant. - * #define foo(bar, v) printf("%bar\n", v) - * foo( d, i) - * expands to: - * printf("%d\n", i) - * str_parm_scan() return the advanced pointer into the replacement text. - * This has been superceded by # stringizing and string concatenation. - * This routine is called only in OLD_PREP mode. - */ -{ - int delim; - int c; - char * tp; - char * wp; /* Pointer into the quoted literal */ - - delim = *token_p; - unget_string( ++token_p, 0); - /* Pseudo-token-parsing in a string literal */ - wp = token_p; - while ((c = get_ch()) != delim) { - token_p = wp; - if (scan_token( c, &wp, string_end) != NAM) - continue; - if ((tp = is_formal( token_p, TRUE)) != 0) - wp = tp; - } - *wp++ = delim; - return wp; -} - -static void do_undef( void) -/* - * Remove the symbol from the defined list. - * Called from directive(). - */ -{ - DEFBUF * defp; - int c; - - if ((c = skip_ws()) == '\n') { - cerror( no_ident, 0, 0L, 0); - unget_ch(); - return; - } - if (scan_token( c, (workp = work_buf, &workp), work_end) != NAM) { - cerror( not_ident, work_buf, 0L, 0); - skip_nl(); - unget_ch(); - } else { - if ((defp = look_id( identifier)) == 0) { - if (warn_level & 8) - cwarn( "\"%s\" wasn't defined" /* _W8_ */ - , identifier, 0L, 0); - } else if (standard && (defp->nargs <= DEF_NOARGS_STANDARD - /* Standard predef */ - || defp->nargs == DEF_PRAGMA)) { - /* _Pragma() pseudo-macro */ - cerror( "\"%s\" shouldn't be undefined" /* _E_ */ - , identifier, 0L, 0); - } else if (standard) { - c = skip_ws(); - unget_ch(); - if (c != '\n') /* Trailing junk */ - return; - else - undefine( identifier); - } else { - undefine( identifier); - } - } -} - -/* - * C P P S y m b o l T a b l e s - * - * SBSIZE defines the number of hash-table slots for the symbol table. - * It must be a power of 2. - */ - -/* Symbol table queue headers. */ -static DEFBUF * symtab[ SBSIZE]; -static long num_of_macro = 0; - -#ifdef MCPP_LIB -void init_directive( void) -/* Initialize static variables. */ -{ - num_of_macro = 0; -} -#endif - -DEFBUF * look_id( const char * name) -/* - * Look for the identifier in the symbol table. - * If found, return the table pointer; Else return 0. - */ -{ - DEFBUF ** prevp; - int cmp; - - prevp = look_prev( name, &cmp); - - if (standard) - return ((cmp == 0 && (*prevp)->push == 0) ? *prevp : 0); - else - return ((cmp == 0) ? *prevp : 0); -} - -DEFBUF ** look_prev( - const char * name, /* Name of the macro */ - int * cmp /* Result of comparison */ - ) -/* - * Look for the place to insert the macro definition. - * Return a pointer to the previous member in the linked list. - */ -{ - const char * np; - DEFBUF ** prevp; - DEFBUF * dp; - size_t s_name; - int hash; - - for (hash = 0, np = name; *np != EOS; ) - hash += *np++; - hash += s_name = (size_t)(np - name); - s_name++; - prevp = & symtab[ hash & SBMASK]; - *cmp = -1; /* Initialize */ - - while ((dp = *prevp) != 0) { - if ((*cmp = ACE_OS::memcmp( dp->name, name, s_name)) >= 0) - break; - prevp = &dp->link; - } - - return prevp; -} - -DEFBUF * look_and_install( - const char * name, /* Name of the macro */ - int numargs, /* The numbers of parms */ - const char * parmnames, /* Names of parameters concatenated */ - const char * repl /* Replacement text */ - ) -/* - * Look for the name and (re)define it. - * Returns a pointer to the definition block. - * Returns 0 if the symbol was Standard-predefined. - */ -{ - DEFBUF ** prevp; /* Place to insert definition */ - DEFBUF * defp; /* New definition block */ - int cmp; /* Result of comparison of new name and old */ - - prevp = look_prev( name, &cmp); - defp = install_macro( name, numargs, parmnames, repl, prevp, cmp, 0); - return defp; -} - -DEFBUF * install_macro( - const char * name, /* Name of the macro */ - int numargs, /* The numbers of parms */ - const char * parmnames, /* Names of parameters concatenated */ - const char * repl, /* Replacement text */ - DEFBUF ** prevp, /* The place to insert definition */ - int cmp, /* Result of comparison of new name and old */ - int predefine /* Predefined macro without leading '_' */ - ) -/* - * Enter this name in the lookup table. - * Returns a pointer to the definition block. - * Returns 0 if the symbol was Standard-predefined. - * Note that predefinedness can be specified by either of 'numargs' or - * 'predefine'. - */ -{ - DEFBUF * dp; - DEFBUF * defp; - size_t s_name, s_parmnames, s_repl; - - defp = *prevp; /* Old definition, if cmp == 0 */ - if (cmp == 0 && defp->nargs < DEF_NOARGS - 1) - return 0; /* Standard predefined */ - if (parmnames == 0 || repl == 0 || (predefine && numargs > 0) - || (predefine && predefine != DEF_NOARGS_PREDEF - && predefine != DEF_NOARGS_PREDEF_OLD)) - /* Shouldn't happen */ - cfatal( "Bug: Illegal macro installation of \"%s\"" /* _F_ */ - , name, 0L, 0); /* Use "" instead of 0 */ - s_name = ACE_OS::strlen( name); - if (mcpp_mode == STD) - s_parmnames = ACE_OS::strlen( parmnames) + 1; - else - s_parmnames = 0; - s_repl = ACE_OS::strlen( repl) + 1; - dp = (DEFBUF *) - ACE_OS::malloc( sizeof (DEFBUF) + s_name + s_parmnames + s_repl); - if (cmp || (standard && (*prevp)->push)) { /* New definition */ - dp->link = defp; /* Insert to linked list */ - *prevp = dp; - } else { /* Redefinition */ - dp->link = defp->link; /* Replace old def with new */ - *prevp = dp; - ACE_OS::free( defp); - } - dp->nargs = predefine ? predefine : numargs; - if (standard) { - dp->push = 0; - dp->parmnames = (char *)dp + sizeof (DEFBUF) + s_name; - dp->repl = dp->parmnames + s_parmnames; - if (mcpp_mode == STD) - ACE_OS::memcpy( dp->parmnames, parmnames, s_parmnames); - } else { - dp->repl = (char *)dp + sizeof (DEFBUF) + s_name; - } - ACE_OS::memcpy( dp->name, name, s_name + 1); - ACE_OS::memcpy( dp->repl, repl, s_repl); - /* Remember where the macro is defined */ - dp->fname = cur_fullname; /* Full-path-list of current file */ - dp->mline = src_line; - if (standard && cmp && ++num_of_macro == std_limits.n_macro + 1 - && std_limits.n_macro && (warn_level & 4)) - /* '&& std_limits.n_macro' to avoid warning before initialization */ - cwarn( "More than %.0s%ld macros defined" /* _W4_ */ - , 0 , std_limits.n_macro, 0); - return dp; -} - -int undefine( - const char * name /* Name of the macro */ - ) -/* - * Delete the macro definition from the symbol table. - * Returns TRUE, if deleted; - * Else returns FALSE (when the macro was not defined or was Standard - * predefined). - */ -{ - DEFBUF ** prevp; /* Preceding definition in list */ - DEFBUF * dp; /* Definition to delete */ - int cmp; /* 0 if defined, else not defined */ - - prevp = look_prev( name, &cmp); - dp = *prevp; /* Definition to delete */ - if (cmp || dp->nargs <= DEF_NOARGS_STANDARD) - return FALSE; /* Not defined or Standard predefined */ - if (standard && dp->push) - return FALSE; /* 'Pushed' macro */ - *prevp = dp->link; /* Link the previous and the next */ - if ((mcpp_debug & MACRO_CALL) && dp->mline) { - /* Notice this directive unless the macro is predefined */ - mcpp_fprintf( OUT, "/*undef %ld*//*%s*/\n", src_line, dp->name); - wrong_line = TRUE; - } - ACE_OS::free( dp); /* Delete the definition */ - if (standard) - num_of_macro--; - return TRUE; -} - -static void dump_repl( - const DEFBUF * dp, - FILE * fp, - int gcc2_va - ) -/* - * Dump replacement text. - */ -{ - int numargs = dp->nargs; - char * cp1; - size_t i; - int c; - const char * cp; - - for (cp = dp->repl; (c = *cp++ & UCHARMAX) != EOS; ) { - - switch (c) { - case MAC_PARM: /* Parameter */ - c = (*cp++ & UCHARMAX) - 1; - if (standard) { - PARM parm = parms[ c]; - if ((numargs & VA_ARGS) && c == (numargs & ~AVA_ARGS) - 1) { - mcpp_fputs( gcc2_va ? parm.name : "__VA_ARGS__" - , FP2DEST( fp)); - /* gcc2_va is possible only in STD mode */ - } else { - if (mcpp_mode == STD) { - for (i = 0, cp1 = parm.name; i < parm.len; i++) - mcpp_fputc( *cp1++, FP2DEST( fp)); - } else { - mcpp_fputc( 'a' + c % 26, FP2DEST( fp)); - if (c > 26) - mcpp_fputc( '0' + c / 26, FP2DEST( fp)); - } - } - } else { - mcpp_fputc( 'a' + c % 26, FP2DEST( fp)); - if (c > 26) - mcpp_fputc( '0' + c / 26, FP2DEST( fp)); - } - break; - case DEF_MAGIC: - if (! standard) - mcpp_fputc( c, FP2DEST( fp)); - /* Else skip */ - break; - case CAT: - if (standard) - mcpp_fputs( "##", FP2DEST( fp)); - else - mcpp_fputc( c, FP2DEST( fp)); - break; - case ST_QUOTE: - if (standard) - mcpp_fputs( "#", FP2DEST( fp)); - else - mcpp_fputc( c, FP2DEST( fp)); - break; - case COM_SEP: - /* - * Though TOK_SEP coincides to COM_SEP, this cannot appear in - * Standard mode. - */ - if (mcpp_mode == OLD_PREP) - mcpp_fputs( "/**/", FP2DEST( fp)); - break; - default: - mcpp_fputc( c, FP2DEST( fp)); - break; - } - } -} - -/* - * If the compiler is so-called "one-pass" compiler, compiler-predefined - * macros are commented out to avoid redefinition. - */ -#if ONE_PASS -#define CAN_REDEF DEF_NOARGS -#else -#define CAN_REDEF DEF_NOARGS_PREDEF -#endif - -void dump_a_def( - const char * why, - const DEFBUF * dp, - int newdef, /* TRUE if parmnames are currently in parms[] */ - int comment, /* Show location of the definition in comment */ - FILE * fp - ) -/* - * Dump a macro definition. - */ -{ - char * cp, * cp1; - int numargs = dp->nargs & ~AVA_ARGS; - int commented; /* To be commented out */ - int gcc2_va = FALSE; /* GCC2-spec variadic */ - int i; - - if (standard && numargs == DEF_PRAGMA) /* _Pragma pseudo-macro */ - return; - if ((numargs < CAN_REDEF) || (standard && dp->push)) - commented = TRUE; - else - commented = FALSE; - if (! comment && commented) /* For -dM option */ - return; - if (why) - mcpp_fprintf( FP2DEST( fp), "%s \"%s\" defined as: ", why, dp->name); - mcpp_fprintf( FP2DEST( fp), "%s#define %s", commented ? "/* " : "", - dp->name); /* Macro name */ - if (numargs >= 0) { /* Parameter list */ - if (mcpp_mode == STD) { - const char * appendix = null; - if (! newdef) { - /* Make parms[] for dump_repl() */ - for (i = 0, cp = dp->parmnames; i < numargs; - i++, cp = cp1 + 1) { - if ((cp1 = ACE_OS::strchr( cp, ',')) == 0) /* The last arg */ - parms[ i].len = ACE_OS::strlen( cp); - else - parms[ i].len = (size_t) (cp1 - cp); - parms[ i].name = cp; - } - } -#if COMPILER == GNUC - if ((dp->nargs & VA_ARGS) - && ACE_OS::memcmp( parms[ numargs - 1].name, "...", 3) != 0) { - appendix = "..."; /* Append ... so as to become 'args...' */ - gcc2_va = TRUE; - } -#endif - mcpp_fprintf( FP2DEST( fp), "(%s%s)", dp->parmnames, appendix); - } else { - if (newdef) { - mcpp_fprintf( FP2DEST( fp), "(%s)", parms[ 0].name); - } else if (numargs == 0) { - mcpp_fputs( "()", FP2DEST( fp)); - } else { - /* Print parameter list automatically made as: */ - /* a, b, c, ..., a0, b0, c0, ..., a1, b1, c1, ... */ - mcpp_fputc( '(', FP2DEST( fp)); - for (i = 0; i < numargs; i++) { /* Make parameter list */ - mcpp_fputc( 'a' + i % 26, FP2DEST( fp)); - if (i >= 26) - mcpp_fputc( '0' + i / 26, FP2DEST( fp)); - if (i + 1 < numargs) - mcpp_fputc( ',', FP2DEST( fp)); - } - mcpp_fputc( ')', FP2DEST( fp)); - } - } - } - if (*dp->repl) { - mcpp_fputc( ' ', FP2DEST( fp)); - dump_repl( dp, fp, gcc2_va); /* Replacement text */ - } - if (commented) - /* Standard predefined or one-pass-compiler-predefined */ - mcpp_fputs( " */", FP2DEST( fp)); - if (comment) /* Not -dM option */ - mcpp_fprintf( FP2DEST( fp), " \t/* %s:%ld\t*/", dp->fname, dp->mline); - mcpp_fputc( '\n', FP2DEST( fp)); -} - -void dump_def( - int comment, /* Location of definition in comment */ - int K_opt /* -K option is specified */ - ) -/* - * Dump all the current macro definitions to output stream. - */ -{ - DEFBUF * dp; - DEFBUF ** symp; - - sharp( 0, 0); /* Report the current source file & line */ - if (comment) - mcpp_fputs( "/* Currently defined macros. */\n", OUT); - for (symp = symtab; symp < &symtab[ SBSIZE]; symp++) { - if ((dp = *symp) != 0) { - do { - if (K_opt) - mcpp_fprintf( OUT, "/*m%s*/\n", dp->name); - else - dump_a_def( 0, dp, FALSE, comment, fp_out); - } while ((dp = dp->link) != 0); - } - } - wrong_line = TRUE; /* Line number is out of sync */ -} - -#ifdef MCPP_LIB -void clear_symtable( void) -/* - * Free all the macro definitions. - */ -{ - DEFBUF * next; - DEFBUF * dp; - DEFBUF ** symp; - - for (symp = symtab; symp < &symtab[ SBSIZE]; symp++) { - for (next = *symp; next != 0; ) { - dp = next; - next = dp->link; - ACE_OS::free( dp); /* Free the symbol */ - } - *symp = 0; - } -} -#endif - diff --git a/TAO/TAO_IDL/contrib/mcpp/eval.cpp b/TAO/TAO_IDL/contrib/mcpp/eval.cpp deleted file mode 100644 index 59d97520c82..00000000000 --- a/TAO/TAO_IDL/contrib/mcpp/eval.cpp +++ /dev/null @@ -1,1676 +0,0 @@ -/*- $Id$ - * Copyright (c) 1998, 2002-2008 Kiyoshi Matsui <kmatsui@t3.rim.or.jp> - * All rights reserved. - * - * Some parts of this code are derived from the public domain software - * DECUS cpp (1984,1985) written by Martin Minow. - * - * Redistribution and use in source and binary forms, with or without - * modification, are permitted provided that the following conditions - * are met: - * 1. Redistributions of source code must retain the above copyright - * notice, this list of conditions and the following disclaimer. - * 2. Redistributions in binary form must reproduce the above copyright - * notice, this list of conditions and the following disclaimer in the - * documentation and/or other materials provided with the distribution. - * - * THIS SOFTWARE IS PROVIDED BY THE AUTHOR ``AS IS'' AND - * ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE - * IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE - * ARE DISCLAIMED. IN NO EVENT SHALL THE AUTHOR BE LIABLE - * FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL - * DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS - * OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) - * HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT - * LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY - * OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF - * SUCH DAMAGE. - */ - -/* - * E V A L . C - * E x p r e s s i o n E v a l u a t i o n - * - * The routines to evaluate #if expression are placed here. - * Some routines are used also to evaluate the value of numerical tokens. - */ - -#if PREPROCESSED -#include "mcpp.H" -#else -#include "system.H" -#include "internal.H" -#endif - -typedef struct optab { - char op; /* Operator */ - char prec; /* Its precedence */ - char skip; /* Short-circuit: non-0 to skip */ -} OPTAB; - -static int eval_lex( void); -/* Get type and value of token */ -static int chk_ops( void); -/* Check identifier-like ops */ -static VAL_SIGN * eval_char( char * const token); -/* Evaluate character constant */ -static expr_t eval_one( char ** seq_pp, int wide, int mbits, int * ucn8); -/* Evaluate a character */ -static VAL_SIGN * eval_eval( VAL_SIGN * valp, int op); -/* Entry to #if arithmetic */ -static expr_t eval_signed( VAL_SIGN ** valpp, expr_t v1, expr_t v2, int op); -/* Do signed arithmetic of expr.*/ -static expr_t eval_unsigned( VAL_SIGN ** valpp, uexpr_t v1u, uexpr_t v2u - , int op); -/* Do unsigned arithmetic */ -static void overflow( const char * op_name, VAL_SIGN ** valpp - , int ll_overflow); -/* Diagnose overflow of expr. */ -static int do_sizeof( void); -/* Evaluate sizeof (type) */ -static int look_type( int typecode); -/* Look for type of the name */ -static void dump_val( const char * msg, const VAL_SIGN * valp); -/* Print value of an operand */ -static void dump_stack( const OPTAB * opstack, const OPTAB * opp - , const VAL_SIGN * value, const VAL_SIGN * valp); -/* Print stacked operators */ - -/* For debug and error messages. */ -static const char * const opname[ OP_END + 1] = { - "end of expression", "val", "(", - "unary +", "unary -", "~", "!", - "*", "/", "%", - "+", "-", "<<", ">>", - "<", "<=", ">", ">=", "==", "!=", - "&", "^", "|", "&&", "||", - "?", ":", - ")", "(none)" -}; - -/* - * opdope[] has the operator (and operand) precedence: - * Bits - * 7 Unused (so the value is always positive) - * 6-2 Precedence (0000 .. 0174) - * 1-0 Binary op. flags: - * 10 The next binop flag (binop should/not follow). - * 01 The binop flag (should be set/cleared when this op is seen). - * Note: next binop - * value 1 0 Value doesn't follow value. - * Binop, ), END should follow value, value or unop doesn't. - * ( 0 0 ( doesn't follow value. Value follows. - * unary 0 0 Unop doesn't follow value. Value follows. - * binary 0 1 Binary op follows value. Value follows. - * ) 1 1 ) follows value. Binop, ), END follows. - * END 0 1 END follows value, doesn't follow ops. - */ - -static const char opdope[ OP_END + 1] = { - 0001, /* End of expression */ - 0002, 0170, /* VAL (constant), LPA */ - /* Unary op's */ - 0160, 0160, 0160, 0160, /* PLU, NEG, COM, NOT */ - /* Binary op's */ - 0151, 0151, 0151, /* MUL, DIV, MOD, */ - 0141, 0141, 0131, 0131, /* ADD, SUB, SL, SR */ - 0121, 0121, 0121, 0121, 0111, 0111, /* LT, LE, GT, GE, EQ, NE */ - 0101, 0071, 0061, 0051, 0041, /* AND, XOR, OR, ANA, ORO */ - 0031, 0031, /* QUE, COL */ - /* Parens */ - 0013, 0023 /* RPA, END */ -}; -/* - * OP_QUE, OP_RPA and unary operators have alternate precedences: - */ -#define OP_RPA_PREC 0013 -#define OP_QUE_PREC 0024 /* From right to left grouping */ -#define OP_UNOP_PREC 0154 /* ditto */ - -/* - * S_ANDOR and S_QUEST signal "short-circuit" boolean evaluation, so that - * #if FOO != 0 && 10 / FOO ... - * doesn't generate an error message. They are stored in optab.skip. - */ -#define S_ANDOR 2 -#define S_QUEST 1 - -static VAL_SIGN ev; /* Current value and signedness */ -static int skip = 0; /* 3-way signal of skipping expr*/ -static const char * const non_eval -= " (in non-evaluated sub-expression)"; /* _W8_ */ - -#if HAVE_LONG_LONG && COMPILER == INDEPENDENT -static int w_level = 1; /* warn_level at overflow of long */ -#else -static int w_level = 2; -#endif - -/* - * In KR and OLD_PREP modes. - * Define bits for the basic types and their adjectives. - */ -#define T_CHAR 1 -#define T_INT 2 -#define T_FLOAT 4 -#define T_DOUBLE 8 -#define T_LONGDOUBLE 16 -#define T_SHORT 32 -#define T_LONG 64 -#define T_LONGLONG 128 -#define T_SIGNED 256 -#define T_UNSIGNED 512 -#define T_PTR 1024 /* Pointer to data objects */ -#define T_FPTR 2048 /* Pointer to functions */ - -/* - * The SIZES structure is used to store the values for #if sizeof. - */ -typedef struct sizes { - int bits; /* If this bit is set, */ - int size; /* this is the datum size value */ - int psize; /* this is the pointer size */ -} SIZES; - -/* - * S_CHAR, etc. define the sizeof the basic TARGET machine word types. - * By default, sizes are set to the values for the HOST computer. If - * this is inappropriate, see those tables for details on what to change. - * Also, if you have a machine where sizeof (signed int) differs from - * sizeof (unsigned int), you will have to edit those tables and code in - * eval.c. - * Note: sizeof in #if expression is disallowed by Standard. - */ - -#define S_CHAR (sizeof (char)) -#define S_SINT (sizeof (short int)) -#define S_INT (sizeof (int)) -#define S_LINT (sizeof (long int)) -#define S_FLOAT (sizeof (float)) -#define S_DOUBLE (sizeof (double)) -#define S_PCHAR (sizeof (char *)) -#define S_PSINT (sizeof (short int *)) -#define S_PINT (sizeof (int *)) -#define S_PLINT (sizeof (long int *)) -#define S_PFLOAT (sizeof (float *)) -#define S_PDOUBLE (sizeof (double *)) -#define S_PFPTR (sizeof (int (*)())) -#if HAVE_LONG_LONG -// FUZZ: disable check_for_msc_ver -#if (HOST_COMPILER == BORLANDC) \ - || (HOST_COMPILER == MSC && defined(_MSC_VER) && (_MSC_VER <= 1300)) -// FUZZ: enable check_for_msc_ver -#define S_LLINT (sizeof (__int64)) -#define S_PLLINT (sizeof (__int64 *)) -#else -#define S_LLINT (sizeof (long long int)) -#define S_PLLINT (sizeof (long long int *)) -#endif -#endif -#define S_LDOUBLE (sizeof (long double)) -#define S_PLDOUBLE (sizeof (long double *)) - -typedef struct types { - int type; /* This is the bits for types */ - const char * token_name; /* this is the token word */ - int excluded; /* but these aren't legal here. */ -} TYPES; - -#define ANYSIGN (T_SIGNED | T_UNSIGNED) -#define ANYFLOAT (T_FLOAT | T_DOUBLE | T_LONGDOUBLE) -#if HAVE_LONG_LONG -#define ANYINT (T_CHAR | T_SHORT | T_INT | T_LONG | T_LONGLONG) -#else -#define ANYINT (T_CHAR | T_SHORT | T_INT | T_LONG) -#endif - -static const TYPES basic_types[] = { - { T_CHAR, "char", ANYFLOAT | ANYINT }, - { T_SHORT, "short", ANYFLOAT | ANYINT }, - { T_INT, "int", ANYFLOAT | T_CHAR | T_INT }, - { T_LONG, "long", ANYFLOAT | ANYINT }, -#if HAVE_LONG_LONG -#if HOST_COMPILER == BORLANDC - { T_LONGLONG, "__int64", ANYFLOAT | ANYINT }, -#else - { T_LONGLONG, "long long", ANYFLOAT | ANYINT }, -#endif -#endif - { T_FLOAT, "float", ANYFLOAT | ANYINT | ANYSIGN }, - { T_DOUBLE, "double", ANYFLOAT | ANYINT | ANYSIGN }, - { T_LONGDOUBLE, "long double", ANYFLOAT | ANYINT | ANYSIGN }, - { T_SIGNED, "signed", ANYFLOAT | ANYINT | ANYSIGN }, - { T_UNSIGNED, "unsigned", ANYFLOAT | ANYINT | ANYSIGN }, - { 0, 0, 0 } /* Signal end */ -}; - -/* - * In this table, T_FPTR (pointer to function) should be placed last. - */ -static const SIZES size_table[] = { - { T_CHAR, S_CHAR, S_PCHAR }, /* char */ - { T_SHORT, S_SINT, S_PSINT }, /* short int */ - { T_INT, S_INT, S_PINT }, /* int */ - { T_LONG, S_LINT, S_PLINT }, /* long */ -#if HAVE_LONG_LONG - { T_LONGLONG, S_LLINT, S_PLLINT }, /* long long */ -#endif - { T_FLOAT, S_FLOAT, S_PFLOAT }, /* float */ - { T_DOUBLE, S_DOUBLE, S_PDOUBLE }, /* double */ - { T_LONGDOUBLE, S_LDOUBLE, S_PLDOUBLE }, /* long double */ - { T_FPTR, 0, S_PFPTR }, /* int (*()) */ - { 0, 0, 0 } /* End of table */ -}; - -#define is_binary(op) (FIRST_BINOP <= op && op <= LAST_BINOP) -#define is_unary(op) (FIRST_UNOP <= op && op <= LAST_UNOP) - - -#ifdef MCPP_LIB -void init_eval( void) -{ - skip = 0; -} -#endif - -expr_t eval_if( void) -/* - * Evaluate a #if expression. Straight-forward operator precedence. - * This is called from directive() on encountering an #if directive. - * It calls the following routines: - * eval_lex() Lexical analyser -- returns the type and value of - * the next input token. - * eval_eval() Evaluates the current operator, given the values on the - * value stack. Returns a pointer to the (new) value stack. - */ -{ - VAL_SIGN value[ NEXP * 2 + 1]; /* Value stack */ - OPTAB opstack[ NEXP * 3 + 1]; /* Operator stack */ - int parens = 0; /* Nesting levels of (, ) */ - int prec; /* Operator precedence */ - int binop = 0; /* Set if binary op. needed */ - int op1; /* Operator from stack */ - int skip_cur; /* For short-circuit testing */ - VAL_SIGN * valp = value; /* -> Value and signedness */ - OPTAB * opp = opstack; /* -> Operator stack */ - int op; /* Current operator */ - - opp->op = OP_END; /* Mark bottom of stack */ - opp->prec = opdope[ OP_END]; /* And its precedence */ - skip = skip_cur = opp->skip = 0; /* Not skipping now */ - - while (1) { - if (mcpp_debug & EXPRESSION) - mcpp_fprintf( DBG - , "In eval loop skip = %d, binop = %d, line is: %s\n" - , opp->skip, binop, infile->bptr); - skip = opp->skip; - op = eval_lex(); - skip = 0; /* Reset to be ready to return */ - switch (op) { - case OP_SUB : - if (binop == 0) - op = OP_NEG; /* Unary minus */ - break; - case OP_ADD : - if (binop == 0) - op = OP_PLU; /* Unary plus */ - break; - case OP_FAIL: - return 0L; /* Token error */ - } - if (mcpp_debug & EXPRESSION) - mcpp_fprintf( DBG - , "op = %s, opdope = %04o, binop = %d, skip = %d\n" - , opname[ op], opdope[ op], binop, opp->skip); - if (op == VAL) { /* Value? */ - if (binop != 0) { /* Binop is needed */ - cerror( "Misplaced constant \"%s\"" /* _E_ */ - , work_buf, 0L, 0); - return 0L; - } else if (& value[ NEXP * 2] <= valp) { - cerror( "More than %.0s%ld constants stacked at %s" /* _E_ */ - , 0, (long) (NEXP * 2 - 1), work_buf); - return 0L; - } else { - if (mcpp_debug & EXPRESSION) { - dump_val( "pushing ", &ev); - mcpp_fprintf( DBG, " onto value stack[%d]\n" - , (int)(valp - value)); - } - valp->val = ev.val; - (valp++)->sign = ev.sign; - binop = 1; /* Binary operator or so should follow */ - } - continue; - } /* Else operators */ - prec = opdope[ op]; - if (binop != (prec & 1)) { - if (op == OP_EOE) - cerror( "Unterminated expression" /* _E_ */ - , 0, 0L, 0); - else - cerror( "Operator \"%s\" in incorrect context" /* _E_ */ - , opname[ op], 0L, 0); - return 0L; - } - binop = (prec & 2) >> 1; /* Binop should follow? */ - - while (1) { - if (mcpp_debug & EXPRESSION) - mcpp_fprintf( DBG - , "op %s, prec %d, stacked op %s, prec %d, skip %d\n" - , opname[ op], prec, opname[ static_cast <size_t> (opp->op)], opp->prec, opp->skip); - - /* Stack coming sub-expression of higher precedence. */ - if (opp->prec < prec) { - if (op == OP_LPA) { - prec = OP_RPA_PREC; - if (standard && (warn_level & 4) - && ++parens == std_limits.exp_nest + 1) - cwarn( - "More than %.0s%ld nesting of parens" /* _W4_ */ - , 0, (long) std_limits.exp_nest, 0); - } else if (op == OP_QUE) { - prec = OP_QUE_PREC; - } else if (is_unary( op)) { - prec = OP_UNOP_PREC; - } - op1 = opp->skip; /* Save skip for test */ - /* - * Push operator onto operator stack. - */ - opp++; - if (& opstack[ NEXP * 3] <= opp) { - cerror( - "More than %.0s%ld operators and parens stacked at %s" /* _E_ */ - , 0, (long) (NEXP * 3 - 1), opname[ op]); - return 0L; - } - opp->op = op; - opp->prec = prec; - if (&value[0] < valp) - skip_cur = (valp[-1].val != 0L); - /* Short-circuit tester */ - /* - * Do the short-circuit stuff here. Short-circuiting - * stops automagically when operators are evaluated. - */ - if ((op == OP_ANA && ! skip_cur) - || (op == OP_ORO && skip_cur)) { - opp->skip = S_ANDOR; /* And/or skip starts */ - if (skip_cur) /* Evaluate non-zero */ - valp[-1].val = 1L; /* value to 1 */ - } else if (op == OP_QUE) { /* Start of ?: operator */ - opp->skip = (op1 & S_ANDOR) | (!skip_cur ? S_QUEST : 0); - } else if (op == OP_COL) { /* : inverts S_QUEST */ - opp->skip = (op1 & S_ANDOR) - | (((op1 & S_QUEST) != 0) ? 0 : S_QUEST); - } else { /* Other operators leave*/ - opp->skip = op1; /* skipping unchanged. */ - } - if (mcpp_debug & EXPRESSION) { - mcpp_fprintf( DBG, "stacking %s, ", opname[ op]); - if (&value[0] < valp) - dump_val( "valp[-1].val == ", valp - 1); - mcpp_fprintf( DBG, " at %s\n", infile->bptr); - dump_stack( opstack, opp, value, valp); - } - break; - } - - /* - * Coming sub-expression is of lower precedence. - * Evaluate stacked sub-expression. - * Pop operator from operator stack and evaluate it. - * End of stack and '(', ')' are specials. - */ - skip_cur = opp->skip; /* Remember skip value */ - switch ((op1 = opp->op)) { /* Look at stacked op */ - case OP_END: /* Stack end marker */ - if (op == OP_RPA) { /* No corresponding ( */ - cerror( "Excessive \")\"", 0, 0L, 0); /* _E_ */ - return 0L; - } - if (op == OP_EOE) - return valp[-1].val; /* Finished ok. */ - break; - case OP_LPA: /* ( on stack */ - if (op != OP_RPA) { /* Matches ) on input? */ - cerror( "Missing \")\"", 0, 0L, 0); /* _E_ */ - return 0L; - } - opp--; /* Unstack it */ - parens--; /* Count down nest level*/ - break; - case OP_QUE: /* Evaluate true expr. */ - break; - case OP_COL: /* : on stack */ - opp--; /* Unstack : */ - if (opp->op != OP_QUE) { /* Matches ? on stack? */ - cerror( - "Misplaced \":\", previous operator is \"%s\"" /* _E_ */ - , opname[static_cast <size_t> (opp->op)], 0L, 0); - return 0L; - } - /* Evaluate op1. Fall through */ - default: /* Others: */ - opp--; /* Unstack the operator */ - if (mcpp_debug & EXPRESSION) { - mcpp_fprintf( DBG, "Stack before evaluation of %s\n" - , opname[ op1]); - dump_stack( opstack, opp, value, valp); - } - if (op1 == OP_COL) - skip = 0; - else - skip = skip_cur; - valp = eval_eval( valp, op1); - if (valp->sign == VAL_ERROR) - return 0L; /* Out of range or divide by 0 */ - valp++; - skip = 0; - if (mcpp_debug & EXPRESSION) { - mcpp_fprintf( DBG, "Stack after evaluation\n"); - dump_stack( opstack, opp, value, valp); - } - } /* op1 switch end */ - - if (op1 == OP_END || op1 == OP_LPA || op1 == OP_QUE) - break; /* Read another op. */ - } /* Stack unwind loop */ - - } - - return 0L; /* Never reach here */ -} - -static int eval_lex( void) -/* - * Return next operator or constant to evaluate. Called from eval_if(). It - * calls a special-purpose routines for character constants and numeric values: - * eval_char() called to evaluate 'x' - * eval_num() called to evaluate numbers - * C++98 treats 11 identifier-like tokens as operators. - * POST_STD forbids character constants in #if expression. - */ -{ - int c1; - VAL_SIGN * valp; - int warn = ! skip || (warn_level & 8); - int token_type; - int c; - - ev.sign = SIGNED; /* Default signedness */ - ev.val = 0L; /* Default value (on error or 0 value) */ - in_if = ! skip; /* Inform to expand_macro() that the macro is */ - /* in #if line and not skipped expression. */ - c = skip_ws(); - if (c == '\n') { - unget_ch(); - return OP_EOE; /* End of expression */ - } - token_type = get_unexpandable( c, warn); - if (standard && macro_line == MACRO_ERROR) - return OP_FAIL; /* Unterminated macro call */ - if (token_type == NO_TOKEN) - return OP_EOE; /* Only macro(s) expanding to 0-token */ - - switch (token_type) { - case NAM: - if (standard && str_eq( identifier, "defined")) { /* defined name */ - c1 = c = skip_ws(); - if (c == '(') /* Allow defined (name) */ - c = skip_ws(); - if (scan_token( c, (workp = work_buf, &workp), work_end) == NAM) { - DEFBUF * defp = look_id( identifier); - if (warn) { - ev.val = (defp != 0); - if ((mcpp_debug & MACRO_CALL) && ! skip && defp) - /* Annotate if the macro is in non-skipped expr. */ - mcpp_fprintf( OUT, "/*%s*/", defp->name); - } - if (c1 != '(' || skip_ws() == ')') /* Balanced ? */ - return VAL; /* Parsed ok */ - } - cerror( "Bad defined syntax: %s" /* _E_ */ - , infile->fp ? "" : infile->buffer, 0L, 0); - break; - } else if (cplus_val) { - if (str_eq( identifier, "true")) { - ev.val = 1L; - return VAL; - } else if (str_eq( identifier, "false")) { - ev.val = 0L; - return VAL; - } else if (mcpp_mode != POST_STD - && (openum = id_operator( identifier)) != 0) { - /* Identifier-like operator in C++98 */ - ACE_OS::strcpy( work_buf, identifier); - return chk_ops(); - } - } else if (! standard && str_eq( identifier, "sizeof")) { - /* sizeof hackery */ - return do_sizeof(); /* Gets own routine */ - } - /* - * The ANSI C Standard says that an undefined symbol - * in an #if has the value zero. We are a bit pickier, - * warning except where the programmer was careful to write - * #if defined(foo) ? foo : 0 - */ - if ((! skip && (warn_level & 4)) || (skip && (warn_level & 8))) - cwarn( "Undefined symbol \"%s\"%.0ld%s" /* _W4_ _W8_ */ - , identifier, 0L, skip ? non_eval : ", evaluated to 0"); - return VAL; - case CHR: /* Character constant */ - case WCHR: /* Wide char constant */ - if (mcpp_mode == POST_STD) { - cerror( "Can't use a character constant %s" /* _E_ */ - , work_buf, 0L, 0); - break; - } - valp = eval_char( work_buf); /* 'valp' points 'ev' */ - if (valp->sign == VAL_ERROR) - break; - if (mcpp_debug & EXPRESSION) { - dump_val( "eval_char returns ", &ev); - mcpp_fputc( '\n', DBG); - } - return VAL; /* Return a value */ - case STR: /* String literal */ - case WSTR: /* Wide string literal */ - cerror( - "Can't use a string literal %s", work_buf, 0L, 0); /* _E_ */ - break; - case NUM: /* Numbers are harder */ - valp = eval_num( work_buf); /* 'valp' points 'ev' */ - if (valp->sign == VAL_ERROR) - break; - if (mcpp_debug & EXPRESSION) { - dump_val( "eval_num returns ", &ev); - mcpp_fputc( '\n', DBG); - } - return VAL; - case OPE: /* Operator or punctuator */ - return chk_ops(); - - default: /* Total nonsense */ - cerror( "Can't use the character %.0s0x%02lx" /* _E_ */ - , 0, (long) c, 0); - break; - } - - return OP_FAIL; /* Any errors */ -} - -static int chk_ops( void) -/* - * Check the operator. - * If it can't be used in #if expression return OP_FAIL - * else return openum. - */ -{ - switch (openum) { - case OP_STR: case OP_CAT: case OP_ELL: - case OP_1: case OP_2: case OP_3: - cerror( "Can't use the operator \"%s\"" /* _E_ */ - , work_buf, 0L, 0); - return OP_FAIL; - default: - return openum; - } -} - -static int do_sizeof( void) -/* - * Process the sizeof (basic type) operation in an #if string. - * Sets ev.val to the size and returns - * VAL success - * OP_FAIL bad parse or something. - * This routine is never called in STD and POST_STD mode. - */ -{ - const char * const no_type = "sizeof: No type specified"; /* _E_ */ - int warn = ! skip || (warn_level & 8); - int type_end = FALSE; - int typecode = 0; - int token_type = NO_TOKEN; - const SIZES * sizp = 0; - - if (get_unexpandable( skip_ws(), warn) != OPE || openum != OP_LPA) - goto no_good; /* Not '(' */ - - /* - * Scan off the tokens. - */ - - while (! type_end) { - token_type = get_unexpandable( skip_ws(), warn); - /* Get next token expanding macros */ - switch (token_type) { - case OPE: - if (openum == OP_LPA) { /* thing (*)() func ptr */ - if (get_unexpandable( skip_ws(), warn) == OPE - && openum == OP_MUL - && get_unexpandable( skip_ws(), warn) == OPE - && openum == OP_RPA) { /* (*) */ - if (get_unexpandable( skip_ws(), warn) != OPE - || openum != OP_LPA - || get_unexpandable( skip_ws(), warn) != OPE - || openum != OP_RPA) /* Not () */ - goto no_good; - typecode |= T_FPTR; /* Function pointer */ - } else { /* Junk is an error */ - goto no_good; - } - } else { /* '*' or ')' */ - type_end = TRUE; - } - break; - case NAM: /* Look for type comb. */ - if ((typecode = look_type( typecode)) == 0) - return OP_FAIL; /* Illegal type or comb.*/ - break; - default: goto no_good; /* Illegal token */ - } - } /* End of while */ - - /* - * We are at the end of the type scan. Chew off '*' if necessary. - */ - if (token_type == OPE) { - if (openum == OP_MUL) { /* '*' */ - typecode |= T_PTR; - if (get_unexpandable( skip_ws(), warn) != OPE) - goto no_good; - } - if (openum == OP_RPA) { /* ')' */ - /* - * Last syntax check - * We assume that all function pointers are the same size: - * sizeof (int (*)()) == sizeof (float (*)()) - * We assume that signed and unsigned don't change the size: - * sizeof (signed int) == sizeof (unsigned int) - */ - if ((typecode & T_FPTR) != 0) { /* Function pointer */ - typecode = T_FPTR | T_PTR; - } else { /* Var or var * datum */ - typecode &= ~(T_SIGNED | T_UNSIGNED); -#if HAVE_LONG_LONG - if ((typecode & (T_SHORT | T_LONG | T_LONGLONG)) != 0) -#else - if ((typecode & (T_SHORT | T_LONG)) != 0) -#endif - typecode &= ~T_INT; - } - if ((typecode & ~T_PTR) == 0) { - cerror( no_type, 0, 0L, 0); - return OP_FAIL; - } else { - /* - * Exactly one bit (and possibly T_PTR) may be set. - */ - for (sizp = size_table; sizp->bits != 0; sizp++) { - if ((typecode & ~T_PTR) == sizp->bits) { - ev.val = ((typecode & T_PTR) != 0) - ? sizp->psize : sizp->size; - break; - } - } - } - } else { - goto no_good; - } - } else { - goto no_good; - } - - if (mcpp_debug & EXPRESSION) { - if (sizp) - mcpp_fprintf( DBG, - "sizp->bits:0x%x sizp->size:0x%x sizp->psize:0x%x ev.val:0x%lx\n" - , sizp->bits, sizp->size, sizp->psize - , (unsigned long) ev.val); - } - return VAL; - - no_good: - unget_ch(); - cerror( "sizeof: Syntax error", 0, 0L, 0); /* _E_ */ - return OP_FAIL; -} - -static int look_type( - int typecode - ) -{ - const char * const unknown_type - = "sizeof: Unknown type \"%s\"%.0ld%s"; /* _E_ _W8_ */ - const char * const illeg_comb - = "sizeof: Illegal type combination with \"%s\"%.0ld%s"; /* _E_ _W8_ */ - int token_type; - const TYPES * tp; - - if (str_eq( identifier, "long")) { - if ((token_type - = get_unexpandable( skip_ws(), !skip || (warn_level & 8))) - == NO_TOKEN) - return typecode; - if (token_type == NAM) { -#if HAVE_LONG_LONG - if (str_eq( identifier, "long")) { - ACE_OS::strcpy( work_buf, "long long"); - goto basic; - } -#endif - if (str_eq( identifier, "double")) { - ACE_OS::strcpy( work_buf, "long double"); - goto basic; - } - } - unget_string( work_buf, 0); /* Not long long */ - ACE_OS::strcpy( work_buf, "long"); /* nor long double */ - } - - /* - * Look for this unexpandable token in basic_types. - */ - basic: - for (tp = basic_types; tp->token_name != 0; tp++) { - if (str_eq( work_buf, tp->token_name)) - break; - } - - if (tp->token_name == 0) { - if (! skip) { - cerror( unknown_type, work_buf, 0L, 0); - return 0; - } else if (warn_level & 8) { - cwarn( unknown_type, work_buf, 0L, non_eval); - } - } - if ((typecode & tp->excluded) != 0) { - if (! skip) { - cerror( illeg_comb, work_buf, 0L, 0); - return 0; - } else if (warn_level & 8) { - cwarn( illeg_comb, work_buf, 0L, non_eval); - } - } - - if (mcpp_debug & EXPRESSION) { - if (tp->token_name) - mcpp_fprintf( DBG, - "sizeof -- typecode:0x%x tp->token_name:\"%s\" tp->type:0x%x\n" - , typecode, tp->token_name, tp->type); - } - return typecode |= tp->type; /* Or in the type bit */ -} - -VAL_SIGN * eval_num( - const char * nump /* Preprocessing number */ - ) -/* - * Evaluate number for #if lexical analysis. Note: eval_num recognizes - * the unsigned suffix, but only returns a signed expr_t value, and stores - * the signedness to ev.sign, which is set UNSIGNED (== unsigned) if the - * value is not in the range of positive (signed) expr_t. - */ -{ - const char * const not_integer = "Not an integer \"%s\""; /* _E_ */ - const char * const out_of_range - = "Constant \"%s\"%.0ld%s is out of range"; /* _E_ _W1_ _W8_ */ - expr_t value; - uexpr_t v, v1; /* unsigned long long or unsigned long */ - int uflag = FALSE; - int lflag = FALSE; - int erange = FALSE; - int base; - int c, c1; - const char * cp = nump; -#if HAVE_LONG_LONG - const char * const out_of_range_long = - "Constant \"%s\"%.0ld%s is out of range " /* _E_ _W1_ _W2_ _W8_ */ - "of (unsigned) long"; - const char * const ll_suffix = - "LL suffix is used in other than C99 mode \"%s\"%.0ld%s"; /* _W1_ _W2_ _W8_ */ -#if COMPILER == MSC || COMPILER == BORLANDC - const char * const i64_suffix = - "I64 suffix is used in other than C99 mode \"%s\"%.0ld%s"; /* _W2_ _W8_ */ -#endif - int llflag = FALSE; - int erange_long = FALSE; -#endif - - ev.sign = SIGNED; /* Default signedness */ - ev.val = 0L; /* Default value */ - if ((char_type[ c = *cp++ & UCHARMAX] & DIG) == 0) /* Dot */ - goto num_err; - if (c != '0') { /* Decimal */ - base = 10; - } else if ((c = *cp++ & UCHARMAX) == 'x' || c == 'X') { - base = 16; /* Hexadecimal */ - c = *cp++ & UCHARMAX; - } else if (c == EOS) { /* 0 */ - return & ev; - } else { /* Octal or illegal */ - base = 8; - } - - v = v1 = 0L; - for (;;) { - c1 = c; - if (isupper( c1)) - c1 = tolower( c1); - if (c1 >= 'a') - c1 -= ('a' - 10); - else - c1 -= '0'; - if (c1 < 0 || base <= c1) - break; - v1 *= base; - v1 += c1; - if (v1 / base < v) { /* Overflow */ - if (! skip) - goto range_err; - else - erange = TRUE; - } -#if HAVE_LONG_LONG - if (! stdc3 && v1 > ULONGMAX) - /* Overflow of long or unsigned long */ - erange_long = TRUE; -#endif - v = v1; - c = *cp++ & UCHARMAX; - } - - value = v; - while (c == 'u' || c == 'U' || c == 'l' || c == 'L') { - if (c == 'u' || c == 'U') { - if (uflag) - goto num_err; - uflag = TRUE; - } else if (c == 'l' || c == 'L') { -#if HAVE_LONG_LONG - if (llflag) { - goto num_err; - } else if (lflag) { - llflag = TRUE; - if (! stdc3 && ((! skip && (warn_level & w_level)) - || (skip && (warn_level & 8)))) - cwarn( ll_suffix, nump, 0L, skip ? non_eval : 0); - } else { - lflag = TRUE; - } -#else - if (lflag) - goto num_err; - else - lflag = TRUE; -#endif - } - c = *cp++; - } -#if HAVE_LONG_LONG && (COMPILER == MSC || COMPILER == BORLANDC) - if (tolower( c) == 'i') { - c1 = atoi( cp); - if (c1 == 64) { - if (! stdc3 && ((! skip && (warn_level & w_level)) - || (skip && (warn_level & 8)))) - cwarn( i64_suffix, nump, 0L, skip ? non_eval : 0); - cp += 2; - } else if (c1 == 32 || c1 == 16) { - cp += 2; - } else if (c1 == 8) { - cp++; - } - c = *cp++; - } -#endif - - if (c != EOS) - goto num_err; - - if (standard) { - if (uflag) /* If 'U' suffixed, uexpr_t is treated as unsigned */ - ev.sign = UNSIGNED; - else - ev.sign = (value >= 0L); -#if HAVE_LONG_LONG - } else { - if (value > LONGMAX) - erange_long = TRUE; -#endif - } - - ev.val = value; - if (erange && (warn_level & 8)) - cwarn( out_of_range, nump, 0L, non_eval); -#if HAVE_LONG_LONG - else if (erange_long && ((skip && (warn_level & 8)) - || (! stdc3 && ! skip && (warn_level & w_level)))) - cwarn( out_of_range_long, nump, 0L, skip ? non_eval : 0); -#endif - return & ev; - - range_err: - cerror( out_of_range, nump, 0L, 0); - ev.sign = VAL_ERROR; - return & ev; - num_err: - cerror( not_integer, nump, 0L, 0); - ev.sign = VAL_ERROR; - return & ev; -} - -static VAL_SIGN * eval_char( - char * const token - ) -/* - * Evaluate a character constant. - * This routine is never called in POST_STD mode. - */ -{ - const char * const w_out_of_range - = "Wide character constant %s%.0ld%s is out of range"; /* _E_ _W8_ */ - const char * const c_out_of_range - = "Integer character constant %s%.0ld%s is out of range"; /* _E_ _W8_ */ - uexpr_t value; - uexpr_t tmp; - expr_t cl; - int erange = FALSE; - int wide = (*token == 'L'); - int ucn8; - int i; - int bits, mbits, u8bits, bits_save; - char * cp = token + 1; /* Character content */ -#if HAVE_LONG_LONG - const char * const w_out_of_range_long = - "Wide character constant %s%.0ld%s is " /* _E_ _W1_ _W2_ _W8_ */ - "out of range of unsigned long"; - const char * const c_out_of_range_long = - "Integer character constant %s%.0ld%s is " /* _E_ _W1_ _W2_ _W8_ */ - "out of range of unsigned long"; - int erange_long = FALSE; -#endif - - bits = CHARBIT; - u8bits = CHARBIT * 4; - if (mbchar & UTF8) - mbits = CHARBIT * 4; - else - mbits = CHARBIT * 2; - if (mcpp_mode == STD && wide) { /* Wide character constant */ - cp++; /* Skip 'L' */ - bits = mbits; - } - if (char_type[ *cp & UCHARMAX] & mbchk) { - cl = mb_eval( &cp); - bits = mbits; - } else if ((cl = eval_one( &cp, wide, mbits, (ucn8 = FALSE, &ucn8))) - == -1L) { - ev.sign = VAL_ERROR; - return & ev; - } - bits_save = bits; - value = cl; - - for (i = 0; *cp != '\'' && *cp != EOS; i++) { - if (char_type[ *cp & UCHARMAX] & mbchk) { - cl = mb_eval( &cp); - if (cl == 0) - /* Shift-out sequence of multi-byte or wide character */ - continue; - bits = mbits; - } else { - cl = eval_one( &cp, wide, mbits, (ucn8 = FALSE, &ucn8)); - if (cl == -1L) { - ev.sign = VAL_ERROR; - return & ev; - } -#if OK_UCN - if (ucn8 == TRUE) - bits = u8bits; - else - bits = bits_save; -#endif - } - tmp = value; - value = (value << bits) | cl; /* Multi-char or multi-byte char */ - if ((value >> bits) < tmp) { /* Overflow */ - if (! skip) - goto range_err; - else - erange = TRUE; - } -#if HAVE_LONG_LONG - if ((mcpp_mode == STD && (! stdc3 && value > ULONGMAX)) - || (! standard && value > LONGMAX)) - erange_long = TRUE; -#endif - } - - ev.sign = ((expr_t) value >= 0L); - ev.val = value; - - if (erange && skip && (warn_level & 8)) { - if (wide) - cwarn( w_out_of_range, token, 0L, non_eval); - else - cwarn( c_out_of_range, token, 0L, non_eval); -#if HAVE_LONG_LONG - } else if (erange_long && ((skip && (warn_level & 8)) - || (! stdc3 && ! skip && (warn_level & w_level)))) { - if (wide) - cwarn( w_out_of_range_long, token, 0L, skip ? non_eval : 0); - else - cwarn( c_out_of_range_long, token, 0L, skip ? non_eval : 0); -#endif - } - - if (i == 0) /* Constant of single (character or wide-character) */ - return & ev; - - if ((! skip && (warn_level & 4)) || (skip && (warn_level & 8))) { - if (mcpp_mode == STD && wide) - cwarn( - "Multi-character wide character constant %s%.0ld%s isn't portable" /* _W4_ _W8_ */ - , token, 0L, skip ? non_eval : 0); - else - cwarn( - "Multi-character or multi-byte character constant %s%.0ld%s isn't portable" /* _W4_ _W8_ */ - , token, 0L, skip ? non_eval : 0); - } - return & ev; - - range_err: - if (wide) - cerror( w_out_of_range, token, 0L, 0); - else - cerror( c_out_of_range, token, 0L, 0); - ev.sign = VAL_ERROR; - return & ev; -} - -static expr_t eval_one( - char ** seq_pp, /* Address of pointer to sequence */ - /* eval_one() advances the pointer to sequence */ - int wide, /* Flag of wide-character */ - int mbits, /* Number of bits of a wide-char */ - int * ucn8 /* Flag of UCN-32 bits */ - ) -/* - * Called from eval_char() above to get a single character, single multi- - * byte character or wide character (with or without \ escapes). - * Returns the value of the character or -1L on error. - */ -{ -#if OK_UCN - const char * const ucn_malval - = "UCN cannot specify the value %.0s\"%08lx\""; /* _E_ _W8_ */ -#endif - const char * const out_of_range - = "%s%ld bits can't represent escape sequence '%s'"; /* _E_ _W8_ */ - uexpr_t value; - int erange = FALSE; - char * seq = *seq_pp; /* Initial seq_pp for diagnostic*/ - const char * cp; - const char * digits; - unsigned uc; - unsigned uc1; - int count; - int bits; - size_t wchar_max; - - uc = *(*seq_pp)++ & UCHARMAX; - - if (uc != '\\') /* Other than escape sequence */ - return (expr_t) uc; - - /* escape sequence */ - uc1 = uc = *(*seq_pp)++ & UCHARMAX; - switch (uc) { - case 'a': - return '\a'; - case 'b': - return '\b'; - case 'f': - return '\f'; - case 'n': - return '\n'; - case 'r': - return '\r'; - case 't': - return '\t'; - case 'v': - return '\v'; -#if OK_UCN - case 'u': case 'U': - if (! stdc2) - goto undefined; - /* Else Universal character name */ - /* Fall through */ -#endif - case 'x': /* '\xFF' */ - if (! standard) - goto undefined; - digits = "0123456789abcdef"; - bits = 4; - uc = *(*seq_pp)++ & UCHARMAX; - break; - case '0': case '1': case '2': case '3': - case '4': case '5': case '6': case '7': - digits = "01234567"; - bits = 3; - break; - case '\'': case '"': case '?': case '\\': - return (expr_t) uc; - default: - goto undefined; - } - - wchar_max = (UCHARMAX << CHARBIT) | UCHARMAX; - if (mbits == CHARBIT * 4) { - if (mcpp_mode == STD) - wchar_max = (wchar_max << CHARBIT * 2) | wchar_max; - else - wchar_max = LONGMAX; - } - - value = 0L; - for (count = 0; ; ++count) { - if (isupper( uc)) - uc = tolower( uc); - if ((cp = ACE_OS::strchr( digits, uc)) == 0) - break; - if (count >= 3 && bits == 3) - break; /* Octal escape sequence at most 3 digits */ -#if OK_UCN - if ((count >= 4 && uc1 == 'u') || (count >= 8 && uc1 == 'U')) - break; -#endif - value = (value << bits) | (cp - digits); -#if OK_UCN - if (wchar_max < value && uc1 != 'u' && uc1 != 'U') -#else - if (wchar_max < value) -#endif - { - if (! skip) - goto range_err; - else - erange = TRUE; - } - uc = *(*seq_pp)++ & UCHARMAX; - } - (*seq_pp)--; - - if (erange) { - value &= wchar_max; - goto range_err; - } - - if (count == 0 && bits == 4) /* '\xnonsense' */ - goto undefined; -#if OK_UCN - if (uc1 == 'u' || uc1 == 'U') { - if ((count < 4 && uc1 == 'u') || (count < 8 && uc1 == 'U')) - goto undefined; - if ((value <= 0x9FL - && value != 0x24L && value != 0x40L && value != 0x60L) - || (!stdc3 && value >= 0xD800L && value <= 0xDFFFL)) { - if (!skip) - cerror( ucn_malval, 0, (long) value, 0); - else if (warn_level & 8) - cwarn( ucn_malval, 0, (long) value, 0); - } - if (count >= 8 && uc1 == 'U') - *ucn8 = TRUE; - return (expr_t) value; - } -#endif /* OK_UCN */ - if (! wide && (UCHARMAX < value)) { - value &= UCHARMAX; - goto range_err; - } - return (expr_t) value; - - undefined: - uc1 = **seq_pp; - **seq_pp = EOS; /* For diagnostic */ - if ((! skip && (warn_level & 1)) || (skip && (warn_level & 8))) - cwarn( - "Undefined escape sequence%s %.0ld'%s'" /* _W1_ _W8_ */ - , skip ? non_eval : 0, 0L, seq); - **seq_pp = uc1; - *seq_pp = seq + 1; - return (expr_t) '\\'; /* Returns the escape char */ - - range_err: - uc1 = **seq_pp; - **seq_pp = EOS; /* For diagnostic */ - if (wide) { - if (! skip) - cerror( out_of_range, 0, (long) mbits, seq); - else if (warn_level & 8) - cwarn( out_of_range, non_eval, (long) mbits, seq); - } else { - if (! skip) - cerror( out_of_range, 0, (long) CHARBIT, seq); - else if (warn_level & 8) - cwarn( out_of_range, non_eval, (long) CHARBIT, seq); - } - - **seq_pp = uc1; - if (! skip) - return -1L; - else - return (expr_t) value; -} - -static VAL_SIGN * eval_eval( - VAL_SIGN * valp, - int op - ) -/* - * One or two values are popped from the value stack and do arithmetic. - * The result is pushed onto the value stack. - * eval_eval() returns the new pointer to the top of the value stack. - */ -{ - const char * const zero_div = "%sDivision by zero%.0ld%s"; /* _E_ _W8_ */ -#if HAVE_LONG_LONG - const char * const neg_format = - "Negative value \"%" LL_FORM "d\" is converted to positive \"%" /* _W1_ _W8_*/ - LL_FORM "u\"%%s"; -#else - const char * const neg_format = - "Negative value \"%ld\" is converted to positive \"%lu\"%%s"; /* _W1_ _W8_*/ -#endif - expr_t v1, v2; - int sign1, sign2; - - if (is_binary( op)) { - v2 = (--valp)->val; - sign2 = valp->sign; - } else { - v2 = 0L; /* Dummy */ - sign2 = SIGNED; /* Dummy */ - } - v1 = (--valp)->val; - sign1 = valp->sign; - if (mcpp_debug & EXPRESSION) { - mcpp_fprintf( DBG, "%s op %s", (is_binary( op)) ? "binary" : "unary" - , opname[ op]); - dump_val( ", v1 = ", valp); - if (is_binary( op)) - dump_val( ", v2 = ", valp + 1); - mcpp_fputc( '\n', DBG); - } - - if (standard - && (sign1 == UNSIGNED || sign2 == UNSIGNED) && is_binary( op) - && op != OP_ANA && op != OP_ORO && op != OP_SR && op != OP_SL) { - if (((sign1 == SIGNED && v1 < 0L) || (sign2 == SIGNED && v2 < 0L) - ) && ((! skip && (warn_level & 1)) - || (skip && (warn_level & 8)))) { - char negate[(((sizeof (expr_t) * 8) / 3) + 1) * 2 + 50]; - expr_t v3; - - v3 = (sign1 == SIGNED ? v1 : v2); - ACE_OS::sprintf( negate, neg_format, v3, v3); - cwarn( negate, skip ? non_eval : 0, 0L, 0); - } - valp->sign = sign1 = sign2 = UNSIGNED; - } - if ((op == OP_SL || op == OP_SR) - && ((! skip && (warn_level & 1)) || (skip && (warn_level & 8)))) { - if (v2 < 0L || - v2 >= static_cast<expr_t> (sizeof (expr_t) * CHARBIT)) - cwarn( "Illegal shift count %.0s\"%ld\"%s" /* _W1_ _W8_ */ - , 0, (long) v2, skip ? non_eval : 0); -#if HAVE_LONG_LONG - else if (! stdc3 && v2 >= static_cast <expr_t> (sizeof (long) * CHARBIT) - && ((! skip && (warn_level & w_level)) - || (skip && (warn_level & 8)))) - cwarn( - "Shift count %.0s\"%ld\" is larger than bit count of long%s" /* _W1_ _W8_*/ - , 0, (long) v2, skip ? non_eval : 0); -#endif - } - if ((op == OP_DIV || op == OP_MOD) && v2 == 0L) { - if (! skip) { - cerror( zero_div, 0, 0L, 0); - valp->sign = VAL_ERROR; - return valp; - } else { - if (warn_level & 8) - cwarn( zero_div, 0, 0L, non_eval); - valp->sign = sign1; - valp->val = (expr_t) EXPR_MAX; - return valp; - } - } - - if (! standard || sign1 == SIGNED) - v1 = eval_signed( & valp, v1, v2, op); - else - v1 = eval_unsigned( & valp, (uexpr_t) v1, (uexpr_t) v2, op); - - if (valp->sign == VAL_ERROR) /* Out of range */ - return valp; - - switch (op) { - case OP_NOT: case OP_EQ: case OP_NE: - case OP_LT: case OP_LE: case OP_GT: case OP_GE: - case OP_ANA: case OP_ORO: - valp->sign = SIGNED; - break; - default: - valp->sign = sign1; - break; - } - valp->val = v1; - return valp; -} - -static expr_t eval_signed( - VAL_SIGN ** valpp, - expr_t v1, - expr_t v2, - int op - ) -/* - * Apply the argument operator to the signed data. - * OP_COL is a special case. - */ -{ - const char * const illeg_op - = "Bug: Illegal operator \"%s\" in eval_signed()"; /* _F_ */ - const char * const not_portable - = "\"%s\" of negative number isn't portable%.0ld%s"; /* _W1_ _W8_*/ - const char * op_name = opname[ op]; - VAL_SIGN * valp = *valpp; - expr_t val; - int chk; /* Flag of overflow in long long */ - - switch (op) { - case OP_EOE: - case OP_PLU: break; - case OP_NEG: - chk = v1 && v1 == -v1; - if (chk -#if HAVE_LONG_LONG - || (! stdc3 && v1 && (long) v1 == (long) -v1) -#endif - ) - overflow( op_name, valpp, chk); - v1 = -v1; - break; - case OP_COM: v1 = ~v1; break; - case OP_NOT: v1 = !v1; break; - case OP_MUL: - val = v1 * v2; - chk = v1 && v2 && (val / v1 != v2 || val / v2 != v1); - if (chk -#if HAVE_LONG_LONG - || (! stdc3 && v1 && v2 - && ((long)val / (long)v1 != (long)v2 - || (long)val / (long)v2 != (long)v1)) -#endif - ) - overflow( op_name, valpp, chk); - v1 = val; - break; - case OP_DIV: - case OP_MOD: - /* Division by 0 has been already diagnosed by eval_eval(). */ - chk = -v1 == v1 && v2 == -1; - if (chk /* LONG_MIN / -1 on two's complement */ -#if HAVE_LONG_LONG - || (! stdc3 - && (long)-v1 == (long)v1 && (long)v2 == (long)-1) -#endif - ) - overflow( op_name, valpp, chk); - else if (! stdc3 && (v1 < 0L || v2 < 0L) - && ((! skip && (warn_level & 1)) - || (skip && (warn_level & 8)))) - cwarn( not_portable, op_name, 0L, skip ? non_eval : 0); - if (op == OP_DIV) - v1 /= v2; - else - v1 %= v2; - break; - case OP_ADD: - val = v1 + v2; - chk = (v2 > 0L && v1 > val) || (v2 < 0L && v1 < val); - if (chk -#if HAVE_LONG_LONG - || (! stdc3 - && (((long)v2 > 0L && (long)v1 > (long)val) - || ((long)v2 < 0L && (long)v1 < (long)val))) -#endif - ) - overflow( op_name, valpp, chk); - v1 = val; - break; - case OP_SUB: - val = v1 - v2; - chk = (v2 > 0L && val > v1) || (v2 < 0L && val < v1); - if (chk -#if HAVE_LONG_LONG - || (! stdc3 - && (((long)v2 > 0L && (long)val > (long)v1) - || ((long)v2 < 0L && (long)val < (long)v1))) -#endif - ) - overflow( op_name, valpp, chk); - v1 = val; - break; - case OP_SL: v1 <<= v2; break; - case OP_SR: - if (v1 < 0L - && ((!skip && (warn_level & 1)) - || (skip && (warn_level & 8)))) - cwarn( not_portable, op_name, 0L, skip ? non_eval : 0); - v1 >>= v2; - break; - case OP_LT: v1 = (v1 < v2); break; - case OP_LE: v1 = (v1 <= v2); break; - case OP_GT: v1 = (v1 > v2); break; - case OP_GE: v1 = (v1 >= v2); break; - case OP_EQ: v1 = (v1 == v2); break; - case OP_NE: v1 = (v1 != v2); break; - case OP_AND: v1 &= v2; break; - case OP_XOR: v1 ^= v2; break; - case OP_OR: v1 |= v2; break; - case OP_ANA: v1 = (v1 && v2); break; - case OP_ORO: v1 = (v1 || v2); break; - case OP_COL: - /* - * If v1 has the "true" value, v2 has the "false" value. - * The top of the value stack has the test. - */ - v1 = (--*valpp)->val ? v1 : v2; - break; - default: - cfatal( illeg_op, op_name, 0L, 0); - } - - *valpp = valp; - return v1; -} - -static expr_t eval_unsigned( - VAL_SIGN ** valpp, - uexpr_t v1u, - uexpr_t v2u, - int op - ) -/* - * Apply the argument operator to the unsigned data. - * Called from eval_eval() only in Standard mode. - */ -{ - const char * const illeg_op - = "Bug: Illegal operator \"%s\" in eval_unsigned()"; /* _F_ */ - const char * op_name = opname[ op]; - VAL_SIGN * valp = *valpp; - uexpr_t v1 = 0; - int chk; /* Flag of overflow in unsigned long long */ - int minus; /* Big integer converted from signed long */ - - minus = ! stdc3 && (v1u > ULONGMAX || v2u > ULONGMAX); - - switch (op) { - case OP_EOE: - case OP_PLU: v1 = v1u; break; - case OP_NEG: - v1 = v1u; - if (v1u) - overflow( op_name, valpp, TRUE); - break; - case OP_COM: v1 = ~v1u; break; - case OP_NOT: v1 = !v1u; break; - case OP_MUL: - v1 = v1u * v2u; - chk = v1u && v2u && (v1 / v2u != v1u || v1 / v1u != v2u); - if (chk -#if HAVE_LONG_LONG - || (! stdc3 && ! minus && v1 > ULONGMAX) -#endif - ) - overflow( op_name, valpp, chk); - break; - case OP_DIV: - /* Division by 0 has been already diagnosed by eval_eval(). */ - v1 = v1u / v2u; - break; - case OP_MOD: - v1 = v1u % v2u; - break; - case OP_ADD: - v1 = v1u + v2u; - chk = v1 < v1u; - if (chk -#if HAVE_LONG_LONG - || (! stdc3 && ! minus && v1 > ULONGMAX) -#endif - ) - overflow( op_name, valpp, chk); - break; - case OP_SUB: - v1 = v1u - v2u; - chk = v1 > v1u; - if (chk -#if HAVE_LONG_LONG - || (! stdc3 && ! minus && v1 > ULONGMAX) -#endif - ) - overflow( op_name, valpp, chk); - break; - case OP_SL: v1 = v1u << v2u; break; - case OP_SR: v1 = v1u >> v2u; break; - case OP_LT: v1 = (v1u < v2u); break; - case OP_LE: v1 = (v1u <= v2u); break; - case OP_GT: v1 = (v1u > v2u); break; - case OP_GE: v1 = (v1u >= v2u); break; - case OP_EQ: v1 = (v1u == v2u); break; - case OP_NE: v1 = (v1u != v2u); break; - case OP_AND: v1 = v1u & v2u; break; - case OP_XOR: v1 = v1u ^ v2u; break; - case OP_OR: v1 = v1u | v2u; break; - case OP_ANA: v1 = (v1u && v2u); break; - case OP_ORO: v1 = (v1u || v2u); break; - case OP_COL: valp--; - if (valp->val) - v1 = v1u; - else - v1 = v2u; - break; - default: - cfatal( illeg_op, op_name, 0L, 0); - } - - *valpp = valp; - return v1; -} - -static void overflow( - const char * op_name, - VAL_SIGN ** valpp, - int ll_overflow /* Flag of overflow in long long */ - ) -{ - const char * const out_of_range - = "Result of \"%s\" is out of range%.0ld%s"; /* _E_ _W1_ _W8_ */ - -#if HAVE_LONG_LONG - if (standard && ! ll_overflow) { - /* Overflow of long not in C99 mode */ - if ((! skip && (warn_level & w_level)) || (skip && (warn_level & 8))) - cwarn( out_of_range, op_name, 0L, " of (unsigned) long"); - } else -#endif - if (skip) { - if (warn_level & 8) - cwarn( out_of_range, op_name, 0L, non_eval); - /* Else don't warn */ - } else if (standard && (*valpp)->sign == UNSIGNED) {/* Never overflow */ - if (warn_level & 1) - cwarn( out_of_range, op_name, 0L, 0); - } else { - cerror( out_of_range, op_name, 0L, 0); - (*valpp)->sign = VAL_ERROR; - } -} - -static void dump_val( - const char * msg, - const VAL_SIGN * valp - ) -/* - * Dump a value by internal representation. - */ -{ -#if HAVE_LONG_LONG - const char * const format - = "%s(%ssigned long long) 0x%016" LL_FORM "x"; -#else - const char * const format = "%s(%ssigned long) 0x%08lx"; -#endif - int sign = valp->sign; - - mcpp_fprintf( DBG, format, msg, sign ? "" : "un", valp->val); -} - -static void dump_stack( - const OPTAB * opstack, /* Operator stack */ - const OPTAB * opp, /* Pointer into operator stack */ - const VAL_SIGN * value, /* Value stack */ - const VAL_SIGN * valp /* -> value vector */ - ) -/* - * Dump stacked operators and values. - */ -{ - if (opstack < opp) - mcpp_fprintf( DBG, "Index op prec skip name -- op stack at %s" - , infile->bptr); - - while (opstack < opp) { - mcpp_fprintf( DBG, " [%2d] %2d %04o %d %s\n", (int)(opp - opstack) - , opp->op, opp->prec, opp->skip, opname[ static_cast<size_t> (opp->op)]); - opp--; - } - - while (value <= --valp) { - mcpp_fprintf( DBG, "value[%d].val = ", (int)(valp - value)); - dump_val( "", valp); - mcpp_fputc( '\n', DBG); - } -} - diff --git a/TAO/TAO_IDL/contrib/mcpp/expand.cpp b/TAO/TAO_IDL/contrib/mcpp/expand.cpp deleted file mode 100644 index 390c7954eb2..00000000000 --- a/TAO/TAO_IDL/contrib/mcpp/expand.cpp +++ /dev/null @@ -1,2977 +0,0 @@ -/*- $Id$ - * Copyright (c) 1998, 2002-2008 Kiyoshi Matsui <kmatsui@t3.rim.or.jp> - * All rights reserved. - * - * Some parts of this code are derived from the public domain software - * DECUS cpp (1984,1985) written by Martin Minow. - * - * Redistribution and use in source and binary forms, with or without - * modification, are permitted provided that the following conditions - * are met: - * 1. Redistributions of source code must retain the above copyright - * notice, this list of conditions and the following disclaimer. - * 2. Redistributions in binary form must reproduce the above copyright - * notice, this list of conditions and the following disclaimer in the - * documentation and/or other materials provided with the distribution. - * - * THIS SOFTWARE IS PROVIDED BY THE AUTHOR ``AS IS'' AND - * ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE - * IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE - * ARE DISCLAIMED. IN NO EVENT SHALL THE AUTHOR BE LIABLE - * FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL - * DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS - * OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) - * HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT - * LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY - * OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF - * SUCH DAMAGE. - */ - -/* - * E X P A N D . C - * M a c r o E x p a n s i o n - * - * The macro expansion routines are placed here. - */ - -#if PREPROCESSED -#include "mcpp.H" -#else -#include "system.H" -#include "internal.H" -#endif - -#define ARG_ERROR (-255) -#define CERROR 1 -#define CWARN 2 - -typedef struct location { /* Where macro or arg locate */ - long start_line; /* Beginning at 1 */ - size_t start_col; /* Beginning at 0 */ - long end_line; - size_t end_col; -} LOCATION; -typedef struct magic_seq { /* Data of a sequence inserted between tokens */ - char * magic_start; /* First MAC_INF sequence */ - char * magic_end; /* End of last MAC_INF seq */ - int space; /* Space succeeds or not */ -} MAGIC_SEQ; - -static int compat_mode; -/* Expand recursive macro more than Standard (for compatibility with GNUC) */ -#if COMPILER == GNUC -static int ansi; /* __STRICT_ANSI__ flag */ -#endif - -static char * expand_std( DEFBUF * defp, char * out, char * out_end - , LINE_COL line_col, int * pragma_op); -/* Expand a macro completely (for Standard modes) */ -static char * expand_prestd( DEFBUF * defp, char * out, char * out_end - , LINE_COL line_col, int * pragma_op); -/* Expand a macro completely (for pre-Standard modes) */ -static DEFBUF * is_macro_call( DEFBUF * defp, char ** cp, char ** endf - , MAGIC_SEQ * mgc_seq); /* Is this really a macro call ? */ -static int collect_args( const DEFBUF * defp, char ** arglist, int m_num); -/* Collect arguments of a macro call*/ -static int get_an_arg( int c, char ** argpp, char * arg_end - , char ** seqp, int var_arg, int nargs, LOCATION ** locp, int m_num - , MAGIC_SEQ * mgc_prefix); /* Get an argument */ -static int squeeze_ws( char ** out, char ** endf, MAGIC_SEQ * mgc_seq); -/* Squeeze white spaces to a space */ -static void skip_macro( void); -/* Skip the rest of macro call */ -static void diag_macro( int severity, const char * format - , const char * arg1, long arg2, const char * arg3, const DEFBUF * defp1 - , const DEFBUF * defp2) ; -/* Supplement diagnostic information*/ -static void dump_args( const char * why, int nargs, const char ** arglist); -/* Dump arguments list */ - -static int rescan_level; /* Times of macro rescan */ - -static const char * const macbuf_overflow -= "Buffer overflow expanding macro \"%s\" at %.0ld\"%s\""; /* _E_ */ -static const char * const empty_arg -= "Empty argument in macro call \"%s\""; /* _W2_ */ -static const char * const unterm_macro -= "Unterminated macro call \"%s\""; /* _E_ */ -static const char * const narg_error -= "%s than necessary %ld argument(s) in macro call \"%s\""; /* _E_ _W1_ */ -static const char * const only_name -= "Macro \"%s\" needs arguments"; /* _W8_ */ - -void expand_init( - int compat, /* "Compatible" to GNUC expansion of recursive macro*/ - int /*strict_ansi*/ /* __STRICT_ANSI__ flag for GNUC */ - ) -/* Set expand_macro() function */ -{ - expand_macro = standard ? expand_std : expand_prestd; - compat_mode = compat; -#if COMPILER == GNUC - ansi = strict_ansi; -#endif -} - -DEFBUF * is_macro( - char ** cp - ) -/* - * The name is already in 'identifier', the next token is not yet read. - * Return the definition info if the name is a macro call, else return NULL. - */ -{ - DEFBUF * defp; - - if ((defp = look_id( identifier)) != 0) /* Is a macro name */ - return is_macro_call( defp, cp, 0, 0); - else - return 0; -} - -static DEFBUF * is_macro_call( - DEFBUF * defp, - char ** cp, /* Pointer to output buffer */ - char ** endf, /* Pointer to indicate end of infile buffer */ - MAGIC_SEQ * mgc_seq /* Infs on MAC_INF sequences and space */ - ) -/* - * Return DEFBUF if the defp->name is a macro call, else return 0. - */ -{ - int c; - - if (defp->nargs >= 0 /* Function-like macro */ - || defp->nargs == DEF_PRAGMA) { /* _Pragma() pseudo-macro */ - c = squeeze_ws( cp, endf, mgc_seq); /* See the next char. */ - if (c == CHAR_EOF) /* End of file */ - unget_string( "\n", 0); /* Restore skipped '\n' */ - else if (! standard || c != RT_END) - /* Still in the file and rescan boundary ? */ - unget_ch(); /* To see it again */ - if (c != '(') { /* Only the name of function-like macro */ - if (! standard && warn_level & 8) - cwarn( only_name, defp->name, 0L, 0); - return 0; - } - } - return defp; /* Really a macro call */ -} - -/* - * expand_macro() expands a macro call completely, and writes out the result - * to the specified output buffer and returns the advanced pointer. - */ - - -/* - * T h e S T A N D A R D C o n f o r m i n g M o d e - * o f M a c r o E x p a n s i o n - * - * 1998/08 First released. kmatsui - */ - -/* For debug of -K option: should be turned off on release version. */ -#define DEBUG_MACRO_ANN FALSE - -/* Return value of is_able_repl() */ -#define NO 0 /* "Blue-painted" */ -#define YES 1 /* Not blue-painted */ -#define READ_OVER 2 -/* Still "blue-painted", yet has read over repl-list */ - -/* - * Macros related to macro notification mode. - * The macro notification routines are hacks on the normal processing - * routines, and very complicated and cumbersome. Be sure to keep symmetry - * of starting and closing magic sequences. Enable the routines enclosed - * by #if 0 - #endif for debugging. - * Any byte in the sequences beginning with MAC_INF can coincide with any - * other character. Hence, the data stream should be read from the top, - * not from the tail, in principle. - */ -/* Length of sequence of MAC_INF, MAC_CALL_START, mac_num-1, mac_num-2 */ -#define MAC_S_LEN 4 -/* Length of sequence of MAC_INF, MAC_ARG_START, mac_num1, mac_num2, arg-num*/ -#define ARG_S_LEN 5 -#define MAC_E_LEN 2 /* Length of MAC_INF, MAC_CALL_END sequence */ -#define ARG_E_LEN MAC_E_LEN /* Lenght of MAC_INF, MAC_ARG_END sequence */ -#define MAC_E_LEN_V 4 /* Length of macro closing sequence in verbose mode */ - /* MAC_INF, MAC_CALL_END, mac_num1, mac_num2 */ -#define ARG_E_LEN_V 5 /* Length of argument closing sequence in verbose */ -/* MAC_INF, MAC_ARG_END, mac_num1, mac_num2, arg_num */ -#define IN_SRC_LEN 3 /* Length of sequence of IN_SRC, num-1, num-2 */ -#define INIT_MAC_INF 0x100 /* Initial num of elements in mac_inf[] */ -#define MAX_MAC_INF 0x1000 /* Maximum num of elements in mac_inf[] */ -#define INIT_IN_SRC_NUM 0x100 /* Initial num of elements in in_src[] */ -#define MAX_IN_SRC_NUM 0x1000 /* Maximum num of elements in in_src[] */ - -/* Variables for macro notification mode */ -typedef struct macro_inf { /* Informations of a macro */ - const DEFBUF * defp; /* Definition of the macro */ - char * args; /* Arguments, if any */ - int num_args; /* Number of real arguments */ - int recur; /* Recurrence of this macro */ - LOCATION locs; /* Location of macro call */ - LOCATION * loc_args; /* Location of arguments */ -} MACRO_INF; -static MACRO_INF * mac_inf; -static int max_mac_num; /* Current num of elements in mac_inf[] */ -static int mac_num; /* Index into mac_inf[] */ -static LOCATION * in_src; /* Location of identifiers in macro arguments */ -static int max_in_src_num; /* Current num of elements in in_src[] */ -static int in_src_num; /* Index into in_src[] */ -static int trace_macro; /* Enable to trace macro infs */ - -static struct { - const DEFBUF * def; /* Macro definition */ - int read_over; /* Has read over repl-list */ - /* 'read_over' is never used in POST_STD mode and in compat_mode*/ -} replacing[ RESCAN_LIMIT]; /* Macros currently replacing */ -static int has_pragma = FALSE; /* Flag of _Pragma() operator */ - -static int print_macro_inf( int c, char ** cpp, char ** opp); -/* Embed macro infs into comments */ -static char * print_macro_arg( char *out, MACRO_INF * m_inf, int argn - , int real_arg, int start); -/* Embed macro arg inf into comments*/ -static char * chk_magic_balance( char * buf, char * buf_end, int move - , int diag); /* Check imbalance of magics */ -static char * replace( DEFBUF * defp, char * out, char * out_end - , const DEFBUF * outer, FILEINFO * rt_file, LINE_COL line_col - , int in_src_n); -/* Replace a macro recursively */ -static char * close_macro_inf( char * out_p, int m_num, int in_src_n); -/* Put closing mark for a macro call*/ -static DEFBUF * def_special( DEFBUF * defp); -/* Re-define __LINE__, __FILE__ */ -static int prescan( const DEFBUF * defp, const char ** arglist - , char * out, char * out_end); -/* Process #, ## operator */ -static char * catenate( const DEFBUF * defp, const char ** arglist - , char * out, char * out_end, char ** token_p); -/* Catenate tokens */ -static const char * remove_magics( const char * argp, int from_last); -/* Remove pair of magic characters */ -#if DEBUG_MACRO_ANN -static void chk_symmetry( char * start_id, char * end_id, size_t len); -/* Check if a pair of magics are symmetrical */ -#endif -static char * stringize( const DEFBUF * defp, const char * argp, char * out); -/* Stringize an argument */ -static char * substitute( const DEFBUF * defp, const char ** arglist - , const char * in, char * out, char * out_end); -/* Substitute parms with arguments */ -static char * rescan( const DEFBUF * outer, const char * in, char * out - , char * out_end); -/* Rescan once replaced sequences */ -static int disable_repl( const DEFBUF * defp); -/* Disable the macro once replaced */ -static void enable_repl( const DEFBUF * defp, int done); -/* Enable the macro for later use */ -static int is_able_repl( const DEFBUF * defp); -/* Is the macro allowed to replace? */ -static char * insert_to_bptr( char * ins, size_t len); -/* Insert a sequence into infile->bptr */ - -static char * expand_std( - DEFBUF * defp, /* Macro definition */ - char * out, /* Output buffer */ - char * out_end, /* End of output buffer */ - LINE_COL line_col, /* Location of macro */ - int * pragma_op /* _Pragma() is found ? */ - ) -/* - * Expand a macro call completely, write the results to the specified buffer - * and return the advanced output pointer. - */ -{ - char macrobuf[ NMACWORK + IDMAX]; /* Buffer for replace() */ - char * out_p = out; - size_t len; - int c, c1; - char * cp; - - has_pragma = FALSE; /* Have to re-initialize*/ - macro_line = src_line; /* Line number for diag */ - macro_name = defp->name; - rescan_level = 0; - trace_macro = (mcpp_mode == STD) && (mcpp_debug & MACRO_CALL) - && ! in_directive; - if (trace_macro) { - max_mac_num = INIT_MAC_INF; - mac_inf = (MACRO_INF *) ACE_OS::malloc( sizeof (MACRO_INF) * max_mac_num); - ACE_OS::memset( mac_inf, 0, sizeof (MACRO_INF) * max_mac_num); - max_in_src_num = INIT_IN_SRC_NUM; - in_src = (LOCATION *) ACE_OS::malloc( sizeof (LOCATION) * max_in_src_num); - ACE_OS::memset( in_src, 0, sizeof (LOCATION) * max_in_src_num); - mac_num = in_src_num = 0; /* Initialize */ - } - if (replace( defp, macrobuf, macrobuf + NMACWORK, 0, infile, line_col - , 0) == 0) { /* Illegal macro call */ - skip_macro(); - macro_line = MACRO_ERROR; - goto exp_end; - } - len = (size_t) (out_end - out); - if (ACE_OS::strlen( macrobuf) > len) { - cerror( macbuf_overflow, macro_name, 0, macrobuf); - ACE_OS::memcpy( out, macrobuf, len); - out_p = out + len; - macro_line = MACRO_ERROR; - goto exp_end; - } - -#if DEBUG_MACRO_ANN - chk_magic_balance( macrobuf, macrobuf + ACE_OS::strlen( macrobuf), FALSE, TRUE); -#endif - cp = macrobuf; - c1 = '\0'; /* The char previous to 'c' */ - while ((c = *cp++) != EOS) { - if (c == DEF_MAGIC) - continue; /* Skip DEF_MAGIC */ - if (mcpp_mode == STD) { - if (c == IN_SRC) { /* Skip IN_SRC */ - if (trace_macro) - cp += 2; /* Skip also the number (coded in 2 bytes) */ - continue; - } else if (c == TOK_SEP) { - /* Remove redundant token separator */ - if ((char_type[ c1 & UCHARMAX] & HSP) - || (char_type[ *cp & UCHARMAX] & HSP) - || in_include || option_flags.lang_asm - || (*cp == MAC_INF && *(cp + 1) == MAC_CALL_END) - || (!option_flags.v && c1 == MAC_CALL_END) - || (option_flags.v - && *(cp - MAC_E_LEN_V - 1) == MAC_INF - && *(cp - MAC_E_LEN_V) == MAC_CALL_END)) - continue; - /* Skip separator just after ' ', '\t' */ - /* and just after MAC_CALL_END. */ - /* Also skip this in lang_asm mode, #include */ - /* Skip just before another TOK_SEP, ' ', '\t' */ - /* Skip just before MAC_INF,MAC_CALL_END seq too*/ - else - c = ' '; /* Else convert to ' ' */ - } else if (trace_macro && (c == MAC_INF)) { - /* Embed macro expansion informations into comments */ - c = *cp++; - c1 = print_macro_inf( c, &cp, &out_p); - if (out_end <= out_p) { - cerror( macbuf_overflow, macro_name, 0, out); - macro_line = MACRO_ERROR; - goto exp_end; - } - continue; - } - } - *out_p++ = c1 = c; - } - - macro_line = 0; - exp_end: - *out_p = EOS; - if (mcpp_debug & EXPAND) - dump_string( "expand_std exit", out); - macro_name = 0; - clear_exp_mac(); /* Clear the information for diagnostic */ - if (trace_macro) { /* Clear macro informations */ - int num; - for (num = 1; num < mac_num; num++) { /* 'num' start at 1 */ - if (mac_inf[ num].num_args >= 0) { /* Macro with args */ - ACE_OS::free( mac_inf[ num].args); /* Saved arguments */ - ACE_OS::free( mac_inf[ num].loc_args); /* Location of args */ - } - } - ACE_OS::free( mac_inf); - ACE_OS::free( in_src); - } - *pragma_op = has_pragma; - - return out_p; -} - -static int print_macro_inf( - int c, - char ** cpp, /* Magic character sequence */ - char ** opp /* Output for macro information */ - ) -/* - * Embed macro expansion information into comments. - * Enabled by '#pragma MCPP debug macro_call' or -K option in STD mode. - */ -{ - MACRO_INF * m_inf = 0; - int num; - int num_args; /* Number of actual args (maybe less than expected) */ - int i; - - if (*((*opp) - 1) == '/' && *((*opp) - 2) != '*') - /* Immediately preceding token is '/' (not '*' and '/') */ - *((*opp)++) = ' '; - /* Insert a space to separate with following '/' and '*' */ - if (option_flags.v || c == MAC_CALL_START || c == MAC_ARG_START) { - num = ((*(*cpp)++ & UCHARMAX) - 1) * UCHARMAX; - num += (*(*cpp)++ & UCHARMAX) - 1; - m_inf = & mac_inf[ num]; /* Saved information */ - } - switch (c) { - case MAC_CALL_START : /* Start of a macro expansion */ - *opp += ACE_OS::sprintf( *opp, "/*<%s", m_inf->defp->name); /* Macro name */ - if (m_inf->locs.start_line) { - /* Location of the macro call in source file */ - *opp += ACE_OS::sprintf( *opp, " %ld:%d-%ld:%d" - , m_inf->locs.start_line, (int) m_inf->locs.start_col - , m_inf->locs.end_line, (int) m_inf->locs.end_col); - } - *opp = mcpp_stpcpy( *opp, "*/"); - if ((num_args = m_inf->num_args) >= 1) { - /* The macro has arguments. Show the locations. */ - for (i = 0; i < num_args; i++) /* Arg num begins at 0 */ - *opp = print_macro_arg( *opp, m_inf, i, TRUE, TRUE); - } - break; - case MAC_ARG_START : /* Start of an argument */ - i = (*(*cpp)++ & UCHARMAX) - 1; /* Argument number */ - *opp = print_macro_arg( *opp, m_inf, i, FALSE, TRUE); - break; - case MAC_CALL_END : /* End of a macro expansion */ - if (option_flags.v) { /* Verbose mode */ - *opp += ACE_OS::sprintf( *opp, "/*%s>*/", m_inf->defp->name); - break; - } - /* Else fall through */ - case MAC_ARG_END : /* End of an argument */ - if (option_flags.v) { - i = (*(*cpp)++ & UCHARMAX) - 1; - /* Output verbose infs symmetrical to start of the arg infs */ - *opp = print_macro_arg( *opp, m_inf, i, FALSE, FALSE); - } else { - *opp = mcpp_stpcpy( *opp, "/*>*/"); - } - break; - } - - return **cpp & UCHARMAX; -} - -static char * print_macro_arg( - char * out, /* Output buffer */ - MACRO_INF * m_inf, /* &mac_inf[ m_num] */ - int argn, /* Argument number */ - int real_arg, /* Real argument or expanded argument ? */ - int start /* Start of an argument or end ? */ - ) -/* - * Embed an argument information into a comment. - * This routine is only called from above print_macro_inf(). - */ -{ - LOCATION * loc = m_inf->loc_args + argn; - - out += ACE_OS::sprintf( out, "/*%s%s:%d-%d", real_arg ? "!" : (start ? "<" : "") - , m_inf->defp->name, m_inf->recur, argn); - - if (real_arg && m_inf->loc_args && loc->start_line) { - /* Location of the argument in source file */ - out += ACE_OS::sprintf( out, " %ld:%d-%ld:%d", loc->start_line - , (int) loc->start_col, loc->end_line, (int) loc->end_col); - } - if (! start) /* End of an argument in verbose mode */ - out = mcpp_stpcpy( out, ">"); - out = mcpp_stpcpy( out, "*/"); - - return out; -} - -static char * chk_magic_balance( - char * buf, /* Sequence to check */ - char * buf_end, /* End of the sequence */ - int move, /* Move a straying magic ? */ - int diag /* Output a diagnostic? */ - ) -/* - * Check imbalance of macro information magics and warn it. - * get_an_arg() calls this routine setting 'move' argument on, hence a stray - * magic is moved to an edge if found. - * This routine does not do token parsing. Yet it will do fine practically. - */ -{ -#define MAX_NEST_MAGICS 255 - char mac_id[ MAX_NEST_MAGICS][ MAC_E_LEN_V - 2]; - char arg_id[ MAX_NEST_MAGICS][ ARG_E_LEN_V - 2]; - char * mac_loc[ MAX_NEST_MAGICS]; - char * arg_loc[ MAX_NEST_MAGICS]; - const char * mesg = "%s %ld %s-closing-comment(s) in tracing macro"; - int mac, arg; - int mac_s_n, mac_e_n, arg_s_n, arg_e_n; - char * buf_p = buf; /* Save 'buf' for debugging purpose */ - - mac = arg = 0; - - while (buf_p < buf_end) { - if (*buf_p++ != MAC_INF) - continue; - switch (*buf_p++) { - case MAC_CALL_START : - if (option_flags.v) { - mac_loc[ mac] = buf_p - 2; - ACE_OS::memcpy( mac_id[ mac], buf_p, MAC_S_LEN - 2); - } - mac++; - buf_p += MAC_S_LEN - 2; - break; - case MAC_ARG_START : - if (option_flags.v) { - arg_loc[ arg] = buf_p - 2; - ACE_OS::memcpy( arg_id[ arg], buf_p, ARG_S_LEN - 2); - } - arg++; - buf_p += ARG_S_LEN - 2; - break; - case MAC_ARG_END : - arg--; - if (option_flags.v) { - if (arg < 0) { /* Perhaps moved magic */ - if (diag) - cwarn( mesg, "Redundant", (long) -arg, "argument"); - } else if (ACE_OS::memcmp( arg_id[ arg], buf_p, ARG_E_LEN_V - 2) != 0) - { - char * to_be_edge = 0; - char * cur_edge; - - if (arg >= 1 && ACE_OS::memcmp( arg_id[ 0], buf_p, ARG_E_LEN_V - 2) - == 0) { - to_be_edge = arg_loc[ arg]; - /* To be moved to top */ - cur_edge = arg_loc[ 0]; /* Current top */ - } else if (arg == 0) { - char arg_end_magic[ 2] = { MAC_INF, MAC_ARG_END}; - cur_edge = buf_end - ARG_E_LEN_V; - /* Search the last magic */ - /* Sequence from get_an_arg() is always */ - /* surrounded by starting of an arg magic */ - /* and its corresponding closing magic. */ - while (buf_p + (ARG_E_LEN_V - 2) <= cur_edge - && ACE_OS::memcmp( cur_edge, arg_end_magic, 2) != 0) - cur_edge--; - if (buf_p + (ARG_E_LEN_V - 2) <= cur_edge - && ACE_OS::memcmp( arg_id[ 0], cur_edge + 2 - , ARG_E_LEN_V - 2) == 0) { - to_be_edge = buf_p - 2; /* To be moved to end */ - } - } - if (to_be_edge) { /* Appropriate place found */ - if (diag) { - mac_s_n = ((to_be_edge[ 2] & UCHARMAX) - 1) - * UCHARMAX; - mac_s_n += (to_be_edge[ 3] & UCHARMAX) - 1; - arg_s_n = (to_be_edge[ 4] & UCHARMAX) - 1; - mcpp_fprintf( ERR, - "Stray arg inf of macro: %d:%d at line:%d\n" - , mac_s_n, arg_s_n, src_line); - } - if (move) { - /* Move a stray magic to outside of sequences */ - char magic[ ARG_E_LEN_V]; - size_t len = ARG_E_LEN_V; - ACE_OS::memcpy( magic, cur_edge, len); - /* Save current edge */ - if (to_be_edge == arg_loc[ arg]) - /* Shift followings to cur_edge */ - ACE_OS::memmove( cur_edge, cur_edge + len - , to_be_edge - cur_edge); - else /* Shift precedents to cur_edge */ - ACE_OS::memmove( to_be_edge + len, to_be_edge - , cur_edge - to_be_edge); - ACE_OS::memcpy( to_be_edge, magic, len); - /* Restore old 'cur_edge' into old 'to_be_edge' */ - } - } else { /* Serious imbalance, just warn */ - char * arg_p = arg_id[ arg]; - arg_s_n = ((arg_p[ 0] & UCHARMAX) - 1) * UCHARMAX; - arg_s_n += (arg_p[ 1] & UCHARMAX) - 1; - arg_e_n = ((buf_p[ 0] & UCHARMAX) - 1) * UCHARMAX; - arg_e_n += (buf_p[ 1] & UCHARMAX) - 1; - mcpp_fprintf( ERR, - "Asymmetry of arg inf found: start %d, end %d at line:%d\n" - , arg_s_n, arg_e_n, src_line); - } - } - buf_p += ARG_E_LEN_V - 2; - } - break; - case MAC_CALL_END : - mac--; - if (option_flags.v) { - if (mac < 0) { - if (diag) - cwarn( mesg, "Redundant", (long) -mac, "macro"); - } else if (ACE_OS::memcmp( mac_id[ mac], buf_p, MAC_E_LEN_V - 2) != 0) - { - char * mac_p = mac_id[ mac]; - mac_s_n = ((mac_p[ 0] & UCHARMAX) - 1) * UCHARMAX; - mac_s_n += (mac_p[ 1] & UCHARMAX) - 1; - mac_e_n = ((buf_p[ 0] & UCHARMAX) - 1) * UCHARMAX; - mac_e_n += (buf_p[ 1] & UCHARMAX) - 1; - mcpp_fprintf( ERR, - "Asymmetry of macro inf found: start %d, end %d at line:%d\n" - , mac_s_n, mac_e_n, src_line); - } - buf_p += MAC_E_LEN_V - 2; - } - break; - default : /* Not a MAC_INF sequence */ - break; /* Continue */ - } - } - - if (diag && (warn_level & 1)) { - if (mac > 0) - cwarn( mesg, "Lacking", (long) mac, "macro"); - if (arg > 0) - cwarn( mesg, "Lacking", (long) arg, "argument"); - if ((mac || arg) && (mcpp_debug & EXPAND)) - mcpp_fputs( - "Imbalance of magics occurred (perhaps a moved magic), see <expand_std exit> and diagnostics.\n" - , DBG); - } - - return buf; -} - -static char * replace( - DEFBUF * defp, /* Macro to be replaced */ - char * out, /* Output Buffer */ - char * out_end, /* End of output buffer */ - const DEFBUF * outer, /* Outer macro replacing*/ - FILEINFO * rt_file, /* Repl-text "file" */ - LINE_COL line_col, /* Location of macro */ - int in_src_n /* Index into in_src[] */ - ) -/* - * Replace a possibly nested macro recursively. - * replace() and rescan() call each other recursively. - * Return the advanced output pointer or 0 on error. - */ -{ - char ** arglist = 0; /* Pointers to arguments*/ - int nargs; /* Number of arguments expected */ - char * catbuf; /* Buffer for prescan() */ - char * expbuf; /* Buffer for substitute() */ - char * out_p; /* Output pointer */ - char * cur_out = out; /* One more output pointer */ - int num_args; - /* Number of actual arguments (maybe less than expected) */ - int enable_trace_macro; /* To exclude _Pragma() pseudo macro */ - int m_num = 0; /* 'mac_num' of current macro */ - MACRO_INF * m_inf = 0; /* Pointer into mac_inf[] */ - - if (mcpp_debug & EXPAND) { - dump_a_def( "replace entry", defp, FALSE, TRUE, fp_debug); - dump_unget( "replace entry"); - } - if ((mcpp_debug & MACRO_CALL) && in_if) - mcpp_fprintf( OUT, "/*%s*/", defp->name); - - enable_trace_macro = trace_macro && defp->nargs != DEF_PRAGMA; - if (enable_trace_macro) { - int num; - int recurs; - - if (mac_num >= MAX_MAC_INF - 1) { - cerror( "Too many nested macros in tracing %s" /* _E_ */ - , defp->name, 0L, 0); - return 0; - } else if (mac_num >= max_mac_num - 1) { - size_t len = sizeof (MACRO_INF) * max_mac_num; - /* Enlarge the array */ - mac_inf = (MACRO_INF *) ACE_OS::realloc( (char *) mac_inf, len * 2); - ACE_OS::memset( mac_inf + max_mac_num, 0, len); - /* Clear the latter half */ - max_mac_num *= 2; - } - m_num = ++mac_num; /* Remember this number */ - /* Note 'mac_num' starts at 1 */ - *cur_out++ = MAC_INF; /* Embed a magic char */ - *cur_out++ = MAC_CALL_START; /* A macro call */ - /* Its index number, can be greater than UCHARMAX */ - /* We represent the number by 2 bytes where each byte is not '\0' */ - *cur_out++ = (m_num / UCHARMAX) + 1; - *cur_out++ = (m_num % UCHARMAX) + 1; - *cur_out = EOS; - m_inf = & mac_inf[ m_num]; - m_inf->defp = defp; /* The macro definition */ - m_inf->num_args = 0; /* Default num of args */ - if (line_col.line) { - get_src_location( & line_col); - m_inf->locs.start_line = line_col.line; - m_inf->locs.start_col = line_col.col; - } else { - m_inf->locs.start_col = m_inf->locs.start_line = 0L; - } - m_inf->args = 0; - m_inf->loc_args = 0; /* Default args */ - for (num = 1, recurs = 0; num < m_num; num++) - if (mac_inf[ num].defp == defp) - recurs++; /* Recursively nested macro */ - m_inf->recur = recurs; - } - - nargs = (defp->nargs == DEF_PRAGMA) ? 1 : (defp->nargs & ~AVA_ARGS); - - if (nargs < DEF_NOARGS_DYNAMIC) { /* __FILE__, __LINE__ */ - defp = def_special( defp); /* These are redefined dynamically */ - if (mcpp_mode == STD) { - /* Wrap repl-text with token separators to prevent token merging */ - *cur_out++ = TOK_SEP; - cur_out = mcpp_stpcpy( cur_out, defp->repl); - *cur_out++ = TOK_SEP; - *cur_out = EOS; - } else { - cur_out = mcpp_stpcpy( cur_out, defp->repl); - } - if (enable_trace_macro) { - m_inf->defp = defp; /* Redefined dynamically*/ - cur_out = close_macro_inf( cur_out, m_num, in_src_n); - } - return cur_out; - } else if (nargs == DEF_NOARGS_PREDEF_OLD && standard - && (warn_level & 1)) { /* Some macros on GCC */ - cwarn( "Old style predefined macro \"%s\" is used", /* _W2_ */ - defp->name, 0L, 0); - } else if (nargs >= 0) { /* Function-like macro */ - squeeze_ws( 0, 0, 0); /* Skip to '(' */ - /* Magic sequences are already read over by is_macro_call() */ - arglist = (char **) ACE_OS::malloc( (nargs + 1) * sizeof (char *)); - arglist[ 0] = (char *)ACE_OS::malloc( (size_t) (NMACWORK + IDMAX * 2)); - /* Note: arglist[ n] may be reallocated */ - /* and re-written by collect_args() */ - if ((num_args = collect_args( defp, arglist, m_num)) == ARG_ERROR) { - ACE_OS::free( arglist[ 0]); /* Syntax error */ - ACE_OS::free( arglist); - return 0; - } - if (enable_trace_macro) { - /* Save the arglist for later informations */ - m_inf->args = arglist[ 0]; - m_inf->num_args = num_args; /* Number of actual args*/ - } - if (mcpp_mode == STD && outer && rt_file != infile) { - /* Has read over replacement-text */ - if (compat_mode) { - enable_repl( outer, FALSE); /* Enable re-expansion */ - if (mcpp_debug & EXPAND) - dump_string( "enabled re-expansion" - , outer ? outer->name : "<arg>"); - } else { - replacing[ rescan_level-1].read_over = READ_OVER; - } - } - } - - catbuf =(char *) ACE_OS::malloc( (size_t) (NMACWORK + IDMAX)); - if (mcpp_debug & EXPAND) { - mcpp_fprintf( DBG, "(%s)", defp->name); - dump_string( "prescan entry", defp->repl); - } - if (prescan( defp, (const char **) arglist, catbuf, catbuf + NMACWORK) - == FALSE) { /* Process #, ## operators */ - diag_macro( CERROR, macbuf_overflow, defp->name, 0L, catbuf, defp - , 0); - if (nargs >= 0) { - if (! enable_trace_macro) - /* arglist[0] is needed for macro infs */ - ACE_OS::free( arglist[ 0]); - ACE_OS::free( arglist); - } - ACE_OS::free( catbuf); - return 0; - } - catbuf = (char *) ACE_OS::realloc( catbuf, ACE_OS::strlen( catbuf) + 1); - /* Use memory sparingly */ - if (mcpp_debug & EXPAND) { - mcpp_fprintf( DBG, "(%s)", defp->name); - dump_string( "prescan exit", catbuf); - } - - if (nargs > 0) { /* Function-like macro with any argument */ - expbuf = (char *)ACE_OS::malloc( (size_t) (NMACWORK + IDMAX)); - if (mcpp_debug & EXPAND) { - mcpp_fprintf( DBG, "(%s)", defp->name); - dump_string( "substitute entry", catbuf); - } - out_p = substitute( defp, (const char **) arglist, catbuf, expbuf - , expbuf + NMACWORK); /* Expand each arguments */ - if (! enable_trace_macro) - ACE_OS::free( arglist[ 0]); - ACE_OS::free( arglist); - ACE_OS::free( catbuf); - expbuf = (char *) ACE_OS::realloc( expbuf, ACE_OS::strlen( expbuf) + 1); - /* Use memory sparingly */ - if (mcpp_debug & EXPAND) { - mcpp_fprintf( DBG, "(%s)", defp->name); - dump_string( "substitute exit", expbuf); - } - } else { /* Object-like macro or */ - if (nargs == 0 && ! enable_trace_macro) - /* Function-like macro with no argument */ - ACE_OS::free( arglist[ 0]); - ACE_OS::free( arglist); - out_p = expbuf = catbuf; - } - - if (out_p) - out_p = rescan( defp, expbuf, cur_out, out_end); - if (out_p && defp->nargs == DEF_PRAGMA) - has_pragma = TRUE; - /* Inform mcpp_main() that _Pragma() was found */ - ACE_OS::free( expbuf); - if (enable_trace_macro && out_p) - out_p = close_macro_inf( out_p, m_num, in_src_n); - if (mcpp_debug & EXPAND) - dump_string( "replace exit", out); - - if (trace_macro && defp->nargs == DEF_PRAGMA) { - /* Remove intervening magics if the macro is _Pragma pseudo-macro */ - /* These magics have been inserted by macros in _Pragma()'s args */ - int c; - cur_out = out_p = out; - while ((c = *cur_out++) != EOS) { - if (c == MAC_INF) { - if (! option_flags.v) { - switch (*cur_out) { - case MAC_ARG_START : - cur_out++; - /* Fall through */ - case MAC_CALL_START : - cur_out++; - cur_out++; - /* Fall through */ - default: - cur_out++; - break; - } - } else { - switch (*cur_out) { - case MAC_ARG_START : - case MAC_ARG_END : - cur_out++; - /* Fall through */ - default: - cur_out += 3; - break; - } - } - } else { - *out_p++ = c; - } - } - *out_p = EOS; - } - - return out_p; -} - -static char * close_macro_inf( - char * out_p, /* Current output pointer */ - int m_num, /* 'mac_num' of this macro */ - int in_src_n /* Location of macro in arg */ - ) -/* - * Mark up closing of a macro expansion. - * Note that 'm_num' argument is necessary rather than 'm_inf' from replace(), - * because mac_inf[] may have been reallocated while rescanning. - */ -{ - MACRO_INF * m_inf; - LINE_COL e_line_col; - - m_inf = & mac_inf[ m_num]; - *out_p++ = MAC_INF; /* Magic for end of macro expansion */ - *out_p++ = MAC_CALL_END; - if (option_flags.v) { - *out_p++ = (m_num / UCHARMAX) + 1; - *out_p++ = (m_num % UCHARMAX) + 1; - } - *out_p = EOS; - get_ch(); /* Clear the garbage */ - unget_ch(); - if (infile->fp || in_src_n) { - if (infile->fp) { /* Macro call on source file */ - e_line_col.line = src_line; - e_line_col.col = infile->bptr - infile->buffer; - } else { /* Macro in argument of parent macro and from source */ - e_line_col.line = in_src[ in_src_n].end_line; - e_line_col.col = in_src[ in_src_n].end_col; - } - /* Get the location before line splicing by <backslash><newline> */ - /* or by a line-crossing comment */ - get_src_location( & e_line_col); - m_inf->locs.end_line = e_line_col.line; - m_inf->locs.end_col = e_line_col.col; - } else { - m_inf->locs.end_col = m_inf->locs.end_line = 0L; - } - - return out_p; -} - -static DEFBUF * def_special( - DEFBUF * defp /* Macro definition */ - ) -/* - * Re-define __LINE__, __FILE__. - * Return the new definition. - */ -{ - const FILEINFO * file; - DEFBUF ** prevp; - int cmp; - - switch (defp->nargs) { - case DEF_NOARGS_DYNAMIC - 1: /* __LINE__ */ - if ((src_line > std_limits.line_num || src_line <= 0) - && (warn_level & 1)) - diag_macro( CWARN - , "Line number %.0s\"%ld\" is out of range" /* _W1_ */ - , 0, src_line, 0, defp, 0); - ACE_OS::sprintf( defp->repl, "%ld", src_line); /* Re-define */ - break; - case DEF_NOARGS_DYNAMIC - 2: /* __FILE__ */ - for (file = infile; file != 0; file = file->parent) { - if (file->fp != 0) { - ACE_OS::sprintf( work_buf, "\"%s\"", file->filename); - if (str_eq( work_buf, defp->repl)) - break; /* No change */ - defp->nargs = DEF_NOARGS; /* Enable to redefine */ - prevp = look_prev( defp->name, &cmp); - defp = install_macro( "__FILE__", DEF_NOARGS_DYNAMIC - 2, "" - , work_buf, prevp, cmp, 0); /* Re-define */ - break; - } - } - break; - } - return defp; -} - -static int prescan( - const DEFBUF * defp, /* Definition of the macro */ - const char ** arglist, /* Pointers to actual arguments */ - char * out, /* Output buffer */ - char * out_end /* End of output buffer */ - ) -/* - * Concatenate the tokens surounding ## by catenate(), and stringize the - * argument following # by stringize(). - */ -{ - FILEINFO * file; - char * prev_token = 0; /* Preceding token */ - char * horiz_space = 0; /* Horizontal white space */ - int c; /* Value of a character */ - /* - * The replacement lists are -- - * stuff1<SEP>stuff2 - * or stuff1<SEP>stuff2<SEP>stuff3... - * where <SEP> is CAT, maybe with preceding space and following space, - * stuff might be - * ordinary-token - * MAC_PARM<n> - * or <QUO>MAC_PARM<n> - * where <QUO> is ST_QUO, possibly with following space. - * - * DEF_MAGIC may has been inserted sometimes. - * In other than POST_STD modes, TOK_SEP and IN_SRC may have been - * inserted, and TOK_SEPs are inserted also in this routine. - * In trace_macro mode, many magic character sequences may have been - * inserted here and there. - */ - - if (mcpp_mode == POST_STD) { - file = unget_string( defp->repl, defp->name); - } else { - *out++ = TOK_SEP; /* Wrap replacement */ - workp = work_buf; /* text with token */ - workp = mcpp_stpcpy( workp, defp->repl); /* separators to */ - *workp++ = TOK_SEP; /* prevent unintended*/ - *workp = EOS; /* token merging. */ - file = unget_string( work_buf, defp->name); - } - - while (c = get_ch(), file == infile) { /* To the end of repl */ - - switch (c) { - case ST_QUOTE: - skip_ws(); /* Skip spaces and the returned MAC_PARM*/ - c = get_ch() - 1; /* Parameter number */ - prev_token = out; /* Remember the token */ - out = stringize( defp, arglist[ c], out); - /* Stringize without expansion */ - horiz_space = 0; - break; - case CAT: - if (*prev_token == DEF_MAGIC || *prev_token == IN_SRC) { - /* Rare case yet possible after catenate() */ - size_t len = 1; - /* Remove trailing white space prior to removing DEF_MAGIC */ - if (horiz_space == out - 1) { - *--out = EOS; - horiz_space = 0; - } - if (*prev_token == IN_SRC && trace_macro) - len = IN_SRC_LEN; - ACE_OS::memmove( prev_token, prev_token + len - , ACE_OS::strlen( prev_token + len)); - out -= len; - *out = EOS; /* Remove DEF_MAGIC, IN_SRC */ - } -#if COMPILER == GNUC - if (*prev_token == ',') - break; /* ', ##' sequence (peculiar to GCC) */ -#endif - if (horiz_space == out - 1) { - *--out = EOS; /* Remove trailing white space */ - horiz_space = 0; - } - out = catenate( defp, arglist, out, out_end, &prev_token); - if (char_type[ *(out - 1) & UCHARMAX] & HSP) - horiz_space = out - 1; /* TOK_SEP has been appended */ - break; - case MAC_PARM: - prev_token = out; - *out++ = MAC_PARM; - *out++ = get_ch(); /* Parameter number */ - break; - case TOK_SEP: - case ' ': - case '\t' : - if (out - 1 == horiz_space) - continue; /* Squeeze white spaces */ - horiz_space = out; - *out++ = c; - break; - default: - prev_token = out; - scan_token( c, &out, out_end); /* Ordinary token */ - break; - } - - *out = EOS; /* Ensure termination */ - if (out_end <= out) /* Buffer overflow */ - return FALSE; - } - - *out = EOS; /* Ensure terminatation in case of no token */ - unget_ch(); - return TRUE; -} - -static char * catenate( - const DEFBUF * defp, /* The macro definition */ - const char ** arglist, /* Pointers to actual arguments */ - char * out, /* Output buffer */ - char * out_end, /* End of output buffer */ - char ** token_p /* Address of preceding token pointer */ - ) -/* - * Concatenate the previous and the following tokens. - * Note: The parameter codes may coincide with white spaces or any - * other characters. - */ -{ - FILEINFO * file; - char * prev_prev_token = 0; - const char * invalid_token - = "Not a valid preprocessing token \"%s\""; /* _E_ _W2_ */ - const char * argp; /* Pointer to an actual argument*/ - char * prev_token = *token_p; /* Preceding token */ - int in_arg = FALSE; - int c; /* Value of a character */ - - /* Get the previous token */ - if (*prev_token == MAC_PARM) { /* Formal parameter */ - c = (*(prev_token + 1) & UCHARMAX) - 1; /* Parm number */ - argp = arglist[ c]; /* Actual argument */ - out = prev_token; /* To overwrite */ - if (trace_macro) - argp = remove_magics( argp, TRUE); /* Remove pair of magics */ - if ((mcpp_mode == POST_STD && *argp == EOS) - || (mcpp_mode == STD && *argp == RT_END)) { - *out = EOS; /* An empty argument */ - } else { - if (mcpp_mode == POST_STD) { - file = unget_string( argp, 0); - while (c = get_ch(), file == infile) { - prev_token = out; /* Remember the last token */ - scan_token( c, &out, out_end); - } /* Copy actual argument without expansion */ - unget_ch(); - } else { - unget_string( argp, 0); - if (trace_macro) - ACE_OS::free( (char *) argp); - /* malloc()ed in remove_magics() */ - while ((c = get_ch()) != RT_END) { - prev_prev_token = prev_token; - prev_token = out; /* Remember the last token */ - scan_token( c, &out, out_end); - } /* Copy actual argument without expansion */ - if (*prev_token == TOK_SEP) { - out = prev_token; - prev_token = prev_prev_token; /* Skip separator */ - } - } - if (*prev_token == DEF_MAGIC - || (mcpp_mode == STD && *prev_token == IN_SRC)) { - size_t len = 1; - if (trace_macro && *prev_token == IN_SRC) - len = IN_SRC_LEN; - ACE_OS::memmove( prev_token, prev_token + len - , (size_t) ((out -= len) - prev_token)); - /* Remove DEF_MAGIC enabling the name to replace later */ - } - } - } /* Else the previous token is an ordinary token, not an argument */ - - c = skip_ws(); - - /* Catenate */ - switch (c) { - case ST_QUOTE: /* First stringize and then catenate */ - skip_ws(); /* Skip MAC_PARM, ST_QUOTE */ - c = get_ch() - 1; - out = stringize( defp, arglist[ c], out); - break; - case MAC_PARM: - c = get_ch() - 1; /* Parameter number */ - argp = arglist[ c]; /* Actual argument */ - if (trace_macro) - argp = remove_magics( argp, FALSE); /* Remove pair of magics */ - if ((mcpp_mode == POST_STD && *argp == EOS) - || (mcpp_mode == STD && *argp == RT_END)) { - *out = EOS; /* An empty argument */ - } else { - unget_string( argp, 0); - if (trace_macro) - ACE_OS::free( (char *) argp); - if ((c = get_ch()) == DEF_MAGIC) { /* Remove DEF_MAGIC */ - c = get_ch(); /* enabling to replace */ - } else if (c == IN_SRC) { /* Remove IN_SRC */ - if (trace_macro) { - get_ch(); /* Also its number */ - get_ch(); - } - c = get_ch(); - } - scan_token( c, &out, out_end); /* The first token */ - if (*infile->bptr) /* There are more tokens*/ - in_arg = TRUE; - } - break; - case IN_SRC: - if (trace_macro) { - get_ch(); - get_ch(); - } - /* Fall through */ - case DEF_MAGIC: - c = get_ch(); /* Skip DEF_MAGIC, IN_SRC */ - /* Fall through */ - default: - scan_token( c, &out, out_end); /* Copy the token */ - break; - } - - /* The generated sequence is a valid preprocessing-token ? */ - if (*prev_token) { /* There is any token */ - unget_string( prev_token, 0); /* Scan once more */ - c = get_ch(); /* This line should be before the next line. */ - infile->fp = (FILE *)-1; /* To check token length*/ - if (mcpp_debug & EXPAND) - dump_string( "checking generated token", infile->buffer); - scan_token( c, (workp = work_buf, &workp), work_end); - infile->fp = 0; - if (*infile->bptr != EOS) { /* More than a token */ - if (option_flags.lang_asm) { /* Assembler source */ - if (warn_level & 2) - diag_macro( CWARN, invalid_token, prev_token, 0L, 0 - , defp, 0); - } else { - diag_macro( CERROR, invalid_token, prev_token, 0L, 0, defp - , 0); - } - infile->bptr += ACE_OS::strlen( infile->bptr); - } - get_ch(); /* To the parent "file" */ - unget_ch(); - } - - if (mcpp_mode == STD && ! option_flags.lang_asm) { - *out++ = TOK_SEP; /* Prevent token merging*/ - *out = EOS; - } - if (in_arg) { /* There are more tokens after the generated one */ - if (mcpp_mode == POST_STD) { - file = infile; - while (c = get_ch(), file == infile) { - prev_token = out; /* Remember the last token */ - scan_token( c, &out, out_end); - } /* Copy rest of argument without expansion */ - unget_ch(); - } else { - while ((c = get_ch()) != RT_END) { - if (c == TOK_SEP) - continue; /* Skip separator */ - prev_token = out; /* Remember the last token */ - scan_token( c, &out, out_end); - } /* Copy rest of argument without expansion */ - } - } - *token_p = prev_token; /* Report back the last token */ - - return out; -} - -static const char * remove_magics( - const char * argp, /* The argument list */ - int from_last /* token is the last or first? */ - ) -/* - * Remove pair of magic character sequences in an argument in order to catenate - * the last or first token to another. - * Or remove pair of magic character sequences surrounding an argument in order - * to keep symmetry of magics. - */ -{ -#define INIT_MAGICS 128 - - char (* mac_id)[ MAC_S_LEN]; - char (* arg_id)[ ARG_S_LEN]; - char ** mac_loc; - char ** arg_loc; - char * mgc_index; - size_t max_magics; - unsigned int mac_n, arg_n, ind, n; - char * first = 0; - char * last = 0; - char * token; - char * arg_p; - char * ap; - char * ep; - char * tp; - char * space = 0; - int with_rtend; - int c; - FILEINFO * file; - - mac_id = (char (*)[ MAC_S_LEN]) ACE_OS::malloc( MAC_S_LEN * INIT_MAGICS); - arg_id = (char (*)[ ARG_S_LEN]) ACE_OS::malloc( ARG_S_LEN * INIT_MAGICS * 2); - mac_loc = (char **) ACE_OS::malloc( sizeof (char *) * INIT_MAGICS); - arg_loc = (char **) ACE_OS::malloc( sizeof (char *) * INIT_MAGICS * 2); - mgc_index = (char *)ACE_OS::malloc( INIT_MAGICS * 3); - max_magics = INIT_MAGICS; - - mac_n = arg_n = ind = 0; - ap = arg_p =(char *) ACE_OS::malloc( ACE_OS::strlen( argp) + 1); - ACE_OS::strcpy( arg_p, argp); - ep = arg_p + ACE_OS::strlen( arg_p); - if (*(ep - 1) == RT_END) { - with_rtend = TRUE; - ep--; /* Point to RT_END */ - } else { - with_rtend = FALSE; - } - file = unget_string( arg_p, 0); /* Stack to "file" for token parsing*/ - - /* Search all the magics in argument, as well as first and last token */ - /* Read stacked arg_p and write it to arg_p as a dummy buffer */ - while ((*ap++ = c = get_ch()) != RT_END && file == infile) { - if (c == MAC_INF) { - if (mac_n >= max_magics || - arg_n >= max_magics * 2) { - max_magics *= 2; - mac_id = (char (*)[ MAC_S_LEN]) ACE_OS::realloc( reinterpret_cast<char *> (mac_id), MAC_S_LEN * max_magics); - arg_id = (char (*)[ ARG_S_LEN]) ACE_OS::realloc( reinterpret_cast<char *> (arg_id), ARG_S_LEN * max_magics * 2); - mac_loc = (char **) ACE_OS::realloc( reinterpret_cast <char *> (mac_loc), sizeof (char *) * max_magics); - arg_loc = (char **) ACE_OS::realloc( reinterpret_cast <char *> (arg_loc), sizeof (char *) * max_magics * 2); - mgc_index = (char *) ACE_OS::realloc( mgc_index, max_magics * 3); - } - *ap++ = c = get_ch(); - switch (c) { - case MAC_CALL_START : - *ap++ = get_ch(); - *ap++ = get_ch(); - mac_loc[ mac_n] = ap - MAC_S_LEN; /* Location of the seq */ - ACE_OS::memcpy( mac_id[ mac_n], ap - (MAC_S_LEN - 1), MAC_S_LEN - 1); - /* Copy the sequence from its second byte */ - mac_id[ mac_n++][ MAC_S_LEN - 1] = FALSE; - /* Mark of to-be-removed or not */ - break; - case MAC_ARG_START : - *ap++ = get_ch(); - *ap++ = get_ch(); - *ap++ = get_ch(); - arg_loc[ arg_n] = ap - ARG_S_LEN; - ACE_OS::memcpy( arg_id[ arg_n], ap - (ARG_S_LEN - 1), ARG_S_LEN - 1); - arg_id[ arg_n++][ ARG_S_LEN - 1] = FALSE; - break; - case MAC_CALL_END : - mac_loc[ mac_n] = ap - MAC_E_LEN; - mac_id[ mac_n][ 0] = c; - mac_id[ mac_n++][ MAC_E_LEN_V - 1] = FALSE; - break; - case MAC_ARG_END : - arg_loc[ arg_n] = ap - ARG_E_LEN; - arg_id[ arg_n][ 0] = c; - arg_id[ arg_n++][ ARG_E_LEN_V - 1] = FALSE; - break; - } - if (option_flags.v) { - switch (c) { - case MAC_CALL_END : - mac_id[ mac_n - 1][ 1] = *ap++ = get_ch(); - mac_id[ mac_n - 1][ 2] = *ap++ = get_ch(); - break; - case MAC_ARG_END : - arg_id[ arg_n - 1][ 1] = *ap++ = get_ch(); - arg_id[ arg_n - 1][ 2] = *ap++ = get_ch(); - arg_id[ arg_n - 1][ 3] = *ap++ = get_ch(); - break; - } - } - mgc_index[ ind++] = c; /* Index to mac_id[] and arg_id[] */ - continue; - } else if (char_type[ c & UCHARMAX] & HSP) { - if (! first) { - ap--; /* Skip white space on top of the argument */ - ep--; - } - continue; - } - last = --ap; - if (! first) - first = ap; - if (char_type[ c & UCHARMAX] & HSP) - space = ap; /* Remember the last white space */ - scan_token( c, &ap, ep); - } - if (file == infile) - get_ch(); /* Clear the "file" */ - unget_ch(); - if (space == ep - 1) - ep--; /* Remove trailing white space */ - if (with_rtend) - *ep++ = RT_END; - *ep = EOS; - if ((from_last && !last) || (!from_last && !first)) - return arg_p; - if (mac_n == 0 && arg_n == 0) /* No magic sequence */ - return arg_p; - token = from_last ? last : first; - - /* Remove pair of magics surrounding the last (or first) token */ - if (mac_n) { - /* Remove pair of macro magics surrounding the token */ - unsigned int magic, mac_s, mac_e; - unsigned int nest_s, nest_e; - - nest_s = 0; - for (mac_s = 0; mac_loc[ mac_s] < token; mac_s++) { - magic = mac_id[ mac_s][ 0]; - if (magic == MAC_CALL_START) { /* Starting magic */ - nest_e = ++nest_s; - /* Search the corresponding closing magic */ - for (mac_e = mac_s + 1; mac_e < mac_n; mac_e++) { - magic = mac_id[ mac_e][ 0]; - if (magic == MAC_CALL_START) { - nest_e++; - } else { /* MAC_CALL_END: Closing magic */ - nest_e--; - /* Search after the token */ - if (token < mac_loc[ mac_e] && nest_e == nest_s - 1) { -#if DEBUG_MACRO_ANN - if (option_flags.v) - chk_symmetry( mac_id[ mac_s], mac_id[ mac_e] - , MAC_E_LEN - 2); -#endif - mac_id[ mac_e][ MAC_S_LEN - 1] = TRUE; - /* To be removed */ - break; /* Done for this mac_s */ - } - } - } - if (mac_e < mac_n) /* Found corresponding magic */ - mac_id[ mac_s][ MAC_S_LEN - 1] = TRUE; /* To be removed*/ - else /* Not found */ - break; - } else { - nest_s--; /* MAC_CALL_END: Closing magic */ - } - } - } - if (arg_n) { - /* Remove pair of arg magics surrounding the token */ - unsigned int magic, arg_s, arg_e; - unsigned int nest_s, nest_e; - - nest_s = 0; - for (arg_s = 0; arg_loc[ arg_s] < token; arg_s++) { - magic = arg_id[ arg_s][ 0]; - if (magic == MAC_ARG_START) { - nest_e = ++nest_s; - for (arg_e = arg_s + 1; arg_e < arg_n; arg_e++) { - magic = arg_id[ arg_e][ 0]; - if (magic == MAC_ARG_START) { - nest_e++; - } else { - nest_e--; - if (token < arg_loc[ arg_e] && nest_e == nest_s - 1) { -#if DEBUG_MACRO_ANN - if (option_flags.v) - chk_symmetry( arg_id[ arg_s], arg_id[ arg_e] - , ARG_E_LEN_V - 2); -#endif - arg_id[ arg_e][ ARG_S_LEN - 1] = TRUE; - break; - } - } - } - if (arg_e < arg_n) - arg_id[ arg_s][ ARG_S_LEN - 1] = TRUE; - else - break; - } else { - nest_s--; - } - } - } - - /* Copy the sequences skipping the to-be-removed magic seqs */ - file = unget_string( arg_p, 0); /* Stack to "file" for token parsing*/ - tp = arg_p; - ep = arg_p + ACE_OS::strlen( arg_p); - mac_n = arg_n = n = 0; - - while ((*tp++ = c = get_ch()) != RT_END && file == infile) { - char ** loc_tab = 0; - int num = 0, mark = 0, rm = 0, magic = 0; - size_t len = 0; - - if (c != MAC_INF) { - scan_token( c, (--tp, &tp), ep); - continue; - } - unget_ch(); /* Pushback MAC_INF */ - tp--; - - switch (magic = mgc_index[ n++]) { - case MAC_CALL_START : - len = MAC_S_LEN; - mark = MAC_S_LEN - 1; - break; - case MAC_CALL_END : - len = option_flags.v ? MAC_E_LEN_V : MAC_E_LEN; - mark = MAC_E_LEN_V - 1; - break; - case MAC_ARG_START : - len = ARG_S_LEN; - mark = ARG_S_LEN - 1; - break; - case MAC_ARG_END : - len = option_flags.v ? ARG_E_LEN_V : ARG_E_LEN; - mark = ARG_E_LEN_V - 1; - break; - } - switch (magic) { - case MAC_CALL_START : - case MAC_CALL_END : - loc_tab = mac_loc; - num = mac_n; - rm = mac_id[ mac_n++][ mark]; - break; - case MAC_ARG_START : - case MAC_ARG_END : - loc_tab = arg_loc; - num = arg_n; - rm = arg_id[ arg_n++][ mark]; - break; - } - if (rm == FALSE) { /* Not to be removed */ - ACE_OS::memmove( tp, loc_tab[ num], len); - /* Copy it (from arg_p buffer for convenience) */ - tp += len; - } - infile->bptr += len; - } - if (! with_rtend) - tp--; - *tp = EOS; - if (file == infile) - get_ch(); /* Clear the "file" */ - unget_ch(); - - return arg_p; -} - -#if DEBUG_MACRO_ANN -static void chk_symmetry( - char * start_id, /* Sequence of macro (or arg) starting inf */ - char * end_id, /* Sequence of macro (or arg) closing inf */ - size_t len /* Length of the sequence */ - ) -/* - * Check whether starting sequence and corresponding closing sequence is the - * same. - */ -{ - int s_id, e_id, arg_s_n, arg_e_n; - - if (ACE_OS::memcmp( start_id + 1, end_id + 1, len) == 0) - return; /* The sequences are the same */ - s_id = ((start_id[ 1] & UCHARMAX) - 1) * UCHARMAX; - s_id += (start_id[ 2] & UCHARMAX) - 1; - e_id = ((end_id[ 1] & UCHARMAX) - 1) * UCHARMAX; - e_id += (end_id[ 2] & UCHARMAX) - 1; - if (len >= 3) { - arg_s_n = (start_id[ 3] & UCHARMAX) - 1; - arg_e_n = (end_id[ 3] & UCHARMAX) - 1; - mcpp_fprintf( ERR, - "Asymmetry of arg inf found removing magics: start %d:%d, end: %d:%d at line:%d\n" - , s_id, arg_s_n, e_id, arg_e_n, src_line); - } else { - mcpp_fprintf( ERR, - "Asymmetry of macro inf found removing magics: start %d, end: %d at line:%d\n" - , s_id, e_id, src_line); - } -} -#endif - -static char * stringize( - const DEFBUF * defp, /* The macro definition */ - const char * argp, /* Pointer to argument */ - char * out /* Output buffer */ - ) -/* - * Make a string literal from an argument. - */ -{ - char arg_end_inf[ 8][ ARG_E_LEN_V - 1]; - /* Verbose information of macro arguments */ - FILEINFO * file; - int stray_bsl = FALSE; /* '\\' not in literal */ - char * out_p = out; - int token_type; - int num_arg_magic = 0; - size_t len; - size_t arg_e_len = option_flags.v ? ARG_E_LEN_V : ARG_E_LEN; - int c; - - if (trace_macro) { - while ((*argp == MAC_INF && *(argp + 1) == MAC_ARG_START) - /* Argument is prefixed with macro tracing magics */ - || (char_type[ *argp & UCHARMAX] & HSP)) { - if (*argp == MAC_INF) { /* Move magics to outside of string */ - ACE_OS::memcpy( out_p, argp, ARG_S_LEN); - out_p += ARG_S_LEN; - argp += ARG_S_LEN; - num_arg_magic++; - } else { /* Skip white spaces */ - argp++; - } - } - } - - file = unget_string( argp, 0); - len = ACE_OS::strlen( infile->buffer); /* Sequence ends with RT_END */ - if (trace_macro) { /* Remove suffixed argument closing magics */ - /* There are 0 or more argument closing magic sequences and */ - /* 0 or more TOK_SEPs and no space at the end of argp. */ - /* This is assured by get_an_arg(). */ - int nmagic = 0; - while (len > arg_e_len - && (((*(infile->buffer + len - arg_e_len - 1) == MAC_INF - && *(infile->buffer + len - arg_e_len) == MAC_ARG_END) - || *(infile->buffer + len - 2) == TOK_SEP))) { - if (*(infile->buffer + len - arg_e_len - 1) == MAC_INF - && *(infile->buffer + len - arg_e_len) == MAC_ARG_END) { - if (option_flags.v) { - ACE_OS::memcpy( arg_end_inf[ nmagic] - , infile->buffer + len - arg_e_len + 1 - , arg_e_len - 2); - arg_end_inf[ nmagic][ arg_e_len - 2] = EOS; - } - nmagic++; - len -= arg_e_len; - *(infile->buffer + len - 1) = RT_END; - *(infile->buffer + len) = EOS; - } else if (*(infile->buffer + len - 2) == TOK_SEP) { - len--; - *(infile->buffer + len - 1) = RT_END; - *(infile->buffer + len) = EOS; - } - } - if (nmagic != num_arg_magic) { /* There are some imbalances */ - /* Some surrounding magics correspond to intervening ones. */ - /* So, unmatched surrounding magics should be removed. */ - if (num_arg_magic > nmagic) { - num_arg_magic = nmagic; /* Ignore the surplus */ - out_p = out + ARG_S_LEN * num_arg_magic; - } /* Else simply ignore the surplus nmagic */ - } - } - *out_p++ = '"'; /* Starting quote */ - - while ((c = get_ch()), ((mcpp_mode == POST_STD && file == infile) - || (mcpp_mode == STD && c != RT_END))) { - if (c == ' ' || c == '\t') { - *out_p++ = c; - continue; - } else if (c == TOK_SEP) { - continue; /* Skip inserted separator */ - } else if (c == IN_SRC) { /* Skip magics */ - if (trace_macro) { - get_ch(); - get_ch(); - } - continue; - } else if (c == '\\') { - stray_bsl = TRUE; /* May cause a trouble */ - } else if (c == MAC_INF) { /* Remove intervening magics */ - switch (c = get_ch()) { - case MAC_ARG_START : - get_ch(); - /* Fall through */ - case MAC_CALL_START : - get_ch(); - get_ch(); - break; - } - if (option_flags.v) { - switch (c) { - case MAC_ARG_END : - get_ch(); - /* Fall through */ - case MAC_CALL_END : - get_ch(); - get_ch(); - break; - } - } - continue; - } - token_type = scan_token( c, (workp = work_buf, &workp), work_end); - - switch (token_type) { - case WSTR: - case WCHR: - case STR: - case CHR: - workp = work_buf; - while ((c = *workp++ & UCHARMAX) != EOS) { - if (char_type[ c] & mbchk) { /* Multi-byte character */ - mb_read( c, &workp, (*out_p++ = c, &out_p)); - /* Copy as it is */ - continue; - } else if (c == '"') { - *out_p++ = '\\'; /* Insert '\\' */ - } else if (c == '\\') { -#if OK_UCN - if (mcpp_mode == POST_STD || ! stdc3 - || (*workp != 'u' && *workp != 'U')) - /* Not UCN */ -#endif - *out_p++ = '\\'; - } - *out_p++ = c; - } - *out_p = EOS; - break; - default: - out_p = mcpp_stpcpy( out_p, work_buf); - break; - } - } - - if (mcpp_mode == POST_STD) - unget_ch(); - *out_p++ = '"'; /* Closing quote */ - if (trace_macro) { - while (num_arg_magic--) { - *out_p++ = MAC_INF; /* Restore removed magic*/ - *out_p++ = MAC_ARG_END; - if (option_flags.v) - out_p = mcpp_stpcpy( out_p, arg_end_inf[ num_arg_magic]); - } - } - *out_p = EOS; - - if (stray_bsl) { /* '\\' outside of quotation has been found */ - int invalid = FALSE; - unget_string( out, defp->name); - if (mcpp_debug & EXPAND) - dump_string( "checking generated token", infile->buffer); - scan_quote( get_ch(), work_buf, work_end, TRUE); - /* Unterminated or too long string will be diagnosed */ - if (*infile->bptr != EOS) /* More than a token */ - invalid = TRUE; /* Diagnose after clearing the "file" */ - infile->bptr += ACE_OS::strlen( infile->bptr); - get_ch(); /* Clear the "file" */ - unget_ch(); - if (invalid) - diag_macro( CERROR - , "Not a valid string literal %s" /* _E_ */ - , out, 0L, 0, defp, 0); - } -#if NWORK-2 > SLEN90MIN - else if ((warn_level & 4) && out_p - out > std_limits.str_len) - diag_macro( CWARN - , "String literal longer than %.0s%ld bytes %s" /* _W4_ */ - , 0 , (long) std_limits.str_len, out, defp, 0); -#endif - return out_p; -} - -static char * substitute( - const DEFBUF * defp, /* The macro getting arguments */ - const char ** arglist, /* Pointers to actual arguments */ - const char * in, /* Replacement text */ - char * out, /* Output buffer */ - char * out_end /* End of output buffer */ - ) -/* - * Replace completely each actual arguments of the macro, and substitute for - * the formal parameters in the replacement list. - */ -{ - //char * out_start = out; - //const char * arg; - int c; - int gvar_arg; /* gvar_arg'th argument is GCC variable argument */ - - gvar_arg = (defp->nargs & GVA_ARGS) ? (defp->nargs & ~AVA_ARGS) : 0; - *out = EOS; /* Ensure to termanate */ - - while ((c = *in++) != EOS) { - if (c == MAC_PARM) { /* Formal parameter */ - c = *in++ & UCHARMAX; /* Parameter number */ - if (mcpp_debug & EXPAND) { - mcpp_fprintf( DBG, " (expanding arg[%d])", c); - dump_string( 0, arglist[ c - 1]); - } -#if COMPILER == GNUC || COMPILER == MSC - arg = arglist[ c - 1]; - if (trace_macro) { - if (*arg == MAC_INF) { - if (*++arg == MAC_ARG_START) - arg += ARG_S_LEN - 1; /* Next to magic chars */ - } - } -#if COMPILER == GNUC - if (c == gvar_arg && *arg == RT_END && ! ansi) { - /* - * GCC variadic macro and its variable argument is absent. - * Note that in its "strict-ansi" mode GCC does not remove - * ',', nevertheless it ignores '##' (inconsistent - * behavior). Though GCC2 changes behavior depending the - * ',' is preceded by space or not, we only count on the - * "strict-ansi" flag. - */ -#else - if ((defp->nargs & VA_ARGS) && c == (defp->nargs & ~VA_ARGS) - && *arg == RT_END && mcpp_mode == STD) { - /* Visual C 2005 also removes ',' immediately preceding */ - /* absent variable arguments. It does not use '##' though. */ -#endif - char * tmp; - tmp = out - 1; - while (char_type[ *tmp & UCHARMAX] & HSP) - tmp--; - if (*tmp == ',') { - out = tmp; /* Remove the immediately preceding ',' */ - if (warn_level & 1) { - *out = EOS; - diag_macro( CWARN, - "Removed ',' preceding the absent variable argument: %s" /* _W1_ */ - , out_start, 0L, 0, defp, 0); - } - } - } else -#endif - if ((out = rescan( 0, arglist[ c - 1], out, out_end)) - == 0) { /* Replace completely */ - return 0; /* Error */ - } - } else { - *out++ = c; /* Copy the character */ - } - } - *out = EOS; - return out; - } - - static char * rescan( - const DEFBUF * outer, /* Outer macro just replacing */ - const char * in, /* Sequences to be rescanned */ - char * out, /* Output buffer */ - char * out_end /* End of output buffer */ - ) - /* - * Re-scan the once replaced sequences to replace the remaining macros - * completely. - * rescan() and replace() call each other recursively. - * - * Note: POST_STD mode does not use IN_SRC nor TOK_SEP and seldom uses RT_END. - * Checking of those are unnecessary overhead for POST_STD mode. To integrate - * the code for POST_STD with STD mode, however, we use these checkings - * commonly. - * Also compat_mode does not use IN_SRC unless in trace_macro mode. - * STD mode has macro notification mode (trace_macro mode), too. Its routines - * are complicated and not easy to understand. - */ - { - char * cur_cp = 0; - char * tp = 0; /* Temporary pointer into buffer*/ - char * out_p = out; /* Current output pointer */ - FILEINFO * file; /* Input sequences stacked on a "file" */ - DEFBUF * inner = 0; /* Inner macro to replace */ - int c; /* First character of token */ - int token_type; - char * mac_arg_start = 0; -#if COMPILER == GNUC - int within_defined = FALSE; - int within_defined_arg_depth = 0; -#endif - - if (mcpp_debug & EXPAND) { - mcpp_fprintf( DBG, "rescan_level--%d (%s) " - , rescan_level + 1, outer ? outer->name : "<arg>"); - dump_string( "rescan entry", in); - } - if (! disable_repl( outer)) /* Don't re-replace replacing macro */ - return 0; /* Too deeply nested macro call */ - if (mcpp_mode == STD) { - get_ch(); /* Clear empty "file"s */ - unget_ch(); /* for diagnostic */ - cur_cp = infile->bptr; /* Remember current location */ - } - file = unget_string( in, outer ? outer->name : 0); - /* Stack input on a "file" */ - - while ((c = get_ch()), file == infile - /* Rescanning is limited to the "file" */ - && c != RT_END) { - /* - * This is the trick of STD mode. collect_args() via replace() - * may read over to file->parent (provided the "file" is macro) - * unless stopped by RT_END. - */ - size_t len = 0; - - if (char_type[ c] & HSP) { - *out_p++ = c; - continue; - } else if (c == MAC_INF) { /* Only in STD mode */ - *out_p++ = c; - *out_p++ = c = get_ch(); - switch (c) { - case MAC_ARG_START : - mac_arg_start = out_p - 2; /* Remember the position */ - *out_p++ = get_ch(); - /* Fall through */ - case MAC_CALL_START : - *out_p++ = get_ch(); - *out_p++ = get_ch(); - break; - case MAC_ARG_END : - if (! option_flags.v) - break; - else - *out_p++ = get_ch(); - /* Fall through */ - case MAC_CALL_END : - if (option_flags.v) { - *out_p++ = get_ch(); - *out_p++ = get_ch(); - } - break; - } /* Pass these characters as they are */ - continue; - } - token_type = scan_token( c, (tp = out_p, &out_p), out_end); -#if COMPILER == GNUC - if (mcpp_mode == STD) { - /* Pass stuff within defined() as they are, if in_directive */ - if ((within_defined || within_defined_arg_depth)) { - if (c == '(') { - within_defined_arg_depth++; - within_defined = FALSE; - } else if (within_defined_arg_depth && c == ')') { - within_defined_arg_depth--; - } /* Else should be a name (possibly macro) */ - continue; - } else if (token_type == NAM && in_directive - && str_eq(identifier, "defined")) { - within_defined = TRUE; - /* 'defined' token in directive line */ - continue; - } - } -#endif - if (mcpp_mode == STD && c == IN_SRC) - len = trace_macro ? IN_SRC_LEN : 1; - if (token_type == NAM && c != DEF_MAGIC - && (inner = look_id( tp + len)) != 0) { /* A macro name */ - int is_able; /* Macro is not "blue-painted" */ - char * endf = 0; /* Output stream at end of infile */ - MAGIC_SEQ mgc_seq; /* Magics between macro name and '(' */ - - if (trace_macro) - ACE_OS::memset( &mgc_seq, 0, sizeof (MAGIC_SEQ)); - if (is_macro_call( inner, &out_p, &endf - , trace_macro ? &mgc_seq : 0) - && ((mcpp_mode == POST_STD && is_able_repl( inner)) - || (mcpp_mode == STD - && (((is_able = is_able_repl( inner)) == YES) - || (is_able == READ_OVER - && (c == IN_SRC || compat_mode)))))) { - /* Really a macro call */ - LINE_COL in_src_line_col = { 0L, 0}; - int in_src_n = 0; - - if (trace_macro) { - if (c == IN_SRC) { /* Macro in argument from source */ - /* Get the location in source */ - in_src_n = ((*(tp + 1) & UCHARMAX) - 1) * UCHARMAX; - in_src_n += (*(tp + 2) & UCHARMAX) - 1; - in_src_line_col.line = in_src[ in_src_n].start_line; - in_src_line_col.col = in_src[ in_src_n].start_col; - } - if (inner->nargs >= 0 && mgc_seq.magic_start) { - /* Magic sequence is found between macro */ - /* name and '('. This is a nuisance. */ - char * mgc_cleared; - size_t seq_len; - size_t arg_elen = option_flags.v ? ARG_E_LEN_V - : ARG_E_LEN; - if ((tp - ARG_S_LEN) == mac_arg_start - && *mgc_seq.magic_start == MAC_INF - && *(mgc_seq.magic_start + 1) == MAC_ARG_END) { - /* Name of function-like macro is surrounded by */ - /* magics, which were inserted by outer macro. */ - /* Remove the starting magic. (The closing magic*/ - /* has already been removed by is_macro_call(). */ - tp -= ARG_S_LEN; - mgc_seq.magic_start += arg_elen; /* Next seq */ - } - /* Restore once skipped magic sequences, */ - /* then remove "pair"s of sequences. */ - seq_len = mgc_seq.magic_end - mgc_seq.magic_start; - if (seq_len) { - insert_to_bptr( mgc_seq.magic_start, seq_len); - mgc_cleared = const_cast<char *> (remove_magics(const_cast <const char *> (infile->bptr), FALSE)); - /* Remove pair of magics */ - ACE_OS::strcpy( infile->bptr, mgc_cleared); - ACE_OS::free( mgc_cleared); - } - } - } - if ((out_p = replace( inner, tp, out_end, outer, file - , in_src_line_col, in_src_n)) == 0) - break; /* Error of macro call */ - } else { - if (endf && ACE_OS::strlen( endf)) { - /* Has read over to parent file: another nuisance. */ - /* Restore the read-over sequence into current buffer. */ - /* Don't use unget_string() here. */ - insert_to_bptr( endf, out_p - endf); - out_p = endf; - *out_p = EOS; - } - if ((is_able = is_able_repl( inner)) == NO - || (mcpp_mode == STD && is_able == READ_OVER - && c != IN_SRC && ! compat_mode)) { - if (mcpp_mode == POST_STD || c != IN_SRC) - ACE_OS::memmove( tp + 1, tp, (size_t) (out_p++ - tp)); - *tp = DEF_MAGIC; /* Mark not to replace */ - } /* Else not a macro call*/ - } - } - if (out_end <= out_p) { - *out_p = EOS; - diag_macro( CERROR, macbuf_overflow, outer ? outer->name : in, 0L - , out, outer, inner); - out_p = 0; - break; - } - } - - if (out_p) { - *out_p = EOS; - if (mcpp_mode == STD) { - if (c != RT_END) { - unget_ch(); - if (outer != 0) { /* outer isn't a macro in argument */ - if (infile && infile->bptr != cur_cp - /* Have overrun replacement list*/ - && !(tp && *tp == DEF_MAGIC) - /* Macro is enabled */ - && ((!compat_mode && (warn_level & 1)) - || (compat_mode && (warn_level & 8)))) { - diag_macro( CWARN, - "Replacement text \"%s\" of macro %.0ld\"%s\" involved subsequent text" /* _W1_ */ - , in, 0L, outer->name, outer, inner); - } - } - } /* Else remove RT_END */ - } else { - unget_ch(); - } - } - enable_repl( outer, TRUE); /* Enable macro for later text */ - if (mcpp_debug & EXPAND) { - mcpp_fprintf( DBG, "rescan_level--%d (%s) " - , rescan_level + 1, outer ? outer->name : "<arg>"); - dump_string( "rescan exit", out); - } - return out_p; - } - - static int disable_repl( - const DEFBUF * defp - ) - /* - * Register the macro name currently replacing. - */ - { - if (defp == 0) - return TRUE; - if (rescan_level >= RESCAN_LIMIT) { - diag_macro( CERROR, - "Rescanning macro \"%s\" more than %ld times at \"%s\"" /* _E_ */ - , macro_name, (long) RESCAN_LIMIT, defp->name, defp, 0); - return FALSE; - } - replacing[ rescan_level].def = defp; - replacing[ rescan_level++].read_over = NO; - return TRUE; - } - - static void enable_repl( - const DEFBUF * defp, - int done - ) - /* - * Un-register the macro name just replaced for later text. - */ - { - if (defp == 0) - return; - replacing[ rescan_level - 1].def = 0; - if (done && rescan_level) - rescan_level--; - } - - static int is_able_repl( - const DEFBUF * defp - ) - /* - * The macro is permitted to replace ? - */ - { - int i; - - if (defp == 0) - return YES; - for (i = rescan_level-1; i >= 0; i--) { - if (defp == replacing[ i].def) - return replacing[ i].read_over; - } - return YES; - } - - static char * insert_to_bptr( - char * ins, /* Sequence to be inserted */ - size_t len /* Byte to be inserted */ - ) - /* - * Insert a sequence into infile->bptr. - * infile->buffer is reallocated to ensure buffer size. - * This routine changes absolute address of infile->bptr, hence rescan() emits - * a "Replacement text ... involved subsequent text" warning. Anyway, - * a macro which needs this routine deserves that warning. - */ - { - size_t bptr_offset = infile->bptr - infile->buffer; - - if (infile->fp == 0) { /* Not source file */ - infile->buffer = (char *) ACE_OS::realloc( infile->buffer - , ACE_OS::strlen( infile->buffer) + len + 1); - infile->bptr = infile->buffer + bptr_offset; - } - ACE_OS::memmove( infile->bptr + len, infile->bptr, ACE_OS::strlen( infile->bptr) + 1); - ACE_OS::memcpy( infile->bptr, ins, len); - - return infile->buffer; - } - - /* - * M a c r o E x p a n s i o n i n P R E - S T A N D A R D M o d e - */ - -#include "setjmp.h" - - static jmp_buf jump; - - static char * arglist_pre[ NMACPARS]; /* Pointers to args */ - - static int rescan_pre( int c, char * mp, char * mac_end); - /* Replace a macro repeatedly */ - static int replace_pre( DEFBUF * defp); - /* Replace a macro once */ - static void substitute_pre( DEFBUF * defp); - /* Substitute parms with args */ - - static char * expand_prestd( - DEFBUF * defp, /* Macro definition */ - char * out, /* Output buffer */ - char * out_end, /* End of output buffer */ - LINE_COL /* line_col*/, /* Location of macro (not used in prestd) */ - int * pragma_op /* Flag of _Pragma (not used in prestd) */ - ) - /* - * Expand a macro call completely, write the results to the specified buffer - * and return the advanced pointer. - */ - { - char macrobuf[ NMACWORK + IDMAX]; /* Buffer for rescan_pre() */ - char * mac_end = ¯obuf[ NMACWORK]; /* End of macrobuf[] */ - char * out_p; /* Pointer into out[] */ - char * mp = macrobuf; /* Pointer into macrobuf*/ - int len; /* Length of a token */ - int token_type; /* Type of token */ - int c; - - macro_line = src_line; /* Line number for diag.*/ - unget_string( identifier, identifier); /* To re-read */ - macro_name = defp->name; - rescan_level = 0; - if (setjmp( jump) == 1) { - skip_macro(); - mp = macrobuf; - *mp = EOS; - macro_line = MACRO_ERROR; - goto err_end; - } - - while ((c = get_ch()) != CHAR_EOF && infile->fp == 0) { - /* While the input stream is a macro */ - while (c == ' ' || c == '\t') { /* Output the spaces */ - *mp++ = c; - c = get_ch(); - if (infile == 0 || infile->fp != 0) - goto exp_end; - } - token_type = rescan_pre( c, mp, mac_end); /* Scan token */ - /* and expand. Result of expansion is written at mp. */ - - switch (token_type) { - case STR: /* String literal */ - case CHR: /* Character constant */ - case NUM: /* Number token */ - case OPE: /* Operator or punct. */ - case NAM: /* Identifier */ - len = ACE_OS::strlen( mp); - mp += len; - break; - case SEP: /* Special character */ - switch( *mp) { - case COM_SEP: - if (mcpp_mode == OLD_PREP) - break; /* Zero-length comment is removed now */ - /* Else fall through */ - default: /* Who knows ? */ - mp++; /* Copy the character */ - break; - } - break; - case NO_TOKEN: break; /* End of file */ - default: /* Unkown token char. */ - mp++; /* Copy the character */ - break; - } - - if (mac_end <= mp) { - *mp = EOS; - cerror( macbuf_overflow, macro_name, 0L, macrobuf); - longjmp( jump, 1); - } - if (mcpp_debug & GETC) { - *mp = EOS; - dump_string( "macrobuf", macrobuf); - } - } - - exp_end: - unget_ch(); - while (macrobuf < mp && (*(mp - 1) == ' ' || *(mp - 1) == '\t')) - mp--; /* Remove trailing blank */ - macro_line = 0; - *mp = EOS; - if (mp - macrobuf > out_end - out) { - cerror( macbuf_overflow, macro_name, 0L, macrobuf); - macro_line = MACRO_ERROR; - } - err_end: - out_p = mcpp_stpcpy( out, macrobuf); - if (mcpp_debug & EXPAND) { - dump_string( "expand_prestd exit", out); - } - macro_name = 0; - clear_exp_mac(); - *pragma_op = FALSE; - return out_p; - } - - static int rescan_pre( - int c, /* First character of token */ - char * mp, /* Output buffer */ - char * mac_end /* End of output buffer */ - ) - /* - * If the token is a macro name, replace the macro repeatedly until the first - * token becomes a non-macro and return the type of token after expansion. - */ - { - int token_type; /* Type of token */ - char * cp = mp; /* Value of mp should not be changed */ - DEFBUF * defp; - FILEINFO * file; - - while ((token_type = scan_token( c, &cp, mac_end)) == NAM - && (defp = look_id( identifier)) != 0) { /* Macro */ - if (replace_pre( defp) == FALSE) - break; /* Macro name with no argument */ - file = infile; - c = get_ch(); - if (file != infile) { /* Replaced to 0 token */ - unget_ch(); - token_type = NO_TOKEN; - break; - } - cp = mp; /* Overwrite on the macro call */ - } /* The macro call is replaced */ - return token_type; - } - - static int replace_pre( - DEFBUF * defp /* Definition of the macro */ - ) - /* - * Replace a macro one level. Called from expand_prestd() (via rescan_pre()) - * when an identifier is found in the macro table. It calls collect_args() - * to parse actual arguments, checking for the correct number. It then - * creates a "file" containing single line containing the replacement text - * with the actual arguments inserted appropriately. This is "pushed back" - * onto the input stream. (When get_ch() routine runs off the end of the macro - * line, it will dismiss the macro itself.) - */ - { - int arg_len; - int c; - - if (mcpp_debug & EXPAND) { - dump_a_def( "replace_pre entry", defp, FALSE, TRUE, fp_debug); - dump_unget( "replace_pre entry"); - } - if (++rescan_level >= PRESTD_RESCAN_LIMIT) { - diag_macro( CERROR - , "Recursive macro definition of \"%s\"" /* _E_ */ - , defp->name, 0L, 0, defp, 0); - longjmp( jump, 1); - } - - /* - * Here's a macro to replace. - */ - switch (defp->nargs) { - case DEF_NOARGS: /* No argument just stuffs */ - case DEF_NOARGS_PREDEF_OLD: /* Compiler-specific predef without '_' */ - case DEF_NOARGS_PREDEF: /* Compiler-specific predef */ - break; - default: /* defp->nargs >= 0 */ - c = squeeze_ws( 0, 0, 0); /* Look for and skip '('*/ - if (c != '(') { /* Macro name without following '(' */ - unget_ch(); - if (warn_level & 8) - diag_macro( CWARN, only_name, defp->name, 0L, 0, defp, 0); - return FALSE; - } else { - arglist_pre[ 0] = (char *) ACE_OS::malloc( (size_t) (NMACWORK + IDMAX * 2)); - arg_len = collect_args( defp, arglist_pre, 0); - /* Collect arguments */ - if (arg_len == ARG_ERROR) { /* End of input */ - ACE_OS::free( arglist_pre[ 0]); - longjmp( jump, 1); - } - } - break; - } - - if (defp->nargs > 0) - substitute_pre( defp); /* Do actual arguments */ - else - unget_string( defp->repl, defp->name); - - if (mcpp_debug & EXPAND) - dump_unget( "replace_pre exit"); - if (defp->nargs >= 0) - ACE_OS::free( arglist_pre[ 0]); - return TRUE; - } - - static void substitute_pre( - DEFBUF * defp /* Current macro being replaced */ - ) - /* - * Stuff the macro body, substituting formal parameters with actual arguments. - */ - { - int c; /* Current character */ - FILEINFO * file; /* Funny #include */ - char * out_end; /* -> output buffer end */ - char * in_p; /* -> replacement text */ - char * out_p; /* -> macro output buff */ - - file = get_file( defp->name, 0, 0, (size_t) (NMACWORK + 1), FALSE); - /* file == infile */ - in_p = defp->repl; /* -> macro replacement */ - out_p = file->buffer; /* -> output buffer */ - out_end = file->buffer + NMACWORK; /* -> buffer end */ - - while ((c = *in_p++) != EOS) { - if (c == MAC_PARM) { - c = (*in_p++ & UCHARMAX) - 1; /* Parm number */ - /* - * Substitute formal parameter with actual argument. - */ - if (out_end <= (out_p + ACE_OS::strlen( arglist_pre[ c]))) - goto nospace; - out_p = mcpp_stpcpy( out_p, arglist_pre[ c]); - } else { - *out_p++ = c; - } - if (out_end <= out_p) - goto nospace; - } - - *out_p = EOS; - file->buffer = (char *) ACE_OS::realloc( file->buffer, ACE_OS::strlen( file->buffer) + 1); - file->bptr = file->buffer; /* Truncate buffer */ - if (mcpp_debug & EXPAND) - dump_string( "substitute_pre macroline", file->buffer); - return; - - nospace: - *out_p = EOS; - diag_macro( CERROR, macbuf_overflow, defp->name, 0L, file->buffer, defp - , 0); - longjmp( jump, 1); - } - - - /* - * C O M M O N R O U T I N E S - * f o r S T A N D A R D a n d p r e - S T A N D A R D M o d e s - */ - - static int collect_args( - const DEFBUF * defp, /* Definition of the macro */ - char ** arglist, /* Pointers to actual arguments */ - int m_num /* Index into mac_inf[] */ - ) - /* - * Collect the actual arguments for the macro, checking for correct number - * of arguments. - * Variable arguments (on Standard modes) are read as a merged argument. - * Return number of real arguments, or ARG_ERROR on error of unterminated - * macro. - * collect_args() may read over to the next line unless 'in_directive' is - * set to TRUE. - * collect_args() may read over into file->parent to complete a macro call - * unless stopped by RT_END (provided the "file" is macro). This is a key - * trick of STD mode macro expansion. Meanwhile, POST_STD mode limits the - * arguments in the "file" (macro or not). - * Note: arglist[ n] may be reallocated by collect_args(). - */ - { - const char * name = defp->name; - char * argp = arglist[ 0]; /* Pointer to an argument */ - char * arg_end; /* End of arguments buffer */ - char * valid_argp = 0; /* End of valid arguments */ - char * sequence; /* Token sequence for diagnostics */ - char * seq; /* Current pointer into 'sequence' */ - char * seq_end; /* Limit of buffer */ - int args; /* Number of arguments expected */ - int nargs = 0; /* Number of collected args */ - int var_arg = defp->nargs & VA_ARGS; /* Variable args */ - int more_to_come = FALSE; /* Next argument is expected*/ - LOCATION * locs = 0; /* Location of args in source file */ - LOCATION * loc; /* Current locs */ - MAGIC_SEQ mgc_prefix; /* MAC_INF seqs and spaces preceding an arg */ - int c; - - if (mcpp_debug & EXPAND) - dump_unget( "collect_args entry"); - args = (defp->nargs == DEF_PRAGMA) ? 1 : (defp->nargs & ~AVA_ARGS); - if (args == 0) /* Need no argument */ - valid_argp = argp; - *argp = EOS; /* Make sure termination */ - arg_end = argp + NMACWORK/2; - seq = sequence = arg_end + IDMAX; /* Use latter half of argp */ - seq_end = seq + NMACWORK/2; - seq = mcpp_stpcpy( seq, name); - *seq++ = '('; - if (mcpp_mode == STD) { - /* - * in_getarg is set TRUE while getting macro arguments, for the sake - * of diagnostic's convenience. in_getarg is used only in STD mode. - */ - in_getarg = TRUE; - if (trace_macro && m_num) { - /* #pragma MCPP debug macro_call, and the macro is on source */ - mac_inf[ m_num].loc_args = loc = locs - = (LOCATION *) ACE_OS::malloc( (sizeof (LOCATION)) * UCHARMAX); - ACE_OS::memset( loc, 0, (sizeof (LOCATION)) * UCHARMAX); - /* 0-clear for default values, including empty argument */ - } - } - - while (1) { - ACE_OS::memset( &mgc_prefix, 0, sizeof (MAGIC_SEQ)); - c = squeeze_ws( &seq, 0 - , (trace_macro && m_num) ? &mgc_prefix : 0); - /* Skip MAC_INF seqs and white spaces, still remember */ - /* the sequence in buffer, if necessary. */ - if (c == ')' || c == ',') - scan_token( c, &seq, seq_end); /* Ensure token parsing */ - else - *seq = EOS; - - switch (c) { /* First character of token */ - case ')': - if (! more_to_come) { /* Zero argument */ - if (trace_macro && m_num) - loc++; - break; - } /* Else fall through */ - case ',': /* Empty argument */ - if (trace_macro && m_num) - loc++; /* Advance pointer to infs */ - if (warn_level & 2) - diag_macro( CWARN, empty_arg, sequence, 0L, 0, defp, 0); - if (standard && var_arg && nargs == args - 1) { - /* Variable arguments begin with an empty argument */ - c = get_an_arg( c, &argp, arg_end, &seq, 1, nargs, &loc - , m_num, (trace_macro && m_num) ? &mgc_prefix : 0); - } else { - if (mcpp_mode == STD) - *argp++ = RT_END; - *argp++ = EOS; - } - if (++nargs == args) - valid_argp = argp; - if (c == ',') { - more_to_come = TRUE; - continue; - } else { /* ')' */ - break; - } - case '\n': /* Unterminated macro call in directive line*/ - unget_ch(); /* Fall through */ - case RT_END: /* Error of missing ')' */ - diag_macro( CERROR, unterm_macro, sequence, 0L, 0, defp, 0); - /* Fall through */ - case CHAR_EOF: /* End of file in macro call*/ - nargs = ARG_ERROR; - goto arg_ret; /* Diagnosed by at_eof() */ - default: /* Nomal argument */ - break; - } - - if (c == ')') /* At end of all args */ - break; - - c = get_an_arg( c, &argp, arg_end, &seq - , (var_arg && nargs == args - 1) ? 1 : 0, nargs, &loc - , m_num, (trace_macro && m_num) ? &mgc_prefix : 0); - - if (++nargs == args) - valid_argp = argp; /* End of valid arguments */ - if (c == ')') - break; - if (c == 0) { /* End of file */ - nargs = ARG_ERROR; - goto arg_ret; /* Diagnosed by at_eof() */ - } - if (c == -1) { /* Untermanated macro call */ - diag_macro( CERROR, unterm_macro, sequence, 0L, 0, defp, 0); - nargs = ARG_ERROR; - goto arg_ret; - } - more_to_come = (c == ','); - } /* Collected all arguments */ - - if (nargs == 0 && args == 1) { /* Only and empty argument */ - if (warn_level & 2) - diag_macro( CWARN, empty_arg, sequence, 0L, 0, defp, 0); - } else if (nargs != args) { /* Wrong number of arguments*/ - if (mcpp_mode != OLD_PREP || (warn_level & 1)) { - if ((standard && var_arg && (nargs == args - 1)) - /* Absence of variable arguments */ - || (mcpp_mode == OLD_PREP)) { - if (warn_level & 1) - diag_macro( CWARN, narg_error, nargs < args ? "Less" - : "More", (long) args, sequence, defp, 0); - } else { - diag_macro( CERROR, narg_error, nargs < args ? "Less" : "More" - , (long) args, sequence, defp, 0); - } - } - } - if (args < nargs) { - argp = valid_argp; /* Truncate excess arguments*/ - } else { - for (c = nargs; c < args; c++) { - if (mcpp_mode == STD) - *argp++ = RT_END; /* For rescan() */ - *argp++ = EOS; /* Missing arguments */ - } - if (c == 0) - argp++; /* Ensure positive length */ - } - arglist[ 0] = argp - = (char *) ACE_OS::realloc( arglist[ 0], (size_t) (argp - arglist[ 0])); - /* Use memory sparingly */ - for (c = 1; c < args; c++) - arglist[ c] = argp += ACE_OS::strlen( argp) + 1; - if (trace_macro && m_num) - mac_inf[ m_num].loc_args /* Truncate excess memory */ - = (LOCATION *) ACE_OS::realloc( (char *) locs - , (loc - locs) * sizeof (LOCATION)); - - if (mcpp_debug & EXPAND) { - if (nargs > 0) { - if (nargs > args) - nargs = args; - dump_args( "collect_args exit", nargs, (const char **) arglist); - } - dump_unget( "collect_args exit"); - } - arg_ret: - if (mcpp_mode == STD) - in_getarg = FALSE; - /* Return number of found arguments for function-like macro at most */ - /* defp->nargs, or return defp->nargs for object-like macro. */ - return defp->nargs <= DEF_NOARGS ? defp->nargs : nargs; - } - - static int get_an_arg( - int c, - char ** argpp, /* Address of pointer into argument list */ - char * arg_end, /* End of argument list buffer */ - char ** seqp, /* Buffer for diagnostics */ - int var_arg, /* 1 on __VA_ARGS__, 0 on others*/ - int nargs, /* Argument number */ - LOCATION ** locp, /* Where to save location infs */ - int m_num, /* Macro number to trace */ - MAGIC_SEQ * mgc_prefix /* White space and magics leading to argument */ - ) - /* - * Get an argument of macro into '*argpp', return the next punctuator. - * Variable arguments are read as a merged argument. - * Note: nargs, locp and m_num are used only in macro trace mode of - * '#pragma MCPP debug macro_call' or -K option. - */ - { - struct { - int n_par; - int n_in_src; - } n_paren[ 16]; - int num_paren = 0; - int end_an_arg = FALSE; /* End-of-an-arg flag */ - int paren = var_arg; /* For embedded ()'s */ - int token_type; - char * prevp; - char * argp = *argpp; - int trace_arg = 0; /* Enable tracing arg */ - LINE_COL s_line_col, e_line_col; /* Location of macro in an argument */ - MAGIC_SEQ mgc_seq; /* Magic seqs and spaces succeeding an arg */ - size_t len; - - if (trace_macro) { - trace_arg = m_num && infile->fp; - if (m_num) { - if (trace_arg) { /* The macro call is in source */ - s_line_col.line = src_line; - s_line_col.col = infile->bptr - infile->buffer - 1; - /* '-1': bptr is one byte passed beginning of the token */ - get_src_location( & s_line_col); - (*locp)->start_line = s_line_col.line; - (*locp)->start_col = s_line_col.col; - e_line_col = s_line_col; - /* Save the location, */ - /* also for end of arg in case of empty arg*/ - ACE_OS::memset( n_paren, 0, sizeof (n_paren)); - } - *argp++ = MAC_INF; - *argp++ = MAC_ARG_START; - *argp++ = (m_num / UCHARMAX) + 1; - *argp++ = (m_num % UCHARMAX) + 1; - *argp++ = nargs + 1; - /* Argument number internally starts at 1 */ - if (mgc_prefix->magic_start) { - /* Copy the preceding magics, if any */ - len = mgc_prefix->magic_end - mgc_prefix->magic_start; - ACE_OS::memcpy( argp, mgc_prefix->magic_start, len); - argp += len; - } - } - ACE_OS::memset( &mgc_seq, 0, sizeof (MAGIC_SEQ)); - } - - while (1) { - if (c == '\n' /* In control line */ - || c == RT_END) { /* Boundary of rescan (in STD mode) */ - if (c == '\n') - unget_ch(); - break; - } - if (trace_arg) { /* Save the location */ - s_line_col.line = src_line; /* of the token */ - s_line_col.col = infile->bptr - infile->buffer - 1; - } - token_type = scan_token( c, (prevp = argp, &argp), arg_end); - /* Scan the next token */ - switch (c) { - case '(': /* Worry about balance */ - paren++; /* To know about commas */ - break; - case ')': /* Other side too */ - if (paren-- == var_arg) /* At the end? */ - end_an_arg = TRUE; /* Else more to come */ - if (trace_arg) { - if (num_paren && paren == n_paren[ num_paren].n_par) { - /* Maybe corresponding parentheses for the macro in arg */ - int src_n; - src_n = n_paren[ num_paren].n_in_src; - in_src[ src_n].end_line = s_line_col.line; - in_src[ src_n].end_col = s_line_col.col + 1; - num_paren--; - } - } - break; - case ',': - if (paren == 0) /* Comma delimits arg */ - end_an_arg = TRUE; - break; - case MAC_INF : /* Copy magics as they are */ - switch (*argp++ = get_ch()) { - case MAC_ARG_START : - *argp++ = get_ch(); - /* Fall through */ - case MAC_CALL_START : - *argp++ = get_ch(); - *argp++ = get_ch(); - break; - case MAC_ARG_END : - if (! option_flags.v) - break; - else - *argp++ = get_ch(); - /* Fall through */ - case MAC_CALL_END : - if (option_flags.v) { - *argp++ = get_ch(); - *argp++ = get_ch(); - } - break; - } - break; - case CHAR_EOF : /* Unexpected EOF */ - return 0; - default : /* Any token */ - if (mcpp_mode == STD && token_type == NAM - && c != IN_SRC && c != DEF_MAGIC && infile->fp) { - len = trace_arg ? IN_SRC_LEN : 1; - ACE_OS::memmove( prevp + len, prevp, (size_t) (argp - prevp)); - argp += len; - *prevp = IN_SRC; - /* Mark that the name is read from source file */ - if (trace_arg) { - DEFBUF * defp; - - defp = look_id( prevp + IN_SRC_LEN); - if (in_src_num >= MAX_IN_SRC_NUM - 1) { - cerror( - "Too many names in arguments tracing %s" /* _E_ */ - , defp ? defp->name : null, 0L, 0); - return 0; - } else if (++in_src_num > max_in_src_num) { - size_t old_len; - old_len = sizeof (LOCATION) * max_in_src_num; - /* Enlarge the array */ - in_src = (LOCATION *) ACE_OS::realloc( (char *) in_src - , old_len * 2); - /* Have to initialize the enlarged area */ - ACE_OS::memset( in_src + max_in_src_num, 0, old_len); - max_in_src_num *= 2; - } - /* Insert the identifier number in 2-bytes-encoding */ - *(prevp + 1) = (in_src_num / UCHARMAX) + 1; - *(prevp + 2) = (in_src_num % UCHARMAX) + 1; - if (defp) { /* Macro name in arg */ - in_src[ in_src_num].start_line = s_line_col.line; - in_src[ in_src_num].start_col = s_line_col.col; - /* For object-like macro, also for function-like */ - /* macro in case of parens are not found. */ - in_src[ in_src_num].end_line = s_line_col.line; - in_src[ in_src_num].end_col - = infile->bptr - infile->buffer; - if (defp->nargs >= 0) { - /* Function-like macro: search parentheses */ - n_paren[ ++num_paren].n_par = paren; - n_paren[ num_paren].n_in_src = in_src_num; - } - } /* Else in_src[ in_src_num].* are 0L */ - } - } - break; - } /* End of switch */ - - if (end_an_arg) /* End of an argument */ - break; - if (trace_arg) { /* Save the location */ - e_line_col.line = src_line; /* before spaces */ - e_line_col.col = infile->bptr - infile->buffer; - } - ACE_OS::memset( &mgc_seq, 0, sizeof (MAGIC_SEQ)); - c = squeeze_ws( &argp, 0, &mgc_seq); - /* To the next token */ - } /* Collected an argument*/ - - *argp = EOS; - *seqp = mcpp_stpcpy( *seqp, *argpp); /* Save the sequence */ - if (c == '\n' || c == RT_END) - return -1; /* Unterminated macro */ - argp--; /* Remove the punctuator*/ - if (mgc_seq.space) - --argp; /* Remove trailing space */ - if (mcpp_mode == STD) { - if (trace_macro && m_num) { - if (trace_arg) { /* Location of end of an arg */ - get_src_location( & e_line_col); - (*locp)->end_line = e_line_col.line; - (*locp)->end_col = e_line_col.col; - } - (*locp)++; /* Advance pointer even if !trace_arg */ - *argp++ = MAC_INF; - *argp++ = MAC_ARG_END; - if (option_flags.v) { - *argp++ = (m_num / UCHARMAX) + 1; - *argp++ = (m_num % UCHARMAX) + 1; - *argp++ = nargs + 1; - *argp = EOS; - *argpp = chk_magic_balance( *argpp, argp, TRUE, FALSE); - /* Check a stray magic caused by abnormal macro */ - /* and move it to an edge if found. */ - } - } - *argp++ = RT_END; /* For rescan() */ - } - *argp++ = EOS; /* Terminate an argument*/ - *argpp = argp; - return c; - } - - static int squeeze_ws( - char ** out, /* Pointer to output pointer */ - char ** endf, /* Pointer to end of infile data*/ - MAGIC_SEQ * mgc_seq /* Sequence of MAC_INFs and space */ - /* mgc_seq should be initialized in the calling routine */ - ) - /* - * Squeeze white spaces to one space. - * White spaces are ' ' (and possibly '\t', when keep_spaces == TRUE. Note - * that '\r', '\v', '\f' have been already converted to ' ' by get_ch()), - * and '\n' unless in_directive is set. - * COM_SEP is skipped. TOK_SEPs are squeezed to one TOK_SEP. - * Copy MAC_INF and its sequences as they are. - * If white spaces are found and 'out' is not 0, write a space to *out and - * increment *out. - * Record start and end of MAC_INF sequences and whether space is found or - * not for a convenience of get_an_arg(). - * Return the next character. - */ - { - int c; - int space = 0; - int tsep = 0; - FILEINFO * file = infile; - FILE * fp = infile->fp; - int end_of_file = (out && endf) ? FALSE : TRUE; - - while (((char_type[ c = get_ch()] & SPA) && (! standard - || (mcpp_mode == POST_STD && file == infile) - || (mcpp_mode == STD - && ((macro_line != 0 && macro_line != MACRO_ERROR) - || file == infile)))) - || c == MAC_INF) { - if (! end_of_file && file != infile) { /* Infile has been read over*/ - *endf = *out; /* Remember the location */ - end_of_file = TRUE; - } - if (c == '\n' && in_directive) /* If scanning control line */ - break; /* do not skip newline. */ - switch (c) { - case '\n': - space++; - wrong_line = TRUE; - break; - case TOK_SEP: - if (mcpp_mode == STD) - tsep++; - continue; /* Skip COM_SEP in OLD_PREP mode */ - case MAC_INF : /* Copy magics as they are, or skip */ - if (mgc_seq && ! mgc_seq->magic_start) - mgc_seq->magic_start = *out; - /* First occurence of magic seq */ - if (out) - *(*out)++ = c; - c = get_ch(); - if (out) - *(*out)++ = c; - switch (c) { - case MAC_ARG_START : - c = get_ch(); - if (out) - *(*out)++ = c; - /* Fall through */ - case MAC_CALL_START : - c = get_ch(); - if (out) - *(*out)++ = c; - c = get_ch(); - if (out) - *(*out)++ = c; - break; - case MAC_ARG_END : - if (! option_flags.v) { - break; - } else { - c = get_ch(); - if (out) - *(*out)++ = c; - /* Fall through */ - } - case MAC_CALL_END : - if (option_flags.v) { - c = get_ch(); - if (out) - *(*out)++ = c; - c = get_ch(); - if (out) - *(*out)++ = c; - } - break; - } - if (mgc_seq) /* Remember end of last magic seq */ - mgc_seq->magic_end = *out; - break; - default: - space++; - break; - } - } - - if (out) { - if (space) { /* Write a space to output pointer */ - *(*out)++ = ' '; /* and increment the pointer. */ - if (mgc_seq) - mgc_seq->space = TRUE; - } - if (tsep && !space) /* Needs to preserve token separator*/ - *(*out)++ = TOK_SEP; - **out = EOS; - } - if (mcpp_mode == POST_STD && file != infile) { - unget_ch(); /* Arguments cannot cross "file"s */ - c = fp ? CHAR_EOF : RT_END; /* EOF is diagnosed by at_eof() */ - } else if (mcpp_mode == STD && macro_line == MACRO_ERROR - && file != infile) { /* EOF */ - unget_ch(); /* diagnosed by at_eof() or only */ - c = CHAR_EOF; /* name of a function-like macro. */ - } /* at_eof() resets macro_line on error */ - return c; /* Return the next character */ - } - - static void skip_macro( void) - /* - * Clear the stacked (i.e. half-expanded) macro, called on macro error. - */ - { - if (infile == 0) /* End of input */ - return; - if (infile->fp) /* Source file */ - return; - while (infile->fp == 0) { /* Stacked stuff */ - infile->bptr += ACE_OS::strlen( infile->bptr); - get_ch(); /* To the parent "file" */ - } - unget_ch(); - } - - static void diag_macro( - int severity, /* Error or warning */ - const char * format, - const char * arg1, - long arg2, - const char * arg3, - const DEFBUF * defp1, /* Macro causing the problem 1 */ - const DEFBUF * defp2 /* 2 */ - ) - /* - * Supplement macro information for diagnostic. - */ - { - - if (defp1 && defp1->name != macro_name) - expanding( defp1->name, FALSE); - /* Inform of the problematic macro call */ - if (defp2 && defp2->name != macro_name) - expanding( defp2->name, FALSE); - if (severity == CERROR) - cerror( format, arg1, arg2, arg3); - else - cwarn( format, arg1, arg2, arg3); - } - - static void dump_args( - const char * why, - int nargs, - const char ** arglist - ) - /* - * Dump arguments list. - */ - { - int i; - - mcpp_fprintf( DBG, "dump of %d actual arguments %s\n", nargs, why); - for (i = 0; i < nargs; i++) { - mcpp_fprintf( DBG, "arg[%d]", i + 1); - dump_string( 0, arglist[ i]); - } - } - diff --git a/TAO/TAO_IDL/contrib/mcpp/internal.H b/TAO/TAO_IDL/contrib/mcpp/internal.H deleted file mode 100644 index 82f29bdcbdd..00000000000 --- a/TAO/TAO_IDL/contrib/mcpp/internal.H +++ /dev/null @@ -1,562 +0,0 @@ -/*- $Id$ - * Copyright (c) 1998, 2002-2008 Kiyoshi Matsui <kmatsui@t3.rim.or.jp> - * All rights reserved. - * - * Some parts of this code are derived from the public domain software - * DECUS cpp (1984,1985) written by Martin Minow. - * - * Redistribution and use in source and binary forms, with or without - * modification, are permitted provided that the following conditions - * are met: - * 1. Redistributions of source code must retain the above copyright - * notice, this list of conditions and the following disclaimer. - * 2. Redistributions in binary form must reproduce the above copyright - * notice, this list of conditions and the following disclaimer in the - * documentation and/or other materials provided with the distribution. - * - * THIS SOFTWARE IS PROVIDED BY THE AUTHOR ``AS IS'' AND - * ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE - * IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE - * ARE DISCLAIMED. IN NO EVENT SHALL THE AUTHOR BE LIABLE - * FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL - * DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS - * OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) - * HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT - * LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY - * OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF - * SUCH DAMAGE. - */ - -/* - * I N T E R N A L . H - * I n t e r n a l D e f i n i t i o n s f o r M C P P - * - * In general, definitions in this file should not be changed by implementor. - */ - -#ifndef SYSTEM_H - #error "system.H" must be included prior to "internal.H" -#endif - -#include "mcpp_out.h" - -#ifdef MCPP_LIB -#include "mcpp_lib.h" /* External interface when used as library */ -#endif - -#define EOS '\0' /* End of string */ -#define CHAR_EOF 0 /* Returned by get_ch() on eof */ - -#define VA_ARGS (UCHARMAX + 1) /* Signal of variable arguments */ -#define GVA_ARGS (VA_ARGS * 2) /* GCC-specific variable args */ -#define AVA_ARGS (VA_ARGS | GVA_ARGS)/* Any variable arguments */ -#define DEF_PRAGMA (-1 - AVA_ARGS) /* _Pragma() pseudo-macro */ -#define DEF_NOARGS (-2 - AVA_ARGS) /* #define foo vs #define foo() */ -#define DEF_NOARGS_PREDEF_OLD (DEF_NOARGS - 1) - /* Compiler-predefined macro without leading '_' */ -#define DEF_NOARGS_PREDEF (DEF_NOARGS - 2)/* Compiler-predefined macro */ -#define DEF_NOARGS_STANDARD (DEF_NOARGS - 3)/* Standard predefined macro */ -#define DEF_NOARGS_DYNAMIC (DEF_NOARGS - 4)/* Standard dynamically defined */ - -/* - * These magic characters must be control characters which can't be used - * in source file. - */ -/* for '#pragma MCPP debug macro_call' and -K option in STD mode. */ -#define MAC_INF 0x18 /* Magic for macro informations */ -/* In STD and POST_STD modes (IN_SRC and TOK_SEP are for STD mode only). */ -#define DEF_MAGIC 0x19 /* Magic to prevent recursive expansion */ -#define IN_SRC 0x1A /* Magic of name from source */ -#define RT_END 0x1C /* Magic of macro rescan boundary */ -#define ST_QUOTE 0x1D /* Magic for stringizing */ -#define CAT 0x1E /* Token concatenation delim. */ -#define TOK_SEP 0x1F /* Magic to wrap expanded macro */ -/* In OLD_PREP mode. */ -#define COM_SEP 0x1F /* Comment of 0-length */ - -#define MAC_PARM 0x7F /* Macro parameter signal */ - -/* Special character types */ -#define LET 1 /* Letter (alphabet and _) */ -#define DIG 2 /* Digit */ -#define DOT 4 /* . might start a number */ -#define PUNC 8 /* Punctuators and operators */ -#define QUO 0x10 /* Both flavors of quotation ",'*/ -#define SPA 0x20 /* White spaces */ -#define HSP 0x40 - /* Horizontal white spaces (' ', '\t', TOK_SEP) */ - -/* - * Codes for operators used in #if expression. - * The value of the scanned operator is stored in 'openum'. - */ -#define INV 0 /* Invalid, must be zero */ -#define OP_EOE INV /* End of expression */ -#define VAL 1 /* Value (operand) */ -#define OP_LPA 2 /* ( */ -/* The following are unary. */ -#define FIRST_UNOP OP_PLU /* First unary operator */ -#define OP_PLU 3 /* + */ -#define OP_NEG 4 /* - */ -#define OP_COM 5 /* ~ */ -#define OP_NOT 6 /* ! */ -#define LAST_UNOP OP_NOT /* Last unary operator */ -/* The following are binary. */ -#define FIRST_BINOP OP_MUL /* First binary operator */ -#define OP_MUL 7 /* * */ -#define OP_DIV 8 /* / */ -#define OP_MOD 9 /* % */ -#define OP_ADD 10 /* + */ -#define OP_SUB 11 /* - */ -#define OP_SL 12 /* << */ -#define OP_SR 13 /* >> */ -#define OP_LT 14 /* < */ -#define OP_LE 15 /* <= */ -#define OP_GT 16 /* > */ -#define OP_GE 17 /* >= */ -#define OP_EQ 18 /* == */ -#define OP_NE 19 /* != */ -#define OP_AND 20 /* & */ -#define OP_XOR 21 /* ^ */ -#define OP_OR 22 /* | */ -#define OP_ANA 23 /* && */ -#define OP_ORO 24 /* || */ -#define OP_QUE 25 /* ? */ -#define OP_COL 26 /* : */ -#define LAST_BINOP OP_COL /* Last binary operator */ -/* Parenthesis */ -#define OP_RPA 27 /* ) */ -#define OP_END 28 /* End of expression marker */ -#define OP_FAIL (OP_END + 1) /* For error returns */ - -/* - * The following are operators used in macro definition only. - */ -/* In STD and POST_STD modes. */ -#define OP_STR 30 /* # */ -#define OP_CAT 31 /* ## */ -#define OP_ELL 32 /* ... */ - -/* - * The following are C source operators or punctuators, - * not preprocessing operators. - * Note: "sizeof", "defined" are read as identifier for convenience. - */ -#define OP_1 33 /* Any other single byte ops or puncs */ - /* =, ., ;, [, ], {, }, ',' */ -#define OP_2 34 /* Any other two bytes operators */ - /* &=, |=, ++, +=, --, -=, ->, %=, *=, /=, ^=, */ -#define OP_3 35 /* Three bytes operators : <<=, >>= */ -/* - * The following are operators spelled in digraphs. - */ -/* In STD and POST_STD modes. */ -#define OP_LBRACE_D 0x40 /* <% i.e. { */ -#define OP_RBRACE_D 0x41 /* %> i.e. } */ -#define OP_LBRCK_D 0x42 /* <: i.e. [ */ -#define OP_RBRCK_D 0x43 /* :> i.e. ] */ -#define OP_SHARP_D 0x44 /* %: i.e. # */ -#define OP_DSHARP_D 0x45 /* %:%: i.e. ## */ -#define OP_DIGRAPH 0x40 /* (OP_*_D & OP_DIGRAPH) == 0x40 */ - -/* - * The following are for lexical scanning only. - */ -/* Token types */ -#define NO_TOKEN 0 -#define NAM 65 /* Identifier (name, keyword) */ -#define NUM 66 /* Preprocessing number */ -#define STR 67 /* Character string literal */ -#define CHR 69 /* Integer character constant */ - -/* In STD and POST_STD modes. */ -#define WSTR 68 /* Wide string literal */ -#define WCHR 70 /* Wide character constant */ - -#define OPE 71 /* Operator or punctuator */ -#define SPE 72 /* Unknown token (@ or others) */ -#define SEP 73 /* Token separator or magics */ - -/* - * The following are values of 'mcpp_debug' variable which is set by the - * arguments of '#pragma MCPP debug' directive. - */ -#define PATH 1 -#define TOKEN 2 -#define EXPAND 4 -#define MACRO_CALL 8 -#define IF 16 -#define EXPRESSION 32 -#define GETC 64 -#define MEMORY 128 - -/* MAC_* represent macro information types for -K option. */ -#define MAC_CALL_START 1 -#define MAC_CALL_END 2 -#define MAC_ARG_START 3 -#define MAC_ARG_END 4 - -/* MB_ERROR signals wrong multi-byte character sequence. */ -#define MB_ERROR 0x8000 - -#if defined(MCPP_LIB) && HOST_COMPILER == GNUC \ - && (SYS_FAMILY == SYS_UNIX && SYSTEM != SYS_CYGWIN) - /* For GCC 4.* on UNIXes */ -//#pragma GCC visibility push( hidden) /* Hide these names from outside */ -#endif - -/* - * The DEFBUF structure stores information about #defined macros. - * Note that DEFBUF->parmnames is parameter names catenated with commas, - * which is saved for the check of redefinition for STD mode. - * 'parmnames' and 'repl' are allocated to the area succeding to name. - */ -typedef struct defbuf { - struct defbuf * link; /* Pointer to next def in chain */ - short nargs; /* Number of parameters */ - char * parmnames; /* -> Parameter names catenated by ',' */ - char * repl; /* Pointer to replacement text */ - const char * fname; /* Macro is defined in the source file */ - long mline; /* at the line. */ - char push; /* Push level indicator */ - char name[1]; /* Macro name */ -} DEFBUF; - -/* - * The FILEINFO structure stores information about open files and macros - * being expanded. - */ -typedef struct fileinfo { - char * bptr; /* Current pointer into buffer */ - long line; /* Current line number of file */ - FILE * fp; /* Source file if non-null */ - long pos; /* Position next to #include */ - struct fileinfo * parent; /* Link to includer */ - struct ifinfo * initif; /* Initial ifstack (return there on EOF)*/ - int sys_header; /* System header file or not */ - int include_opt; /* Specified by -include option */ - const char ** dirp; /* Include directory the file resides */ - const char * src_dir; /* Directory of source file */ - const char * real_fname; /* Real file name */ - const char * full_fname; /* Real full path list */ - char * filename; /* File/macro name (maybe changed) */ - char * buffer; /* Buffer of current input line */ -#ifdef MCPP_LIB - /* Save output functions during push/pop of #includes */ - int (* last_fputc) ( int c, OUTDEST od); - int (* last_fputs) ( const char * s, OUTDEST od); - int (* last_fprintf)( OUTDEST od, const char * format, ...); -#endif -} FILEINFO; - -/* - * IFINFO stores information of conditional compilation. - */ -typedef struct ifinfo { - int stat; /* State of compilation */ - long ifline; /* Line #if started */ - long elseline; /* Line #else started */ -} IFINFO; - -/* - * These bits are set in IFINFO.stat - */ -#define WAS_COMPILING 1 /* TRUE if compile set at entry */ -#define ELSE_SEEN 2 /* TRUE when #else processed */ -#define TRUE_SEEN 4 /* TRUE when #if TRUE processed */ - -#define compiling ifstack[0].stat - -#define FP2DEST(fp) \ - (fp == fp_out) ? OUT : \ - ((fp == fp_err) ? ERR : \ - ((fp == fp_debug) ? DBG : \ - ((OUTDEST) -1))) - -/* VAL_SIGN structure stores information about evaluated number. */ -typedef struct val_sign { - expr_t val; /* Value */ - int sign; /* Signed, unsigned, error */ -} VAL_SIGN; - -/* Values of VAL_SIGN.sign. */ -#define SIGNED 1 -#define UNSIGNED 0 -#define VAL_ERROR (-1) - -/* LINE_COL stores information of line and column data */ -typedef struct line_col { - long line; - size_t col; -} LINE_COL; - -/* Value of macro_line on macro call error. */ -#define MACRO_ERROR (-1L) - -/* - * Values of insert_sep (flag of insertion of token separator). - * Used only in POST_STD mode. - */ -#define NO_SEP 0 /* No separator is inserted */ -#define INSERT_SEP 1 /* Next get_ch() insert a separator */ -#define INSERTED_SEP 2 /* Last get_ch() Inserted a separator */ - -#define str_eq(s1, s2) (ACE_OS::strcmp(s1, s2) == 0) - -#ifndef IO_SUCCESS -#define IO_SUCCESS 0 -#endif -#ifndef IO_ERROR -#define IO_ERROR (errno ? errno : 1) -#endif - -/* - * Externs - */ - -/* The minimum translation limits specified by the Standards. */ -extern struct std_limits_ { - long str_len; /* Least maximum of string len. */ - size_t id_len; /* Least maximum of ident len. */ - int n_mac_pars; /* Least maximum of num of pars.*/ - int exp_nest; /* Least maximum of expr nest */ - int blk_nest; /* Least maximum of block nest */ - int inc_nest; /* Least maximum of include nest*/ - long n_macro; /* Least maximum of num of macro*/ - long line_num; /* Maximum source line number */ -} std_limits; -/* The boolean flags specified by the execution options. */ -extern struct option_flags_ { - int c; /* -C option (keep comments) */ - int k; /* -k option (keep white spaces)*/ - int z; /* -z option (no-output of included file) */ - int p; /* -P option (no #line output) */ - int q; /* -Q option (diag to mcpp.err) */ - int v; /* -v option (verbose) */ - int trig; /* -3 option (toggle trigraphs) */ - int dig; /* -2 option (toggle digraphs) */ - int lang_asm; /* -a option (assembler source) */ - int no_source_line; /* Do not output line in diag. */ - int dollar_in_name; /* Allow $ in identifiers */ -} option_flags; - -extern int mcpp_mode; /* Mode of preprocessing */ -extern int stdc_val; /* Value of __STDC__ */ -extern long stdc_ver; /* Value of __STDC_VERSION__ */ -extern long cplus_val; /* Value of __cplusplus for C++ */ -extern int stdc2; /* cplus_val or (stdc_ver >= 199901L) */ -extern int stdc3; /* (stdc_ver or cplus_val) >= 199901L */ -extern int standard; /* mcpp_mode is STD or POST_STD */ -extern int std_line_prefix; /* #line in C source style */ -extern int warn_level; /* Level of warning */ -extern int errors; /* Error counter */ -extern long src_line; /* Current source line number */ -extern int wrong_line; /* Force #line to compiler */ -extern int newlines; /* Count of blank lines */ -extern int keep_comments; /* Don't remove comments */ -extern int keep_spaces; /* Don't remove white spaces */ -extern int include_nest; /* Nesting level of #include */ -extern const char * null; /* "" string for convenience */ -extern const char ** inc_dirp; /* Directory of #includer */ -extern const char * cur_fname; /* Current source file name */ -extern int no_output; /* Don't output included file */ -extern int in_directive; /* In process of #directive */ -extern int in_define; /* In #define line */ -extern int in_getarg; /* Collecting arguments of macro*/ -extern int in_include; /* In #include line */ -extern int in_if; /* In #if and non-skipped expr. */ -extern long macro_line; /* Line number of macro call */ -extern char * macro_name; /* Currently expanding macro */ -extern int openum; /* Number of operator or punct. */ -extern IFINFO * ifptr; /* -> current ifstack item */ -extern FILEINFO * infile; /* Current input file or macro */ -extern FILE * fp_in; /* Input stream to preprocess */ -extern FILE * fp_out; /* Output stream preprocessed */ -extern FILE * fp_err; /* Diagnostics stream */ -extern FILE * fp_debug; /* Debugging information stream */ -extern int insert_sep; /* Inserted token separator flag*/ -extern int mkdep; /* Output source file dependency*/ -extern int mbchar; /* Encoding of multi-byte char */ -extern int mbchk; /* Possible multi-byte char */ -extern int bsl_in_mbchar; /* 2nd byte of mbchar has '\\' */ -extern int bsl_need_escape;/* '\\' in mbchar should be escaped */ -extern int mcpp_debug; /* Class of debug information */ -extern long in_asm; /* In #asm - #endasm block */ -extern jmp_buf error_exit; /* Exit on fatal error */ -extern const char * cur_fullname; /* Full name of current source */ -extern short * char_type; /* Character classifier */ -extern char * workp; /* Free space in work[] */ -extern char * const work_end; /* End of work[] buffer */ -extern char identifier[]; /* Lastly scanned name */ -extern IFINFO ifstack[]; /* Information of #if nesting */ -extern char work_buf[]; - /* Temporary buffer for directive line and macro expansion */ - -/* main.c */ -extern void un_predefine( int clearall); - /* Undefine predefined macros */ - -/* directive.c */ -extern void directive( void); - /* Process #directive line */ -extern DEFBUF * do_define( int ignore_redef, int predefine); - /* Do #define directive */ -extern DEFBUF * look_id( const char * name); - /* Look for a #define'd thing */ -extern DEFBUF ** look_prev( const char * name, int * cmp); - /* Look for place to insert def.*/ -extern DEFBUF * look_and_install( const char * name, int numargs - , const char * parmnames, const char * repl); - /* Look and insert macro def. */ -extern DEFBUF * install_macro( const char * name, int numargs - , const char * parmnames, const char * repl, DEFBUF ** prevp, int cmp - , int predefine); - /* Install a def to symbol table*/ -extern int undefine( const char * name); - /* Delete from symbol table */ -extern void dump_a_def( const char * why, const DEFBUF * dp, int newdef - , int comment, FILE * fp); - /* Dump a specific macro def */ -extern void dump_def( int comment, int K_opt); - /* Dump current macro defs */ - -/* eval.c */ -extern expr_t eval_if( void); - /* Evaluate #if expression */ -extern VAL_SIGN * eval_num( const char * nump); - /* Evaluate preprocessing number*/ - -/* expand.c */ -extern char * (* expand_macro)( DEFBUF * defp, char * out, char * out_end - , LINE_COL line_col, int * pragma_op); - /* Expand a macro completely */ -extern void expand_init( int compat, int strict_ansi); - /* Initialize expand_macro() */ -extern DEFBUF * is_macro( char ** cp); - /* The sequence is a macro call?*/ - -/* mbchar.c */ -extern size_t (* mb_read)( int c1, char ** in_pp, char ** out_pp); - /* Read mbchar sequence */ -extern const char * set_encoding( const char * name, const char * env, int pragma); - /* Multi-byte char encoding */ -extern void mb_init( void); - /* Initialize mbchar variables */ -extern uexpr_t mb_eval( char ** seq_pp); - /* Evaluate mbchar in #if */ -extern int last_is_mbchar( const char * in, int len); - /* The line ends with MBCHAR ? */ - -/* support.c */ -extern int get_unexpandable( int c, int diag); - /* Get next unexpandable token */ -extern void skip_nl( void); - /* Skip to the end of the line */ -extern int skip_ws( void); - /* Skip over white-spaces */ -extern int scan_token( int c, char ** out_pp, char * out_end); - /* Get the next token */ -extern char * scan_quote( int delim, char * out, char * out_end, int diag); - /* Scan a quoted literal */ -extern int id_operator( const char * name); - /* Check identifier-like ops */ -extern void expanding( const char * name, int to_be_freed); - /* Save macro name expanding */ -extern void clear_exp_mac( void); - /* Clear expanding macro infs */ -extern int get_ch( void); - /* Get the next char from input */ -extern int cnv_trigraph( char * in); - /* Do trigraph replacement */ -extern int cnv_digraph( char * in); - /* Convert digraphs to usual tok*/ -extern void unget_ch( void); - /* Push back the char to input */ -extern FILEINFO * unget_string( const char * text, const char * name); - /* Push back the string to input*/ -extern char * save_string( const char * text); - /* Stuff string in malloc mem. */ -extern FILEINFO * get_file( const char * name, const char * src_dir - , const char * fullname, size_t bufsize, int include_opt); - /* New FILEINFO initialization */ -//extern char * (ACE_OS::malloc)( size_t size); - /* Get memory or die */ -//extern char * (ACE_OS::realloc)( char * ptr, size_t size); - /* Reallocate memory or die */ -extern LINE_COL * get_src_location( LINE_COL * p_line_col); - /* Get location on source file */ -extern void cfatal( const char * format, const char * arg1, long arg2 - , const char * arg3); - /* Print a fatal error and exit */ -extern void cerror( const char * format, const char * arg1, long arg2 - , const char * arg3); - /* Print an error message */ -extern void cwarn( const char * format, const char * arg1, long arg2 - , const char * arg3); - /* Print a warning message */ -extern void dump_string( const char * why, const char * text); - /* Dump text readably */ -extern void dump_unget( const char * why); - /* Dump all ungotten junk */ -/* Support for alternate output mechanisms (e.g. memory buffers) */ -extern int (* mcpp_fputc)( int c, OUTDEST od), - (* mcpp_fputs)( const char * s, OUTDEST od), - (* mcpp_fprintf)( OUTDEST od, const char * format, ...); - -/* system.c */ -extern void do_options( int argc, char ** argv, const char ** in_pp - , const char ** out_pp); - /* Process command line args */ -extern void init_sys_macro( void); - /* Define system-specific macro */ -extern void at_start( void); - /* Commands prior to main input */ -extern void put_depend( const char * filename); - /* Output source dependency line*/ -extern int do_include( int next); - /* Process #include directive */ -extern void add_file( FILE * fp, const char * src_dir - , const char * filename, const char * fullname, int include_opt); - /* Chain the included file */ -extern void sharp( FILEINFO * sharp_file, int marker); - /* Output # line number */ -extern void do_pragma( void); - /* Process #pragma directive */ -extern void put_asm( void); - /* Putout an asm code line */ -extern void do_old( void); - /* Process older directives */ -extern void at_end( void); - /* Do the final commands */ -extern void print_heap( void); - /* Print blocks of heap memory */ -#if defined(HOST_HAVE_STPCPY) && HOST_HAVE_STPCPY == FALSE -extern char * mcpp_stpcpy( char * dest, const char * src); - /* Non-Standard library function*/ -#endif - -#ifdef MCPP_LIB /* Setting to use mcpp as a subroutine */ -/* directive.c */ -extern void clear_symtable( void); - /* Free all macro definitions */ -/* system.c */ -extern void clear_filelist( void); - /* Free filename and directory list */ -/* The following 5 functions are to Initialize static variables. */ -/* directive.c */ -extern void init_directive( void); -/* eval.c */ -extern void init_eval( void); -/* support.c */ -extern void init_support( void); -/* system.c */ -extern void init_system( void); - -#if HOST_COMPILER == GNUC && (SYS_FAMILY == SYS_UNIX && SYSTEM != SYS_CYGWIN) -//#pragma GCC visibility pop -#endif -#endif - -///#if defined(HOST_HAVE_STPCPY) && HOST_HAVE_STPCPY == FALSE -//extern char * mcpp_stpcpy( char * dest, const char * src); -//#endif diff --git a/TAO/TAO_IDL/contrib/mcpp/lib.cpp b/TAO/TAO_IDL/contrib/mcpp/lib.cpp deleted file mode 100644 index 2f71a69e202..00000000000 --- a/TAO/TAO_IDL/contrib/mcpp/lib.cpp +++ /dev/null @@ -1,132 +0,0 @@ -/* $Id$ - * Redistribution and use of this code in source and binary forms, with or - * without modification, are freely permitted. [Kiyoshi Matsui] - */ - -/* - * L I B . C - * L i b r a r y R o u t i n e s - * - * Some variation of standard library functions. - * Some standard functions for the library which has not those or the library - * which has only non-conforming ones. - */ - -#if HAVE_CONFIG_H -#include "configed.H" -#else -#include "noconfig.H" -#endif - -#if NEED_GETOPT - -#include "system.H" -#include "internal.H" - -/* - * Note: The getopt() of glibc should not be used since the specification - * differs from the standard one. - * Use this getopt() for this cpp. - */ - -/* Based on the public-domain-software released by AT&T. */ - -#define OPTERR( s, c) if (opterr) { \ - mcpp_fputs( argv[0], ERR); \ - mcpp_fputs( s, ERR); \ - mcpp_fputc( c, ERR); \ - mcpp_fputc( '\n', ERR); \ - } - -int optind = 1; -int opterr = 1; -int optopt; -char * optarg; - -#ifdef MCPP_LIB -void init_lib( void) -{ - optind = 1; - opterr = 1; -} -#endif - -#if 0 -//FUZZ: disable check_for_lack_ACE_OS -int getopt( - int argc, - char * const * argv, - const char * opts -) -//FUZZ: enable check_for_lack_ACE_OS -/* - * Get the next option (and it's argument) from the command line. - */ -{ - const char * const error1 = ": option requires an argument --"; - const char * const error2 = ": illegal option --"; - static int sp = 1; - int c; - const char * cp; - - if (sp == 1) { - if (argc <= optind || - argv[ optind][ 0] != '-' || argv[ optind][ 1] == '\0') { - return EOF; - } else if (ACE_OS::strcmp( argv[ optind], "--") == 0) { - optind++; - return EOF; - } - } -/* optopt = c = (unsigned char) argv[ optind][ sp]; */ - optopt = c = argv[ optind][ sp] & UCHARMAX; - if (c == ':' || (cp = ACE_OS::strchr( opts, c)) == 0) { - OPTERR( error2, c) - if (argv[ optind][ ++sp] == '\0') { - optind++; - sp = 1; - } - return '?'; - } - if (*++cp == ':') { - if (argv[ optind][ sp+1] != '\0') { - optarg = &argv[ optind++][ sp+1]; - } else if (argc <= ++optind) { - OPTERR( error1, c) - sp = 1; - return '?'; - } else { - optarg = argv[ optind++]; - } - sp = 1; - } else { - if (argv[ optind][ ++sp] == '\0') { - sp = 1; - optind++; - } - optarg = 0; - } - return c; -} -#endif -#endif - -#if defined(HOST_HAVE_STPCPY) && HOST_HAVE_STPCPY == FALSE - -char * mcpp_mcpp_stpcpy( - char * dest, - const char * src -) -/* - * Copy the string and return the advanced pointer. - */ -{ - const char * s; - char * d; - - for (s = src, d = dest; (*d++ = *s++) != '\0'; ) - ; - return d - 1; -} - -#endif diff --git a/TAO/TAO_IDL/contrib/mcpp/main.cpp b/TAO/TAO_IDL/contrib/mcpp/main.cpp deleted file mode 100644 index 530b54f1a19..00000000000 --- a/TAO/TAO_IDL/contrib/mcpp/main.cpp +++ /dev/null @@ -1,1135 +0,0 @@ -/*- $Id$ - * Copyright (c) 1998, 2002-2008 Kiyoshi Matsui <kmatsui@t3.rim.or.jp> - * All rights reserved. - * - * Some parts of this code are derived from the public domain software - * DECUS cpp (1984,1985) written by Martin Minow. - * - * Redistribution and use in source and binary forms, with or without - * modification, are permitted provided that the following conditions - * are met: - * 1. Redistributions of source code must retain the above copyright - * notice, this list of conditions and the following disclaimer. - * 2. Redistributions in binary form must reproduce the above copyright - * notice, this list of conditions and the following disclaimer in the - * documentation and/or other materials provided with the distribution. - * - * THIS SOFTWARE IS PROVIDED BY THE AUTHOR ``AS IS'' AND - * ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE - * IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE - * ARE DISCLAIMED. IN NO EVENT SHALL THE AUTHOR BE LIABLE - * FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL - * DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS - * OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) - * HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT - * LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY - * OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF - * SUCH DAMAGE. - */ - -/* - * M A I N . C - * M C P P M a i n P r o g r a m - * - * The main routine and it's supplementary routines are placed here. - * The post-preprocessing routines are also placed here. - */ - -#if PREPROCESSED /* Use "pre-preprocessed" header */ -#include "mcpp.H" -#else -#include "system.H" -#include "internal.H" -#endif - - /* Function pointer to expand_macro() functions. */ - char * (*expand_macro)( DEFBUF * defp, char * out, char * out_end - , LINE_COL line_col, int * pragma_op); - - /* The boolean flags specified by the execution options. */ - struct option_flags_ option_flags = { - FALSE, /* c: -C (keep comments) */ - FALSE, /* k: -k (keep horizontal white spaces) */ - FALSE, /* z: -z (no output of included files) */ - FALSE, /* p: -P (no #line output) */ - FALSE, /* q: -Q (output diagnosis to mcpp.err) */ - FALSE, /* v: -v (verbose, affects macro notification) */ - TRIGRAPHS_INIT, /* trig: -3 (toggle trigraphs) */ - DIGRAPHS_INIT, /* dig: -2 (toggle digraphs recognition) */ - /* - * lang_asm allows the following non-standard features. - * 1. #non-directive. - * 2. <newline> in a string-literal. - * 3. invalid pp-token generated by ## operator. - * lang_asm is not available in POST_STD mode. - * When COMPILER == GNUC, -x assembler-with-cpp or -lang-asm options - * are used instead of -a. - */ - FALSE, /* lang_asm: -a (assembler source) */ - FALSE, /* no_source_line: -j (no source line in diag) */ - FALSE /* dollar_in_name */ - }; - - int mcpp_mode = STD; /* Mode of preprocessing */ - - long cplus_val = 0L; /* Value of __cplusplus for C++ */ - long stdc_ver = 0L; /* Value of __STDC_VERSION__ */ - int stdc_val = 0; /* Value of __STDC__ */ - int stdc2; /* cplus_val || stdc_ver >= 199901L */ - int stdc3; /* cplus_val >= 199901L || stdc_ver >= 199901L. - (cplus_val >= 199901L) specifies compatible mode to C99 (extended - feature of this preprocessor) */ - int standard = TRUE; /* TRUE, if mcpp_mode is STD or POST_STD */ - int std_line_prefix = STD_LINE_PREFIX; - /* Output line and file information in C source style */ - -/* - * Commonly used global variables: - * src_line is the current input line number. - * wrong_line is set in many places when the actual output line is out of - * sync with the numbering, e.g, when expanding a macro with an - * embedded newline. - * identifier holds the last identifier scanned (which might be a candidate - * for macro expansion). - * errors is the running mcpp error counter. - * infile is the head of a linked list of input files (extended by - * #include and macros being expanded). 'infile' always points - * to the current file/macro. 'infile->parent' to the includer, - * etc. 'infile->fp' is NULL if this input stream is not a file. - * inc_dirp Directory of #includer with trailing PATH_DELIM. This points - * to one of incdir[] or to the current directory (represented as - * "". This should not be NULL. - */ - long src_line; /* Current line number */ - int wrong_line; /* Force #line to compiler */ - int newlines; /* Count of blank lines */ - int errors = 0; /* Cpp error counter */ - int warn_level = -1; /* Level of warning (have to initialize)*/ - FILEINFO * infile = NULL; /* Current input file */ - int include_nest = 0; /* Nesting level of #include */ - const char * null = ""; /* "" string for convenience */ - const char ** inc_dirp; /* Directory of #includer */ - const char * cur_fname; /* Current source file name */ - /* cur_fname is not rewritten by #line directive */ - const char * cur_fullname; - /* Full path of current source file (i.e. infile->full_fname) */ - int no_source_line; /* Do not output line in diag. */ - char identifier[ IDMAX + IDMAX/8]; /* Current identifier */ - int mcpp_debug = 0; /* != 0 if debugging now */ - -/* - * in_directive is set TRUE while a directive line is scanned by directive(). - * It modifies the behavior of squeeze_ws() in expand.c so that newline is - * not skipped even if getting macro arguments. - */ - int in_directive = FALSE; /* TRUE scanning directive line */ - int in_define = FALSE; /* TRUE scanning #define line */ - int in_getarg = FALSE; /* TRUE collecting macro arguments */ - int in_include = FALSE; /* TRUE scanning #include line */ - int in_if = FALSE; /* TRUE scanning #if and in non-skipped expr. */ - long in_asm = 0L; /* Starting line of #asm - #endasm block*/ - -/* - * macro_line is set to the line number of start of a macro call while - * expanding the macro, else set to 0. Line number is remembered for - * diagnostics of unterminated macro call. On unterminated macro call - * macro_line is set to MACRO_ERROR. - */ - long macro_line = 0L; -/* - * macro_name is the currently expanding macro. - */ - char * macro_name; - -/* - * openum is the return value of scan_op() in support.c. - */ - int openum; - -/* - * mkdep means to output source file dependency line, specified by -M* - * option. The OR of the following values is used. - * MD_MKDEP (1) : Output dependency line. - * MD_SYSHEADER(2) : Print also system headers or headers with - * absolute path not only user headers. - * MD_FILE (4) : Output to the file named *.d instead of fp_out. - * Normal output is done to fp_out as usual. - */ - int mkdep = 0; - -/* - * If option_flags.z is TRUE, no_output is incremented when a file is - * #included, and decremented when the file is finished. - * If no_output is larger than 0, processed files are not output, meanwhile - * the macros in the files are defined. - * If mkdep != 0 && (mkdep & MD_FILE) == 0, no_output is set to 1 initially. - */ - int no_output = 0; - -/* - * keep_comments is set TRUE by the -C option. If TRUE, comments are written - * directly to the output stream. option_flags.c contains the permanent state - * of the -C option. keep_comments is always falsified when compilation is - * supressed by a false #if or when no_output is TRUE. - */ - int keep_comments = 0; /* Write out comments flag */ - -/* - * keep_spaces is set to TRUE by the -k option. If TRUE, spaces and tabs in - * an input line are written out to the output line without squeezing to one - * space. option_flags.k contains the permanent state of the -k option. - * keep_spaces is falsified when compilation is suppressed by a false #if. - */ - int keep_spaces = 0; /* Keep white spaces of line*/ - -/* - * ifstack[] holds information about nested #if's. It is always accessed via - * ifptr->stat. The information is as follows: - * WAS_COMPILING state of compiling flag at outer level. - * ELSE_SEEN set TRUE when #else seen to prevent 2nd #else. - * TRUE_SEEN set TRUE when #if or #elif succeeds - * ifstack[0].stat holds the compiling flag. It is WAS_COMPILING if compila- - * tion is currently enabled. Note that this must be initialized to - * WAS_COMPILING. - */ - IFINFO ifstack[ BLK_NEST + 1] = { {WAS_COMPILING, 0L, 0L}, }; - /* Note: '+1' is necessary for the initial state. */ - IFINFO * ifptr = ifstack; /* -> current ifstack[] */ - -/* - * In POST_STD mode, insert_sep is set to INSERT_SEP when : - * 1. the next get_ch() shall insert a token separator. - * 2. unget_ch() has been called when insert_sep == INSERTED_SEP. - * set to INSERTED_SEP when : - * get_ch() has been called when insert_sep == INSERT_SEP. - * set to NO_SEP when : - * get_ch() has been called when insert_sep == INSERTED_SEP. - */ - int insert_sep = NO_SEP; - -/* File pointers for input and output. */ - FILE * fp_in; /* Input stream to preprocess */ - FILE * fp_out; /* Output stream preprocessed */ - FILE * fp_err; /* Diagnostics stream */ - FILE * fp_debug; /* Debugging information stream */ - -/* Variables on multi-byte character encodings. */ - int mbchar = MBCHAR; /* Encoding of multi-byte char */ - int mbchk; /* Character type of possible multi-byte char */ - int bsl_in_mbchar; /* 2nd byte of mbchar possibly has '\\' */ - int bsl_need_escape; /* '\\' in MBCHAR should be escaped */ - /* Function pointer to mb_read_*() functions. */ - size_t (*mb_read)( int c1, char ** in_pp, char ** out_pp); - - jmp_buf error_exit; /* Exit on fatal error */ - -/* - * Translation limits specified by C90, C99 or C++. - */ - struct std_limits_ std_limits = { - /* The following three are temporarily set for do_options() */ - NBUFF, /* Least maximum of string length */ - IDMAX, /* Least maximum of identifier length */ - NMACPARS, /* Least maximum of number of macro params */ - EXP_NEST_CPLUS_MIN, - BLK_NEST_CPLUS_MIN, - INCLUDE_NEST_CPLUS_MIN, - NMACRO_CPLUS_MIN, - LINE_CPLUS_LIMIT - }; - -/* - * work_buf[] and workp are used to store one piece of text as a temporary - * buffer. - * To initialize storage, set workp = work_buf. Note that the work buffer is - * used by several subroutines -- be sure that your data won't be overwritten. - * work_buf[] is used for: - * 1. macro expansion (def_special(), prescan(), catenate(), - * stringize()). - * 2. processing directive line (directive.c, eval.c, get_unexpandable(), - * do_pragma() and its subroutines). - * 3. processing _Pragma() operator (do_pragma_op()). - * 4. miscellaneous (init_gcc_macro(), curfile()). - */ - char work_buf[ NWORK + IDMAX]; /* Work buffer */ - char * workp; /* Pointer into work_buf[] */ - char * const work_end = & work_buf[ NWORK]; - /* End of buffer of work_buf[] */ - -/* - * src_col is the current input column number, but is rarely used. - * It is used to put spaces after #line line in keep_spaces mode - * on some special cases. - */ -static int src_col = 0; /* Column number of source line */ - -#define MBCHAR_IS_ESCAPE_FREE (SJIS_IS_ESCAPE_FREE && \ - BIGFIVE_IS_ESCAPE_FREE && ISO2022_JP_IS_ESCAPE_FREE) - -#ifdef MCPP_LIB -static void init_main( void); - /* Initialize static variables */ -#endif -static void init_defines( void); - /* Predefine macros */ -static void mcpp_main( void); - /* Main loop to process input lines */ -static void do_pragma_op( void); - /* Execute the _Pragma() operator */ -static void put_seq( char * begin, char * seq); - /* Put out the failed sequence */ -static char * de_stringize( char * in, char * out); - /* "De-stringize" for _Pragma() op. */ -static void putout( char * out); - /* May concatenate adjacent string */ -#if COMPILER != GNUC && COMPILER != MSC -static void devide_line( char * out); - /* Devide long line for compiler */ -#endif -static void put_a_line( char * out); - /* Put out the processed line */ -#if ! HAVE_DIGRAPHS || ! MBCHAR_IS_ESCAPE_FREE -static int post_preproc( char * out); - /* Post-preprocess for older comps */ -#if ! HAVE_DIGRAPHS -static char * conv_a_digraph( char * cp); - /* Convert a digraph in place */ -#endif -#if ! MBCHAR_IS_ESCAPE_FREE -static char * esc_mbchar( char * str, char * str_end); - /* Double \ as 2nd byte of SJIS */ -#endif -#endif - - -#ifdef MCPP_LIB -static void init_main( void) -/* Initialize global variables on re-entering. */ -{ - mcpp_mode = STD; - cplus_val = stdc_ver = 0L; - stdc_val = 0; - standard = TRUE; - std_line_prefix = STD_LINE_PREFIX; - errors = src_col = 0; - warn_level = -1; - infile = 0; - in_directive = in_define = in_getarg = in_include = in_if = FALSE; - src_line = macro_line = in_asm = 0L; - mcpp_debug = mkdep = no_output = keep_comments = keep_spaces = 0; - include_nest = 0; - insert_sep = NO_SEP; - mbchar = MBCHAR; - ifptr = ifstack; - ifstack[0].stat = WAS_COMPILING; - ifstack[0].ifline = ifstack[0].elseline = 0L; - std_limits.str_len = NBUFF; - std_limits.id_len = IDMAX; - std_limits.n_mac_pars = NMACPARS; - option_flags.c = option_flags.k = option_flags.z = option_flags.p - = option_flags.q = option_flags.v = option_flags.lang_asm - = option_flags.no_source_line = option_flags.dollar_in_name - = FALSE; - option_flags.trig = TRIGRAPHS_INIT; - option_flags.dig = DIGRAPHS_INIT; -} - -int mcpp_lib_main -#else -int main -#endif -( - int argc, - char ** argv -) -{ - const char * in_file = 0; - const char * out_file = 0; - const char * stdin_name = "<stdin>"; - - if (setjmp( error_exit) == -1) { - errors++; - goto fatal_error_exit; - } - -#ifdef MCPP_LIB - /* Initialize global and static variables. */ - init_main(); - init_directive(); - init_eval(); - init_support(); - init_system(); -#endif - - fp_in = stdin; - fp_out = stdout; - fp_err = stderr; - fp_debug = stdout; - /* - * Debugging information is output to stdout in order to - * synchronize with preprocessed output. - */ - - inc_dirp = &null; /* Initialize to current (null) directory */ - cur_fname = cur_fullname = "(predefined)"; /* For predefined macros */ - init_defines(); /* Predefine macros */ - mb_init(); /* Should be initialized prior to get options */ - do_options( argc, argv, &in_file, &out_file); /* Command line options */ - - /* Open input file, "-" means stdin. */ - if (in_file != 0 && ! str_eq( in_file, "-")) { - if ((fp_in = ACE_OS::fopen( in_file, "r")) == 0) { - mcpp_fprintf( ERR, "Can't open input file \"%s\".\n", in_file); - errors++; -#ifdef MCPP_LIB - goto fatal_error_exit; -#else - return( IO_ERROR); -#endif - } - } else { - in_file = stdin_name; - } - /* Open output file, "-" means stdout. */ - if (out_file != 0 && ! str_eq( out_file, "-")) { - if ((fp_out = ACE_OS::fopen( out_file, "w")) == 0) { - mcpp_fprintf( ERR, "Can't open output file \"%s\".\n", out_file); - errors++; -#ifdef MCPP_LIB - goto fatal_error_exit; -#else - return( IO_ERROR); -#endif - } - fp_debug = fp_out; - } - if (option_flags.q) { /* Redirect diagnostics */ - if ((fp_err = ACE_OS::fopen( "mcpp.err", "a")) == 0) { - errors++; - mcpp_fprintf( OUT, "Can't open \"mcpp.err\"\n"); -#ifdef MCPP_LIB - goto fatal_error_exit; -#else - return( IO_ERROR); -#endif - } - } - init_sys_macro(); /* Initialize system-specific macros */ - add_file( fp_in, 0, in_file, in_file, FALSE); - /* "open" main input file */ - infile->dirp = inc_dirp; - infile->sys_header = FALSE; - cur_fullname = in_file; - if (mkdep && str_eq( infile->real_fname, stdin_name) == FALSE) - put_depend( in_file); /* Putout target file name */ - at_start(); /* Do the pre-main commands */ - - mcpp_main(); /* Process main file */ - - if (mkdep) - put_depend( 0); /* Append '\n' to dependency line */ - at_end(); /* Do the final commands */ - -fatal_error_exit: -#ifdef MCPP_LIB - /* Free malloced memory */ - /* if (mcpp_debug & MACRO_CALL) { - if (in_file != stdin_name) - ACE_OS::free( in_file); - }*/ - clear_filelist(); - clear_symtable(); -#endif - - if (fp_in != stdin) - ACE_OS::fclose( fp_in); - if (fp_out != stdout) - ACE_OS::fclose( fp_out); - if (fp_err != stderr) - ACE_OS::fclose( fp_err); - - if (mcpp_debug & MEMORY) - print_heap(); - if (errors > 0 && option_flags.no_source_line == FALSE) { - mcpp_fprintf( ERR, "%d error%s in preprocessor.\n", - errors, (errors == 1) ? "" : "s"); - return IO_ERROR; - } - return IO_SUCCESS; /* No errors */ -} - -/* - * This is the table used to predefine target machine, operating system and - * compiler designators. It may need hacking for specific circumstances. - * The -N option supresses these definitions. - */ -typedef struct pre_set { - const char * name; - const char * val; -} PRESET; - -static PRESET preset[] = { - -#ifdef SYSTEM_OLD - { SYSTEM_OLD, "1"}, -#endif -#ifdef SYSTEM_SP_OLD - { SYSTEM_SP_OLD, "1"}, -#endif -#ifdef COMPILER_OLD - { COMPILER_OLD, "1"}, -#endif -#ifdef COMPILER_SP_OLD - { COMPILER_SP_OLD, "1"}, -#endif - - { 0, 0}, /* End of macros beginning with alphabet */ - -#ifdef SYSTEM_STD - { SYSTEM_STD, "1"}, -#endif -#ifdef SYSTEM_STD1 - { SYSTEM_STD1, "1"}, -#endif -#ifdef SYSTEM_STD2 - { SYSTEM_STD2, "1"}, -#endif - -#ifdef SYSTEM_EXT - { SYSTEM_EXT, SYSTEM_EXT_VAL}, -#endif -#ifdef SYSTEM_EXT2 - { SYSTEM_EXT2, SYSTEM_EXT2_VAL}, -#endif -#ifdef SYSTEM_SP_STD - { SYSTEM_SP_STD, SYSTEM_SP_STD_VAL}, -#endif -#ifdef COMPILER_STD - { COMPILER_STD, COMPILER_STD_VAL}, -#endif -#ifdef COMPILER_STD1 - { COMPILER_STD1, COMPILER_STD1_VAL}, -#endif -#ifdef COMPILER_STD2 - { COMPILER_STD2, COMPILER_STD2_VAL}, -#endif -#ifdef COMPILER_EXT - { COMPILER_EXT, COMPILER_EXT_VAL}, -#endif -#ifdef COMPILER_EXT2 - { COMPILER_EXT2, COMPILER_EXT2_VAL}, -#endif -#ifdef COMPILER_SP_STD - { COMPILER_SP_STD, COMPILER_SP_STD_VAL}, -#endif -#ifdef COMPILER_SP1 - { COMPILER_SP1, COMPILER_SP1_VAL}, -#endif -#ifdef COMPILER_SP2 - { COMPILER_SP2, COMPILER_SP2_VAL}, -#endif -#ifdef COMPILER_SP3 - { COMPILER_SP3, COMPILER_SP3_VAL}, -#endif -#ifdef COMPILER_CPLUS - { COMPILER_CPLUS, COMPILER_CPLUS_VAL}, -#endif - { 0, 0}, /* End of macros with value of any integer */ -}; - -static void init_defines( void) -/* - * Initialize the built-in #define's. - * Called only on cpp startup prior to do_options(). - * - * Note: the built-in static definitions are removed by the -N option. - */ -{ - int n = sizeof preset / sizeof (PRESET); - int nargs; - PRESET * pp; - - /* Predefine the built-in symbols. */ - nargs = DEF_NOARGS_PREDEF_OLD; - for (pp = preset; pp < preset + n; pp++) { - if (pp->name && *(pp->name)) - look_and_install( pp->name, nargs, null, pp->val); - else if (! pp->name) - nargs = DEF_NOARGS_PREDEF; - } - - look_and_install( "__MCPP", DEF_NOARGS_PREDEF, null, "2"); - /* MCPP V.2.x */ - /* This macro is predefined and is not undefined by -N option, */ - /* yet can be undefined by -U or #undef. */ -} - -void un_predefine( - int clearall /* TRUE for -N option */ -) -/* - * Remove predefined symbols from the symbol table. - */ -{ - PRESET * pp; - DEFBUF * defp; - int n = sizeof preset / sizeof (PRESET); - - for (pp = preset; pp < preset + n; pp++) { - if (pp->name) { - if (*(pp->name) && (defp = look_id( pp->name)) != 0 - && defp->nargs >= DEF_NOARGS_PREDEF) - undefine( pp->name); - } else if (clearall == FALSE) { /* -S<n> option */ - break; - } - } -} - -/* - * output[] and out_ptr are used for: - * buffer to store preprocessed line (this line is put out or handed to - * post_preproc() via putout() in some cases) - */ -static char output[ NMACWORK]; /* Buffer for preprocessed line */ -static char * const out_end = & output[ NWORK - 2]; - /* Limit of output line for other than GCC and VC */ -static char * const out_wend = & output[ NMACWORK - 2]; - /* Buffer end of output line */ -static char * out_ptr; /* Current pointer into output[]*/ - -static void mcpp_main( void) -/* - * Main process for mcpp -- copies tokens from the current input stream - * (main file or included file) to the output file. - */ -{ - int c; /* Current character */ - char * wp; /* Temporary pointer */ - DEFBUF * defp; /* Macro definition */ - int line_top; /* Is in the line top, possibly spaces */ - LINE_COL line_col; /* Location of macro call in source */ - - keep_comments = option_flags.c && !no_output; - keep_spaces = option_flags.k; /* Will be turned off if !compiling */ - line_col.col = line_col.line = 0L; - - /* - * This loop is started "from the top" at the beginning of each line. - * 'wrong_line' is set TRUE in many places if it is necessary to write - * a #line record. (But we don't write them when expanding macros.) - * - * 'newlines' variable counts the number of blank lines that have been - * skipped over. These are then either output via #line records or - * by outputting explicit blank lines. - * 'newlines' will be cleared on end of an included file by get_ch(). - */ - while (1) { /* For the whole input */ - newlines = 0; /* Count empty lines */ - - while (1) { /* For each line, ... */ - out_ptr = output; /* Top of the line buf */ - c = get_ch(); - if (src_col) - break; /* There is a residual tokens on the line */ - while (char_type[ c] & HSP) { /* ' ' or '\t' */ - if (c != COM_SEP) - *out_ptr++ = c; /* Retain line top white spaces */ - /* Else skip 0-length comment */ - c = get_ch(); - } - if (c == '#') { /* Is 1st non-space '#' */ - directive(); /* Do a #directive */ - } else if (mcpp_mode == STD && option_flags.dig && c == '%') { - /* In POST_STD digraphs are already converted */ - if (get_ch() == ':') { /* '%:' i.e. '#' */ - directive(); /* Do a #directive */ - } else { - unget_ch(); - if (! compiling) { - skip_nl(); - newlines++; - } else { - break; - } - } - } else if (c == CHAR_EOF) { /* End of input */ - break; - } else if (! compiling) { /* #ifdef false? */ - skip_nl(); /* Skip to newline */ - newlines++; /* Count it, too. */ - } else if (in_asm && ! no_output) { /* In #asm block */ - put_asm(); /* Put out as it is */ - } else if (c == '\n') { /* Blank line */ - if (keep_comments) - mcpp_fputc( '\n', OUT); /* May flush comments */ - else - newlines++; /* Wait for a token */ - } else { - break; /* Actual token */ - } - } - - if (c == CHAR_EOF) /* Exit process at */ - break; /* end of input */ - - /* - * If the loop didn't terminate because of end of file, we - * know there is a token to compile. First, clean up after - * absorbing newlines. newlines has the number we skipped. - */ - if (no_output) { - wrong_line = FALSE; - } else { - if (wrong_line || newlines > 10) { - sharp( 0, 0); /* Output # line number */ - if (keep_spaces && src_col) { - while (src_col--) /* Adjust columns */ - mcpp_fputc( ' ', OUT); - src_col = 0; - } - } else { /* If just a few, stuff */ - while (newlines-- > 0) /* them out ourselves */ - mcpp_fputc('\n', OUT); - } - } - - /* - * Process each token on this line. - */ - line_top = TRUE; - while (c != '\n' && c != CHAR_EOF) { /* For the whole line */ - /* - * has_pragma is set to TRUE so as to execute _Pragma() operator - * when the psuedo macro _Pragma() is found. - */ - int has_pragma; - - if ((mcpp_debug & MACRO_CALL) && ! in_directive) { - line_col.line = src_line; /* Location in source */ - line_col.col = infile->bptr - infile->buffer - 1; - } - if (scan_token( c, (wp = out_ptr, &wp), out_wend) == NAM - && (defp = is_macro( &wp)) != 0) { /* A macro */ - wp = expand_macro( defp, out_ptr, out_wend, line_col - , & has_pragma); /* Expand it completely */ - if (line_top) { /* The first token is a macro */ - char * tp = out_ptr; - while (char_type[ *tp & UCHARMAX] & HSP) - tp++; /* Remove excessive spaces */ - ACE_OS::memmove( out_ptr, tp, ACE_OS::strlen( tp) + 1); - wp -= (tp - out_ptr); - } - if (has_pragma) { /* Found _Pramga() */ - do_pragma_op(); /* Do _Pragma() operator*/ - out_ptr = output; /* Do the rest of line */ - wrong_line = TRUE; /* Line-num out of sync */ - } else { - out_ptr = wp; - } - if (keep_spaces && wrong_line && infile - && *(infile->bptr) != '\n' && *(infile->bptr) != EOS) { - src_col = infile->bptr - infile->buffer; - /* Remember the current colums */ - break; /* Do sharp() now */ - } - } else { /* Not a macro call */ - out_ptr = wp; /* Advance the place */ - if (wrong_line) /* is_macro() swallowed */ - break; /* the newline */ - } - while (char_type[ c = get_ch()] & HSP) { /* Horizontal space */ - if (c != COM_SEP) /* Skip 0-length comment*/ - *out_ptr++ = c; - } - line_top = FALSE; /* Read over some token */ - } /* Loop for line */ - - putout( output); /* Output the line */ - } /* Continue until EOF */ -} - -static void do_pragma_op( void) -/* - * Execute the _Pragma() operator contained in an expanded macro. - * Note: _Pragma() operator is also implemented as a special macro. Therefore - * it is always searched as a macro. - * There might be more than one _Pragma() in a expanded macro and those may be - * surrounded by other token sequences. - * Since all the macros have been expanded completely, any name identical to - * macro should not be re-expanded. - * However, a macro in the string argument of _Pragma() may be expanded by - * do_pragma() after de_stringize(), if EXPAND_PRAGMA == TRUE. - */ -{ - FILEINFO * file; - DEFBUF * defp; - int prev = output < out_ptr; /* There is a previous sequence */ - int token_type; - char * cp1, * cp2; - int c; - - file = unget_string( out_ptr, 0); - while (c = get_ch(), file == infile) { - if (char_type[ c] & HSP) { - *out_ptr++ = c; - continue; - } - if (scan_token( c, (cp1 = out_ptr, &cp1), out_wend) - == NAM && (defp = is_macro( &cp1)) != 0 - && defp->nargs == DEF_PRAGMA) { /* _Pragma() operator */ - if (prev) { - putout( output); /* Putout the previous sequence */ - cp1 = mcpp_stpcpy( output, "pragma "); /* From top of buffer */ - } - /* is_macro() already read over possible spaces after _Pragma */ - *cp1++ = get_ch(); /* '(' */ - while (char_type[ c = get_ch()] & HSP) - *cp1++ = c; - if (((token_type = scan_token( c, (cp2 = cp1, &cp1), out_wend)) - != STR && token_type != WSTR)) { - /* Not a string literal */ - put_seq( output, cp1); - return; - } - workp = de_stringize( cp2, work_buf); - while (char_type[ c = get_ch()] & HSP) - *cp1++ = c; - if (c != ')') { /* More than a string literal */ - unget_ch(); - put_seq( output, cp1); - return; - } - ACE_OS::strcpy( workp, "\n"); /* Terminate with <newline> */ - unget_string( work_buf, 0); - do_pragma(); /* Do the #pragma "line" */ - infile->bptr += ACE_OS::strlen( infile->bptr); /* Clear sequence */ - cp1 = out_ptr = output; /* From the top of buffer */ - prev = FALSE; - } else { /* Not pragma sequence */ - out_ptr = cp1; - prev = TRUE; - } - } - unget_ch(); - if (prev) - putout( output); -} - -static void put_seq( - char * begin, /* Sequence already in buffer */ - char * seq /* Sequence to be read */ -) -/* - * Put out the failed sequence as it is. - */ -{ - FILEINFO * file = infile; - int c; - - cerror( "Operand of _Pragma() is not a string literal" /* _E_ */ - , 0, 0L, 0); - while (c = get_ch(), file == infile) - *seq++ = c; - unget_ch(); - out_ptr = seq; - putout( begin); -} - -static char * de_stringize( - char * in, /* Null terminated string literal */ - char * out /* Output buffer */ -) -/* - * Make token sequence from a string literal for _Pragma() operator. - */ -{ - char * in_p; - int c1, c; - - in_p = in; - if (*in_p == 'L') - in_p++; /* Skip 'L' prefix */ - while ((c = *++in_p) != EOS) { - if (c == '\\' && ((c1 = *(in_p + 1), c1 == '\\') || c1 == '"')) - c = *++in_p; /* "De-escape" escape sequence */ - *out++ = c; - } - *--out = EOS; /* Remove the closing '"' */ - return out; -} - -static void putout( - char * out /* Output line (line-end is always 'out_ptr') */ -) -/* - * Put out a line with or without "post-preprocessing". - */ -{ - size_t len; - - *out_ptr++ = '\n'; /* Put out a newline */ - *out_ptr = EOS; - -#if ! MBCHAR_IS_ESCAPE_FREE - post_preproc( out); -#elif ! HAVE_DIGRAPHS - if (mcpp_mode == STD && option_flag.dig) - post_preproc( out); -#endif - /* Else no post-preprocess */ -#if COMPILER != GNUC && COMPILER != MSC - /* GCC and Visual C can accept very long line */ - len = ACE_OS::strlen( out); - if (len > NWORK - 1) - devide_line( out); /* Devide a too long line */ - else -#endif - put_a_line( out); -} - -#if COMPILER != GNUC && COMPILER != MSC - -static void devide_line( - char * out /* 'out' is 'output' in actual */ -) -/* - * Devide a too long line into output lines shorter than NWORK. - * This routine is called from putout(). - */ -{ - FILEINFO * file; - char * save; - char * wp; - int c; - - file = unget_string( out, 0); /* To re-read the line */ - wp = out_ptr = out; - - while ((c = get_ch()), file == infile) { - if (char_type[ c] & HSP) { - if (keep_spaces || out == out_ptr - || (char_type[ *(out_ptr - 1) & UCHARMAX] & HSP)) { - *out_ptr++ = c; - wp++; - } - continue; - } - scan_token( c, &wp, out_wend); /* Read a token */ - if (NWORK-2 < wp - out_ptr) { /* Too long a token */ - cfatal( "Too long token %s", out_ptr, 0L, 0); /* _F_ */ - } else if (out_end <= wp) { /* Too long line */ - if (mcpp_debug & MACRO_CALL) { /* -K option */ - /* Other than GCC or Visual C */ - /* scan_token() scans a comment as sequence of some */ - /* tokens such as '/', '*', ..., '*', '/', since it */ - /* does not expect comment. */ - save = out_ptr; - while ((save = ACE_OS::strrchr( save, '/')) != 0) { - if (*(save - 1) == '*') { /* '*' '/' sequence */ - out_ptr = save + 1; /* Devide at the end*/ - break; /* of a comment*/ - } - } - } - save = save_string( out_ptr); /* Save the token */ - *out_ptr++ = '\n'; /* Append newline */ - *out_ptr = EOS; - put_a_line( out); /* Putout the former tokens */ - wp = out_ptr = mcpp_stpcpy( out, save); /* Restore the token */ - ACE_OS::free( save); - } else { /* Still in size */ - out_ptr = wp; /* Advance the pointer */ - } - } - - unget_ch(); /* Push back the source character */ - put_a_line( out); /* Putout the last tokens */ - sharp( 0, 0); /* Correct line number */ -} - -#endif - -static void put_a_line( - char * out -) -/* - * Finally put out the preprocessed line. - */ -{ - size_t len; - char * out_p; - char * tp; - - if (no_output) - return; - len = ACE_OS::strlen( out); - tp = out_p = out + len - 2; /* Just before '\n' */ - while (char_type[ *out_p & UCHARMAX] & SPA) - out_p--; /* Remove trailing white spaces */ - if (out_p < tp) { - *++out_p = '\n'; - *++out_p = EOS; - } - if (mcpp_fputs( out, OUT) == EOF) - cfatal( "File write error", 0, 0L, 0); /* _F_ */ -} - - -/* - * Routines to P O S T - P R E P R O C E S S - * - * 1998/08 created kmatsui (revised 1998/09, 2004/02, 2006/07) - * Supplementary phase for the older compiler-propers. - * 1. Convert digraphs to usual tokens. - * 2. Double '\\' of the second byte of multi-byte characters. - * These conversions are done selectively according to the macros defined - * in system.H. - * 1. Digraphs are converted if ! HAVE_DIGRAPHS and digraph recoginition - * is enabled by DIGRAPHS_INIT and/or -2 option on execution. - * 2. '\\' of the second byte of SJIS (BIGFIVE or ISO2022_JP) is doubled - * if bsl_need_escape == TRUE. - */ - -#if HAVE_DIGRAPHS && MBCHAR_IS_ESCAPE_FREE - /* No post_preproc() */ -#else - -static int post_preproc( - char * out -) -/* - * Convert digraphs and double '\\' of the second byte of SJIS (BIGFIVE or - * ISO2022_JP). - * Note: Output of -K option embeds macro informations into comments. - * scan_token() does not recognize comment and parses it as '/', '*', etc. - */ -{ -#if ! HAVE_DIGRAPHS - int di_count = 0; -#endif - int token_type; - int c; - char * str; - char * cp = out; - - unget_string( out, 0); - while ((c = get_ch()) != '\n') { /* Not to read over to next line */ - if (char_type[ c] & HSP) { - *cp++ = c; - continue; - } - str = cp; - token_type = scan_token( c, &cp, out_wend); - switch (token_type) { -#if ! MBCHAR_IS_ESCAPE_FREE - case WSTR : - case WCHR : - str++; /* Skip prefix 'L' */ - /* Fall through */ - case STR : - case CHR : - if (bsl_need_escape) - cp = esc_mbchar( str, cp); - break; -#endif /* ! MBCHAR_IS_ESCAPE_FREE */ -#if ! HAVE_DIGRAPHS - case OPE : - if (mcpp_mode == STD && (openum & OP_DIGRAPH)) { - cp = conv_a_digraph( cp); /* Convert a digraph */ - di_count++; - } - break; -#endif - } - } - *cp++ = '\n'; - *cp = EOS; -#if ! HAVE_DIGRAPHS - if (mcpp_mode == STD && di_count && (warn_level & 16)) - cwarn( "%.0s%ld digraph(s) converted" /* _W16_ */ - , 0, (long) di_count, 0); -#endif - return 0; -} - -#endif /* ! HAVE_DIGRAPHS || ! MBCHAR_IS_ESCAPE_FREE */ - -#if ! HAVE_DIGRAPHS -static char * conv_a_digraph( - char * cp /* The end of the digraph token */ -) -/* - * Convert a digraph to usual token in place. - * This routine is never called in POST_STD mode. - */ -{ - cp -= 2; - switch (openum) { - case OP_LBRACE_D : - *cp++ = '{'; - break; - case OP_RBRACE_D : - *cp++ = '}'; - break; - case OP_LBRCK_D : - *cp++ = '['; - break; - case OP_RBRCK_D : - *cp++ = ']'; - break; - case OP_SHARP_D : /* Error of source */ - *cp++ = '#'; - break; - case OP_DSHARP_D : /* Error of source */ - cp -= 2; - *cp++ = '#'; - *cp++ = '#'; - break; - } - return cp; -} -#endif /* ! HAVE_DIGRAPHS */ - -#if ! MBCHAR_IS_ESCAPE_FREE -static char * esc_mbchar( - char * str, /* String literal or character constant without 'L' */ - char * str_end /* The end of the token */ -) -/* - * Insert \ before the byte of 0x5c('\\') of the SJIS, BIGFIVE or ISO2022_JP - * multi-byte character code in string literal or character constant. - * Insert \ also before the byte of 0x22('"') and 0x27('\'') of ISO2022_JP. - * esc_mbchar() does in-place insertion. - */ -{ - char * cp; - int delim; - int c; - - if (! bsl_need_escape) - return str_end; - if ((delim = *str++) == 'L') - delim = *str++; /* The quote character */ - while ((c = *str++ & UCHARMAX) != delim) { - if (char_type[ c] & mbchk) { /* MBCHAR */ - cp = str; - mb_read( c, &str, (workp = work_buf, &workp)); - while (cp++ < str) { - c = *(cp - 1); - if (c == '\\' || c == '"' || c == '\'') { - /* Insert \ before 0x5c, 0x22, 0x27 */ - ACE_OS::memmove( cp, cp - 1, (size_t) (str_end - cp) + 2); - *(cp++ - 1) = '\\'; - str++; - str_end++; - } - } - } else if (c == '\\' && ! (char_type[ *str & UCHARMAX] & mbchk)) { - str++; /* Escape sequence */ - } - } - return str_end; -} -#endif /* ! MBCHAR_IS_ESCAPE_FREE */ - diff --git a/TAO/TAO_IDL/contrib/mcpp/main_libmcpp.c b/TAO/TAO_IDL/contrib/mcpp/main_libmcpp.c deleted file mode 100644 index 7413900d250..00000000000 --- a/TAO/TAO_IDL/contrib/mcpp/main_libmcpp.c +++ /dev/null @@ -1,10 +0,0 @@ -/* $Id$ most simple sample source to use libmcpp */ - -#include "mcpp_lib.h" -// FUZZ: disable check_for_improper_main_declaration -int -main (int argc, char *argv[]) -// FUZZ: disable check_for_improper_main_declaration -{ - return mcpp_lib_main (argc, argv); -} diff --git a/TAO/TAO_IDL/contrib/mcpp/mbchar.cpp b/TAO/TAO_IDL/contrib/mcpp/mbchar.cpp deleted file mode 100644 index 9ec00159332..00000000000 --- a/TAO/TAO_IDL/contrib/mcpp/mbchar.cpp +++ /dev/null @@ -1,869 +0,0 @@ -/*- $Id$ - * Copyright (c) 1998, 2002-2008 Kiyoshi Matsui <kmatsui@t3.rim.or.jp> - * All rights reserved. - * - * Some parts of this code are derived from the public domain software - * DECUS cpp (1984,1985) written by Martin Minow. - * - * Redistribution and use in source and binary forms, with or without - * modification, are permitted provided that the following conditions - * are met: - * 1. Redistributions of source code must retain the above copyright - * notice, this list of conditions and the following disclaimer. - * 2. Redistributions in binary form must reproduce the above copyright - * notice, this list of conditions and the following disclaimer in the - * documentation and/or other materials provided with the distribution. - * - * THIS SOFTWARE IS PROVIDED BY THE AUTHOR ``AS IS'' AND - * ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE - * IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE - * ARE DISCLAIMED. IN NO EVENT SHALL THE AUTHOR BE LIABLE - * FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL - * DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS - * OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) - * HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT - * LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY - * OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF - * SUCH DAMAGE. - */ - -/* - * M B C H A R . C - * C h a r a c t e r h a n d l i n g R o u t i n e s - * - * Character handling and multi-byte character handling routines are - * placed here. - */ - -#if PREPROCESSED -#include "mcpp.H" -#else -#include "system.H" -#include "internal.H" -#endif - -/* - * Tables of character types and multi-byte character types. - * - * Some of these character attributes will be overwritten by - * execution time option '-@post' or '-@old'. - * Warning on erroneous sequence will be issued from the caller routines: - * scan_quote(), scan_id() or scan_number(). - */ - -/* Non-ASCII characters are always checked by mb_read(). */ -#define NA 0x4000 /* Non-ASCII characters */ - -/* Horizontal spaces (' ', '\t' and TOK_SEP) */ -#define HSPA (SPA | HSP) - -short * char_type; /* Pointer to one of the following type_*[]. */ - -#define EJ1 0x100 /* 1st byte of EUC_JP */ -#define EJ2 0x200 /* 2nd byte of EUC_JP */ -#define GB1 0x400 /* 1st byte of GB2312 */ -#define GB2 0x800 /* 2nd byte of GB2312 */ -#define KS1 0x1000 /* 1st byte of KSC5601 */ -#define KS2 0x2000 /* 2nd byte of KSC5601 */ - -#define EJ12 (EJ1 | EJ2) /* 1st byte or 2nd byte of EUC_JP */ -#define GB12 (GB1 | GB2) -#define KS12 (KS1 | KS2) -#define EJ1N (NA | EJ1) -#define EU12N (NA | EJ12 | GB12 | KS12) - /* 1st or 2nd byte of EUC_JP, GB2312 or KSC5601, or any other non-ASCII */ - -static short type_euc[ UCHARMAX + 1] = { -/* - * For EUC_JP, GB2312, KSC5601 or other similar multi-byte char encodings. - */ - -/* Character type codes */ -/* 0, 1, 2, 3, 4, 5, 6, 7, */ -/* 8, 9, A, B, C, D, E, F, Hex */ - - 000, 000, 000, 000, 000, 000, 000, 000, /* 00 */ - 000, HSPA, SPA, SPA, SPA, SPA, 000, 000, /* 08 */ - 000, 000, 000, 000, 000, 000, 000, 000, /* 10 */ - /* 0x17-0x1A and 0x1F will be cleared in some modes by chk_opts() */ - 000, LET, LET, 000, 000, 000, 000, HSPA, /* 18 */ - HSPA, PUNC, QUO, PUNC, 000, PUNC, PUNC, QUO, /* 20 !"#$%&' */ - PUNC, PUNC, PUNC, PUNC, PUNC, PUNC, DOT, PUNC, /* 28 ()*+,-./ */ - DIG, DIG, DIG, DIG, DIG, DIG, DIG, DIG, /* 30 01234567 */ - DIG, DIG, PUNC, PUNC, PUNC, PUNC, PUNC, PUNC, /* 38 89:;<=>? */ - - 000, LET, LET, LET, LET, LET, LET, LET, /* 40 @ABCDEFG */ - LET, LET, LET, LET, LET, LET, LET, LET, /* 48 HIJKLMNO */ - LET, LET, LET, LET, LET, LET, LET, LET, /* 50 PQRSTUVW */ - LET, LET, LET, PUNC, 000, PUNC, PUNC, LET, /* 58 XYZ[\]^_ */ - 000, LET, LET, LET, LET, LET, LET, LET, /* 60 `abcdefg */ - LET, LET, LET, LET, LET, LET, LET, LET, /* 68 hijklmno */ - LET, LET, LET, LET, LET, LET, LET, LET, /* 70 pqrstuvw */ - LET, LET, LET, PUNC, PUNC, PUNC, PUNC, 000, /* 78 xyz{|}~ */ - - NA, NA, NA, NA, NA, NA, NA, NA, /* 80 .. 87 */ - NA, NA, NA, NA, NA, NA, EJ1N, NA, /* 88 .. 8F */ - NA, NA, NA, NA, NA, NA, NA, NA, /* 90 .. 97 */ - NA, NA, NA, NA, NA, NA, NA, NA, /* 98 .. 9F */ - NA, EU12N, EU12N, EU12N, EU12N, EU12N, EU12N, EU12N, /* A0 .. A7 */ - EU12N, EU12N, EU12N, EU12N, EU12N, EU12N, EU12N, EU12N, /* A8 .. AF */ - EU12N, EU12N, EU12N, EU12N, EU12N, EU12N, EU12N, EU12N, /* B0 .. B7 */ - EU12N, EU12N, EU12N, EU12N, EU12N, EU12N, EU12N, EU12N, /* B8 .. BF */ - EU12N, EU12N, EU12N, EU12N, EU12N, EU12N, EU12N, EU12N, /* C0 .. C7 */ - EU12N, EU12N, EU12N, EU12N, EU12N, EU12N, EU12N, EU12N, /* C8 .. CF */ - EU12N, EU12N, EU12N, EU12N, EU12N, EU12N, EU12N, EU12N, /* D0 .. D7 */ - EU12N, EU12N, EU12N, EU12N, EU12N, EU12N, EU12N, EU12N, /* D8 .. DF */ - EU12N, EU12N, EU12N, EU12N, EU12N, EU12N, EU12N, EU12N, /* E0 .. E7 */ - EU12N, EU12N, EU12N, EU12N, EU12N, EU12N, EU12N, EU12N, /* E8 .. EF */ - EU12N, EU12N, EU12N, EU12N, EU12N, EU12N, EU12N, EU12N, /* F0 .. F7 */ - EU12N, EU12N, EU12N, EU12N, EU12N, EU12N, EU12N, NA, /* F8 .. FF */ -}; - -static short type_bsl[ UCHARMAX + 1] = { -/* - * For SJIS, BIGFIVE or other similar encodings which may have '\\' value as - * the second byte of multi-byte character. - */ - -#define SJ1 0x100 /* 1st byte of SJIS */ -#define SJ2 0x200 /* 2nd byte of SJIS */ -#define BF1 0x400 /* 1st byte of BIGFIVE */ -#define BF2 0x800 /* 2nd byte of BIGFIVE */ - -#define SB2 (SJ2 | BF2) -#define SJ2N (NA | SJ2) -#define SB2N (NA | SJ2 | BF2) -#define SJ12N (NA | SJ1 | SJ2) -#define BF12N (NA | BF1 | BF2) -#define SB12N (NA | SJ1 | SJ2 | BF1 | BF2) -#define S2B12N (NA | SJ2 | BF1 | BF2) - -#define LSB2 (LET | SB2) -#define PSB2 (PUNC| SB2) - -/* Character type codes */ -/* 0, 1, 2, 3, 4, 5, 6, 7, */ -/* 8, 9, A, B, C, D, E, F, Hex */ - - 000, 000, 000, 000, 000, 000, 000, 000, /* 00 */ - 000, HSPA, SPA, SPA, SPA, SPA, 000, 000, /* 08 */ - 000, 000, 000, 000, 000, 000, 000, 000, /* 10 */ - /* 0x17-0x1A and 0x1F will be cleared in some modes by chk_opts() */ - 000, LET, LET, 000, 000, 000, 000, HSPA, /* 18 */ - HSPA, PUNC, QUO, PUNC, 000, PUNC, PUNC, QUO, /* 20 !"#$%&' */ - PUNC, PUNC, PUNC, PUNC, PUNC, PUNC, DOT, PUNC, /* 28 ()*+,-./ */ - DIG, DIG, DIG, DIG, DIG, DIG, DIG, DIG, /* 30 01234567 */ - DIG, DIG, PUNC, PUNC, PUNC, PUNC, PUNC, PUNC, /* 38 89:;<=>? */ - - SB2, LSB2, LSB2, LSB2, LSB2, LSB2, LSB2, LSB2, /* 40 @ABCDEFG */ - LSB2, LSB2, LSB2, LSB2, LSB2, LSB2, LSB2, LSB2, /* 48 HIJKLMNO */ - LSB2, LSB2, LSB2, LSB2, LSB2, LSB2, LSB2, LSB2, /* 50 PQRSTUVW */ - LSB2, LSB2, LSB2, PSB2, SB2, PSB2, PSB2, LSB2, /* 58 XYZ[\]^_ */ - SB2, LSB2, LSB2, LSB2, LSB2, LSB2, LSB2, LSB2, /* 60 `abcdefg */ - LSB2, LSB2, LSB2, LSB2, LSB2, LSB2, LSB2, LSB2, /* 68 hijklmno */ - LSB2, LSB2, LSB2, LSB2, LSB2, LSB2, LSB2, LSB2, /* 70 pqrstuvw */ - LSB2, LSB2, LSB2, PSB2, PSB2, PSB2, PSB2, 000, /* 78 xyz{|}~ */ - - SB2N, SJ12N, SJ12N, SJ12N, SJ12N, SJ12N, SJ12N, SJ12N, /* 80 .. 87 */ - SJ12N, SJ12N, SJ12N, SJ12N, SJ12N, SJ12N, SJ12N, SJ12N, /* 88 .. 8F */ - SJ12N, SJ12N, SJ12N, SJ12N, SJ12N, SJ12N, SJ12N, SJ12N, /* 90 .. 97 */ - SJ12N, SJ12N, SJ12N, SJ12N, SJ12N, SJ12N, SJ12N, SJ12N, /* 98 .. 9F */ - SJ2N, S2B12N,S2B12N,S2B12N,S2B12N,S2B12N,S2B12N,S2B12N, /* A0 .. A7 */ - S2B12N,S2B12N,S2B12N,S2B12N,S2B12N,S2B12N,S2B12N,S2B12N, /* A8 .. AF */ - S2B12N,S2B12N,S2B12N,S2B12N,S2B12N,S2B12N,S2B12N,S2B12N, /* B0 .. B7 */ - S2B12N,S2B12N,S2B12N,S2B12N,S2B12N,S2B12N,S2B12N,S2B12N, /* B8 .. BF */ - S2B12N,S2B12N,S2B12N,S2B12N,S2B12N,S2B12N,S2B12N,S2B12N, /* C0 .. C7 */ - S2B12N,S2B12N,S2B12N,S2B12N,S2B12N,S2B12N,S2B12N,S2B12N, /* C8 .. CF */ - S2B12N,S2B12N,S2B12N,S2B12N,S2B12N,S2B12N,S2B12N,S2B12N, /* D0 .. D7 */ - S2B12N,S2B12N,S2B12N,S2B12N,S2B12N,S2B12N,S2B12N,S2B12N, /* D8 .. DF */ - SB12N, SB12N, SB12N, SB12N, SB12N, SB12N, SB12N, SB12N, /* E0 .. E7 */ - SB12N, SB12N, SB12N, SB12N, SB12N, SB12N, SB12N, SB12N, /* E8 .. EF */ - SB12N, SB12N, SB12N, SB12N, SB12N, SB12N, SB12N, SB12N, /* F0 .. F7 */ - SB12N, SB12N, SB12N, SB12N, SB12N, BF12N, BF12N, NA, /* F8 .. FF */ -}; - -/* - * For ISO2022_JP multi-byte character encoding. - */ - -#define IS1 0x100 /* 1st byte of shift-sequence */ -#define IS2 0x200 /* 2nd byte of shift-sequence */ -#define IS3 0x400 /* 3rd byte of shift-sequence */ -#define IS4 0x800 /* 4th byte of shift-sequence */ -#define IJP 0x1000 /* 1st or 2nd byte of ISO-2022-JP (ISO-2022-JP1) */ - -#define PIJP (PUNC | IJP) -#define QIJP (QUO | IJP) -#define DTJP (DOT | IJP) -#define DGJP (DIG | IJP) -#define LIJP (LET | IJP) - -#define JPS2 (IJP | IS2) -#define PJPS23 (PIJP | IS2 | IS3) -#define LJPS3 (LIJP | IS3) -#define LJPS4 (LIJP | IS4) - -static short type_iso2022_jp[ UCHARMAX + 1] = { - -/* Character type codes */ -/* 0, 1, 2, 3, 4, 5, 6, 7, */ -/* 8, 9, A, B, C, D, E, F, Hex */ - - 000, 000, 000, 000, 000, 000, 000, 000, /* 00 */ - 000, HSPA, SPA, SPA, SPA, SPA, 000, 000, /* 08 */ - 000, 000, 000, 000, 000, 000, 000, 000, /* 10 */ - /* 0x17-0x1A and 0x1F will be cleared in some modes by chk_opts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`abcdefg */ - LIJP, LIJP, LIJP, LIJP, LIJP, LIJP, LIJP, LIJP, /* 68 hijklmno */ - LIJP, LIJP, LIJP, LIJP, LIJP, LIJP, LIJP, LIJP, /* 70 pqrstuvw */ - LIJP, LIJP, LIJP, PIJP, PIJP, PIJP, PIJP, 000, /* 78 xyz{|}~ */ - - NA, NA, NA, NA, NA, NA, NA, NA, /* 80 .. 87 */ - NA, NA, NA, NA, NA, NA, NA, NA, /* 88 .. 8F */ - NA, NA, NA, NA, NA, NA, NA, NA, /* 90 .. 97 */ - NA, NA, NA, NA, NA, NA, NA, NA, /* 98 .. 9F */ - NA, NA, NA, NA, NA, NA, NA, NA, /* A0 .. A7 */ - NA, NA, NA, NA, NA, NA, NA, NA, /* A8 .. AF */ - NA, NA, NA, NA, NA, NA, NA, NA, /* B0 .. B7 */ - NA, NA, NA, NA, NA, NA, NA, NA, /* B8 .. BF */ - NA, NA, NA, NA, NA, NA, NA, NA, /* C0 .. C7 */ - NA, NA, NA, NA, NA, NA, NA, NA, /* C8 .. CF */ - NA, NA, NA, NA, NA, NA, NA, NA, /* D0 .. D7 */ - NA, NA, NA, NA, NA, NA, NA, NA, /* D8 .. DF */ - NA, NA, NA, NA, NA, NA, NA, NA, /* E0 .. E7 */ - NA, NA, NA, NA, NA, NA, NA, NA, /* E8 .. EF */ - NA, NA, NA, NA, NA, NA, NA, NA, /* F0 .. F7 */ - NA, NA, NA, NA, NA, NA, NA, NA, /* F8 .. FF */ -}; - -/* - * For UTF8 multi-byte character encoding. - */ - -#define U2_1 0x100 /* 1st byte of 2-byte encoding of UTF8 */ -#define U3_1 0x200 /* 1st byte of 3-byte encoding of UTF8 */ -#define U4_1 0x400 /* 1st byte of 4-byte encoding of UTF8 */ -#define UCONT 0x800 /* Continuation of a 2, 3, or 4 byte UTF8 sequence */ -#define U2_1N (NA | U2_1) -#define U3_1N (NA | U3_1) -#define U4_1N (NA | U4_1) -#define UCONTN (NA | UCONT) - -static short type_utf8[ UCHARMAX + 1] = { - -/* Character type codes */ -/* 0, 1, 2, 3, 4, 5, 6, 7, */ -/* 8, 9, A, B, C, D, E, F, Hex */ - - 000, 000, 000, 000, 000, 000, 000, 000, /* 00 */ - 000, HSPA, SPA, SPA, SPA, SPA, 000, 000, /* 08 */ - 000, 000, 000, 000, 000, 000, 000, 000, /* 10 */ - /* 0x17-0x1A and 0x1F will be cleared in some modes by chk_opts() */ - 000, LET, LET, 000, 000, 000, 000, HSPA, /* 18 */ - HSPA, PUNC, QUO, PUNC, 000, PUNC, PUNC, QUO, /* 20 !"#$%&' */ - PUNC, PUNC, PUNC, PUNC, PUNC, PUNC, DOT, PUNC, /* 28 ()*+,-./ */ - DIG, DIG, DIG, DIG, DIG, DIG, DIG, DIG, /* 30 01234567 */ - DIG, DIG, PUNC, PUNC, PUNC, PUNC, PUNC, PUNC, /* 38 89:;<=>? */ - - 000, LET, LET, LET, LET, LET, LET, LET, /* 40 @ABCDEFG */ - LET, LET, LET, LET, LET, LET, LET, LET, /* 48 HIJKLMNO */ - LET, LET, LET, LET, LET, LET, LET, LET, /* 50 PQRSTUVW */ - LET, LET, LET, PUNC, 000, PUNC, PUNC, LET, /* 58 XYZ[\]^_ */ - 000, LET, LET, LET, LET, LET, LET, LET, /* 60 `abcdefg */ - LET, LET, LET, LET, LET, LET, LET, LET, /* 68 hijklmno */ - LET, LET, LET, LET, LET, LET, LET, LET, /* 70 pqrstuvw */ - LET, LET, LET, PUNC, PUNC, PUNC, PUNC, 000, /* 78 xyz{|}~ */ - - UCONTN,UCONTN,UCONTN,UCONTN,UCONTN,UCONTN,UCONTN,UCONTN, /* 80 .. 87 */ - UCONTN,UCONTN,UCONTN,UCONTN,UCONTN,UCONTN,UCONTN,UCONTN, /* 88 .. 8F */ - UCONTN,UCONTN,UCONTN,UCONTN,UCONTN,UCONTN,UCONTN,UCONTN, /* 90 .. 97 */ - UCONTN,UCONTN,UCONTN,UCONTN,UCONTN,UCONTN,UCONTN,UCONTN, /* 98 .. 9F */ - UCONTN,UCONTN,UCONTN,UCONTN,UCONTN,UCONTN,UCONTN,UCONTN, /* A0 .. A7 */ - UCONTN,UCONTN,UCONTN,UCONTN,UCONTN,UCONTN,UCONTN,UCONTN, /* A8 .. AF */ - UCONTN,UCONTN,UCONTN,UCONTN,UCONTN,UCONTN,UCONTN,UCONTN, /* B0 .. B7 */ - UCONTN,UCONTN,UCONTN,UCONTN,UCONTN,UCONTN,UCONTN,UCONTN, /* B8 .. BF */ - NA, NA, U2_1N, U2_1N, U2_1N, U2_1N, U2_1N, U2_1N, /* C0 .. C7 */ - U2_1N, U2_1N, U2_1N, U2_1N, U2_1N, U2_1N, U2_1N, U2_1N, /* C8 .. CF */ - U2_1N, U2_1N, U2_1N, U2_1N, U2_1N, U2_1N, U2_1N, U2_1N, /* D0 .. D7 */ - U2_1N, U2_1N, U2_1N, U2_1N, U2_1N, U2_1N, U2_1N, U2_1N, /* D8 .. DF */ - U3_1N, U3_1N, U3_1N, U3_1N, U3_1N, U3_1N, U3_1N, U3_1N, /* E0 .. E7 */ - U3_1N, U3_1N, U3_1N, U3_1N, U3_1N, U3_1N, U3_1N, U3_1N, /* E8 .. EF */ - U4_1N, U4_1N, U4_1N, U4_1N, U4_1N, NA, NA, NA, /* F0 .. F7 */ - NA, NA, NA, NA, NA, NA, NA, NA, /* F8 .. FF */ -}; - -#define SETLOCALE 2 /* #pragma setlocale (not __setlocale) */ - -#define NUM_ENCODING 8 -#define NUM_ALIAS 6 - -/* Names of encoding recognized. Table for search_encoding(). */ -static const char * const encoding_name[ NUM_ENCODING][ NUM_ALIAS] = { - /* Visual C full, Visual C short - , 4 miscellaneous */ - { "english", "c" - , "c", "en", "latin", "iso8859"}, - { "", "" - , "eucjp", "euc", "ujis", ""}, - { "chinesesimplified", "chs" - , "gb2312", "cngb", "euccn", ""}, - { "korean", "kor" - , "ksc5601", "ksx1001", "wansung", "euckr"}, - { "japanese", "jpn" - , "sjis", "shiftjis", "mskanji", ""}, - { "chinesetraditional", "cht" - , "bigfive", "big5", "cnbig5", "euctw"}, - { "", "" - , "iso2022jp", "iso2022jp1", "jis", ""}, - { "", "" - , "utf8", "utf", "", ""}, -}; - -static int mbstart; -static int mb2; - -static size_t mb_read_2byte( int c1, char ** in_pp, char ** out_pp); - /* For 2-byte encodings of mbchar */ -static const char * search_encoding( char * norm, int alias); - /* Search encoding_name[][] table */ -static void strip_bar( char * string); - /* Remove '_', '-' or '.' in the string */ -static void conv_case( char * name, char * lim, int upper); - /* Convert to upper/lower case */ -static size_t mb_read_iso2022_jp( int c1, char ** in_pp, char ** out_pp); - /* For ISO2022_JP encoding */ -static size_t mb_read_utf8( int c1, char ** in_pp, char ** out_pp); - /* For UTF8 mbchar encoding */ - -#define NAMLEN 20 -#define UPPER 1 /* To upper */ -#define LOWER 0 /* To lower */ - - -const char * set_encoding( - const char * name, /* Name of encoding specified */ - const char * env, /* Name of environment variable */ - int pragma - /* 2: #pragma setlocale, 1: #pragma __setlocale, 0: not #pragma */ -) -/* - * Search the encoding specified and re-initialize mbchar settings. - */ -{ - const char * unknown_encoding - = "Unknown encoding: %s%.0ld%.0s"; /* _W1_ */ - const char * too_long - = "Too long encoding name: %s%.0ld%.0s"; /* _E_ */ - const char * loc = ""; - int alias; - char norm[ NAMLEN]; - /* - * Normalized name (removed 'xxxxx.', stripped '_', '-', '.' - * and lowered. - */ - - if (ACE_OS::strlen( name) >= NAMLEN) { - if ((env || pragma) && (warn_level & 1)) { - cwarn( too_long, name, 0L, 0); - } else { - mcpp_fprintf( ERR, too_long, name); - mcpp_fputc( '\n', ERR); - } - } - ACE_OS::strcpy( norm, name); - if (norm[ 5] == '.') - ACE_OS::memmove( norm, norm + 5, ACE_OS::strlen( norm + 5) + 1); - /* Remove initial 'xxxxx.' as 'ja_JP.', 'en_US.' or any other */ - conv_case( norm, norm + ACE_OS::strlen( norm), LOWER); - strip_bar( norm); - - if (ACE_OS::strlen( name) == 0) { /* "" */ - mbchar = MBCHAR; /* Restore to the default encoding */ - } else if (ACE_OS::memcmp( norm, "iso8859", 7) == 0 /* iso8859* */ - || ACE_OS::memcmp( norm, "latin", 5) == 0 /* latin* */ - || ACE_OS::memcmp( norm, "en", 2) == 0) { /* en* */ - mbchar = 0; /* No multi-byte character */ - } else { - alias = 2; -#if COMPILER == MSC - if (pragma == SETLOCALE) /* #pragma setlocale */ - alias = 0; -#endif - loc = search_encoding( norm, alias); /* Search the name */ - } - if (loc == 0) { - if ((env || pragma) && (warn_level & 1)) { - cwarn( unknown_encoding, name, 0L, 0); - } else { /* -m option */ - mcpp_fprintf( ERR, unknown_encoding, name); - mcpp_fputc( '\n', ERR); - } - } else { - mb_init(); /* Re-initialize */ - } - return loc; -} - -static const char * search_encoding( - char * norm, /* The name of encoding specified */ - int alias /* The number of alias to start searching */ -) -{ - const char * loc; - int lo, al; - - for (lo = 0; lo < NUM_ENCODING; lo++) { - for (al = alias ; al < NUM_ALIAS; al++) { - loc = encoding_name[ lo][ al]; - if (str_eq( loc, norm)) { - switch (lo) { - case 0 : mbchar = 0; break; - case 1 : mbchar = EUC_JP; break; - case 2 : mbchar = GB2312; break; - case 3 : mbchar = KSC5601; break; - case 4 : mbchar = SJIS; break; - case 5 : mbchar = BIGFIVE; break; - case 6 : mbchar = ISO2022_JP; break; - case 7 : mbchar = UTF8; break; - } - return loc; - } - } - } - return 0; -} - -static void strip_bar( - char * string -) -/* - * Strip '_', '-' or '.' in the string. - */ -{ - char * cp = string; - - while (*cp != EOS) { - if (*cp == '_' || *cp == '-' || *cp == '.') - ACE_OS::memmove( cp, cp + 1, ACE_OS::strlen( cp)); - else - cp++; - } -} - -static void conv_case( - char * name, /* (diretory) Name */ - char * lim, /* End of (directory) name */ - int upper /* TRUE if to upper */ -) -/* Convert a string to upper-case letters or lower-case letters in-place */ -{ - int c; - char * sp; - - for (sp = name; sp < lim; sp++) { - c = *sp & UCHARMAX; -#if MBCHAR - if ((char_type[ c] & mbstart)) { - char tmp[ PATHMAX+1]; - char * tp = tmp; - *tp++ = *sp++; - mb_read( c, &sp, &tp); - } else -#endif - { - if (upper) - *sp = toupper( c); - else - *sp = tolower( c); - } - } -} - -void mb_init( void) -/* - * Initialize multi-byte character settings. - * First called prior to setting the 'mcpp_mode'. - * Will be called again each time the multibyte character encoding is changed. - */ -{ - /* - * Select the character classification table, select the multi-byte - * character reading routine and decide whether multi-byte character - * may contain the byte of value 0x5c. - */ - switch (mbchar) { - case 0 : - case EUC_JP : - case GB2312 : - case KSC5601 : - char_type = type_euc; - bsl_in_mbchar = FALSE; - mb_read = mb_read_2byte; - break; - case SJIS : - case BIGFIVE : - char_type = type_bsl; - bsl_in_mbchar = TRUE; - mb_read = mb_read_2byte; - break; - case ISO2022_JP : - char_type = type_iso2022_jp; - bsl_in_mbchar = TRUE; - mb_read = mb_read_iso2022_jp; - break; - case UTF8 : - char_type = type_utf8; - bsl_in_mbchar = FALSE; - mb_read = mb_read_utf8; - break; - } - - /* Set the bit patterns for character classification. */ - switch (mbchar) { - case 0 : - mbstart = 0; - break; - case EUC_JP : - mbstart = EJ1; - mb2 = EJ2; - break; - case GB2312 : - mbstart = GB1; - mb2 = GB2; - break; - case KSC5601: - mbstart = KS1; - mb2 = KS2; - break; - case SJIS : - mbstart = SJ1; - mb2 = SJ2; - break; - case BIGFIVE: - mbstart = BF1; - mb2 = BF2; - break; - case ISO2022_JP : - mbstart = IS1; - break; - case UTF8 : - mbstart = (U2_1 | U3_1 | U4_1); - break; - } - switch (mbchar) { - case 0 : - mbchk = 0; - break; - case EUC_JP : - case GB2312 : - case KSC5601: - case SJIS : - case BIGFIVE: - case UTF8 : - mbchk = NA; - break; - case ISO2022_JP : - mbchk = (IS1 | NA); - break; - } - - /* - * Set special handling for some encodings to supplement some compiler's - * deficiency. - */ - switch (mbchar) { - case SJIS : -#if ! SJIS_IS_ESCAPE_FREE - bsl_need_escape = TRUE; -#endif - break; - case BIGFIVE: -#if ! BIGFIVE_IS_ESCAPE_FREE - bsl_need_escape = TRUE; -#endif - break; - case ISO2022_JP : -#if ! ISO2022_JP_IS_ESCAPE_FREE - bsl_need_escape = TRUE; -#endif - break; - default : - bsl_need_escape = FALSE; - break; - } - - /* - * Modify magic characters in character type table. - * char_type[] table should be rewritten in accordance with the 'mcpp_mode' - * whenever the encoding is changed. - */ - if (mcpp_mode) { /* If mcpp_mode is already set */ - char_type[ DEF_MAGIC] = standard ? LET : 0; - char_type[ IN_SRC] = (mcpp_mode == STD) ? LET : 0; - char_type[ TOK_SEP] = (mcpp_mode == STD || mcpp_mode == OLD_PREP) - ? HSPA: 0; /* TOK_SEP equals to COM_SEP */ - } -} - -static size_t mb_read_2byte( - int c1, /* The 1st byte of mbchar sequence (already read) */ - char ** in_pp, /* Pointer to input */ - char ** out_pp /* Pointer to output */ -) -/* - * Multi-byte character reading routine for 2-byte encodings. - */ -{ - int error = FALSE; - size_t len = 0; /* Number of multi-byte characters read. */ - char * in_p = *in_pp; - char * out_p = *out_pp; - - if (! (char_type[ c1 & UCHARMAX] & mbstart)) - return MB_ERROR; /* Not a multi-byte character */ - - do { - if (! (char_type[ (*out_p++ = *in_p++) & UCHARMAX] & mb2)) { - error = TRUE; - break; - } - len++; - } while (char_type[ (*out_p++ = *in_p++) & UCHARMAX] & mbstart); - *in_pp = --in_p; - *(--out_p) = EOS; - *out_pp = out_p; - return error ? (len | MB_ERROR) : len; -} - -static size_t mb_read_iso2022_jp( - int c1, /* The 1st byte of the sequence already read (always 0x1b). */ - char ** in_pp, - char ** out_pp -) -/* - * Multi-byte character reading routine for ISO2022_JP. - */ -{ - int error = FALSE; - size_t len = 0; - char * in_p = *in_pp; - char * out_p = *out_pp; - int c2, c3, c4; - - if (! (char_type[ c1 & UCHARMAX] & mbstart)) - return MB_ERROR; - - do { - - *out_p++ = c2 = *in_p++; - if (! (char_type[ c2 & UCHARMAX] & IS2)) { - error = TRUE; - break; - } - *out_p++ = c3 = *in_p++; - if (! (char_type[ c3 & UCHARMAX] & IS3)) { - error = TRUE; - break; - } - - switch (c2) { - case 0x24 : - switch (c3) { - case 0x42 : /* 0x1b 0x24 0x42: JIS X 0208-1983 */ - break; - case 0x28 : - *out_p++ = c4 = *in_p++; - if (! (char_type[ c4 & UCHARMAX] & IS4)) - error = TRUE; - /* else: 0x1b 0x24 0x28 0x44: JIS X 0212 */ - break; - default : - error = TRUE; - } - break; - case 0x28 : - switch (c3) { - case 0x42 : /* 0x1b 0x28 0x42: ASCII */ - c1 = *out_p++ = *in_p++ & UCHARMAX; - continue; - default : - error = TRUE; - } - break; - } - if (error) - break; - - while (char_type[ c1 = *out_p++ = (*in_p++ & UCHARMAX)] & IJP) { - if (! (char_type[ *out_p++ = (*in_p++ & UCHARMAX)] & IJP)) { - error = TRUE; - break; - } - len++; /* String of multi-byte characters */ - } - if (error) - break; - - } while (char_type[ c1] & IS1); /* 0x1b: start of shift-sequence */ - - *in_pp = --in_p; - *(--out_p) = EOS; - *out_pp = out_p; - return error ? (len | MB_ERROR) : len; -} - -static size_t mb_read_utf8( - int c1, - char ** in_pp, - char ** out_pp -) -/* - * Multi-byte character reading routine for UTF8. - */ -{ - int error = FALSE; - size_t len = 0; - char * in_p = *in_pp; - char * out_p = *out_pp; - - if (! (char_type[ c1 & UCHARMAX] & mbstart)) - return MB_ERROR; - - do { - unsigned int codepoint; - int i = 0, bytes = 0; - - if ((char_type[ c1 & UCHARMAX] & U4_1) == U4_1) - bytes = 4; /* 4-byte character */ - else if ((char_type[ c1 & UCHARMAX] & U3_1) == U3_1) - bytes = 3; /* 3-byte character */ - else if ((char_type[ c1 & UCHARMAX] & U2_1) == U2_1) - bytes = 2; /* 2-byte character */ - - /* Must ensure that the sequence is not reserved as a surrogate */ - codepoint = ((2 << (6-bytes)) - 1) & c1; /* mask off top bits */ - - /* All bytes left in the sequence must be in 0x80 - 0xBF */ - for (i = bytes - 1; i && !error; i--) { - codepoint = (codepoint << 6) + ((*in_p) & 0x3fU); - if (! (char_type[ (*out_p++ = *in_p++) & UCHARMAX] & UCONT)) - error = TRUE; - } - - /* Check for overlong/underlong sequences */ - if ((bytes == 2 && (codepoint < 0x80 || codepoint > 0x7FF)) - || (bytes == 3 && (codepoint < 0x800 || codepoint > 0xFFFF)) - || (bytes == 4 && (codepoint < 0x10000 || codepoint > 0x10FFFF))) - error = TRUE; - if ((codepoint >= 0xD800 && codepoint <= 0xDFFF) - /* Check for reserved surrogate codepoints */ - || (codepoint >= 0xFFFE && codepoint <= 0xFFFF)) - /* Illegal */ - error = TRUE; -#if 0 - printf( "codepoint:0x%x\n", codepoint); -#endif - if (error) - break; - len++; - } while (char_type[ (*out_p++ = c1 = *in_p++) & UCHARMAX] & mbstart); - /* Start of the next multi-byte character */ - *in_pp = --in_p; - *(--out_p) = EOS; - *out_pp = out_p; - return error ? (len | MB_ERROR) : len; -} - -uexpr_t mb_eval( - char ** seq_pp -) -/* - * Evaluate the value of a multi-byte character. - * This routine does not check the legality of the sequence. - * This routine is called from eval_char(). - * This routine is never called in POST_STD mode. - */ -{ - char * seq = *seq_pp; - uexpr_t val = 0; - int c, c1; - - if (! (char_type[ c = *seq++ & UCHARMAX] & mbstart)) { - *seq_pp = seq; - return c; /* Not a multi-byte character */ - } - - switch (mbchar) { - case EUC_JP : - case GB2312 : - case KSC5601: - case SJIS : - case BIGFIVE: - val = (c << 8) + (*seq++ & UCHARMAX); - /* Evaluate the 2-byte sequence */ - break; - case ISO2022_JP : - if (char_type[ c & UCHARMAX] & IS1) { /* Skip shift-sequence */ - if (char_type[ c = *seq++ & UCHARMAX] & IS2) { - if (char_type[ c1 = *seq++ & UCHARMAX] & IS3) { - if (c1 == 0x28) - seq++; - if (c == 0x28 && c1 == 0x42) { /* Shift-out sequence */ - val = 0; - break; - } - c = *seq++ & UCHARMAX; - } - } - } - val = (c << 8) + (*seq++ & UCHARMAX); /* Evaluate the 2-bytes */ - break; - case UTF8 : /* Evaluate the sequence of 2, 3 or 4 bytes as it is */ - val = (c << 8) + (*seq++ & UCHARMAX); - if (char_type[ c & UCHARMAX] & U3_1) { - val = (val << 8) + (*seq++ & UCHARMAX); - } else if (char_type[ c & UCHARMAX] & U4_1) { - val = (val << 8) + (*seq++ & UCHARMAX); - val = (val << 8) + (*seq++ & UCHARMAX); - } - break; - } - - *seq_pp = seq; - return val; -} - -int last_is_mbchar( - const char * in, /* Input physical line */ - int len /* Length of the line minus 2 */ -) -/* - * Return 2, if the last char of the line is second byte of SJIS or BIGFIVE, - * else return 0. - */ -{ - const char * cp = in + len; - const char * const endp = in + len; /* -> the char befor '\n' */ - - if ((mbchar & (SJIS | BIGFIVE)) == 0) - return 0; - while (in <= --cp) { /* Search backwardly */ - if ((char_type[ *cp & UCHARMAX] & mbstart) == 0) - break; /* Not the first byte of MBCHAR */ - } - if ((endp - cp) & 1) - return 0; - else - return 2; -} - diff --git a/TAO/TAO_IDL/contrib/mcpp/mcpp.mpc b/TAO/TAO_IDL/contrib/mcpp/mcpp.mpc deleted file mode 100644 index 25020fbda2a..00000000000 --- a/TAO/TAO_IDL/contrib/mcpp/mcpp.mpc +++ /dev/null @@ -1,42 +0,0 @@ -// $Id$ -project(tao_mcpp_exe) : aceexe, install, tao_output, crosscompile { - exename = tao_mcpp - requires += mcpp - Header_Files { - *.h - *.H - } - - Source_Files { - directive.cpp - eval.cpp - expand.cpp - lib.cpp - main.cpp - mbchar.cpp - support.cpp - system.cpp - } -} - -project(TAO_IDL_MCPP) : acelib, conv_lib, tao_output, crosscompile { - requires += mcpp - macros += MCPP_LIB=1 - dynamicflags += MCPP_LIB_BUILD_DLL - - Header_Files { - *.h - *.H - } - - Source_Files { - directive.cpp - eval.cpp - expand.cpp - lib.cpp - mcpp_lib.cpp - mbchar.cpp - support.cpp - system.cpp - } -} diff --git a/TAO/TAO_IDL/contrib/mcpp/mcpp_lib.cpp b/TAO/TAO_IDL/contrib/mcpp/mcpp_lib.cpp deleted file mode 100644 index b89a09fba8d..00000000000 --- a/TAO/TAO_IDL/contrib/mcpp/mcpp_lib.cpp +++ /dev/null @@ -1,7 +0,0 @@ -/** $Id$ - * @file mcpp_lib.cpp - * Adapter to ensure the exe and/or lib compilations don't try to use the - * same .o file for main.cpp - */ - -#include "main.cpp" diff --git a/TAO/TAO_IDL/contrib/mcpp/mcpp_lib.h b/TAO/TAO_IDL/contrib/mcpp/mcpp_lib.h deleted file mode 100644 index 62125fb5d1e..00000000000 --- a/TAO/TAO_IDL/contrib/mcpp/mcpp_lib.h +++ /dev/null @@ -1,20 +0,0 @@ -/* $Id$ mcpp_lib.h: declarations of libmcpp exported (visible) functions */ -#ifndef _MCPP_LIB_H -#define _MCPP_LIB_H - -#ifndef _MCPP_OUT_H -#include "mcpp_out.h" /* declaration of OUTDEST */ -#endif - -#include "mcpp_lib_export.h" - -extern MCPP_LIB_Export int mcpp_lib_main( int argc, char ** argv); -extern MCPP_LIB_Export void mcpp_reset_def_out_func( void); -extern MCPP_LIB_Export void mcpp_set_out_func( - int (* func_fputc) ( int c, OUTDEST od), - int (* func_fputs) ( const char * s, OUTDEST od), - int (* func_fprintf)( OUTDEST od, const char * format, ...) - ); -extern MCPP_LIB_Export void mcpp_use_mem_buffers( int tf); -extern MCPP_LIB_Export char * mcpp_get_mem_buffer( OUTDEST od); -#endif /* _MCPP_LIB_H */ diff --git a/TAO/TAO_IDL/contrib/mcpp/mcpp_lib_export.h b/TAO/TAO_IDL/contrib/mcpp/mcpp_lib_export.h deleted file mode 100644 index 10df3543440..00000000000 --- a/TAO/TAO_IDL/contrib/mcpp/mcpp_lib_export.h +++ /dev/null @@ -1,58 +0,0 @@ - -// -*- C++ -*- -// $Id$ -// Definition for Win32 Export directives. -// This file is generated automatically by generate_export_file.pl MCPP_LIB -// ------------------------------ -#ifndef MCPP_LIB_EXPORT_H -#define MCPP_LIB_EXPORT_H - -#include "ace/config-all.h" - -#if defined (ACE_AS_STATIC_LIBS) && !defined (MCPP_LIB_HAS_DLL) -# define MCPP_LIB_HAS_DLL 0 -#endif /* ACE_AS_STATIC_LIBS && MCPP_LIB_HAS_DLL */ - -#if !defined (MCPP_LIB_HAS_DLL) -# define MCPP_LIB_HAS_DLL 1 -#endif /* ! MCPP_LIB_HAS_DLL */ - -#if defined (MCPP_LIB_HAS_DLL) && (MCPP_LIB_HAS_DLL == 1) -# if defined (MCPP_LIB_BUILD_DLL) -# define MCPP_LIB_Export ACE_Proper_Export_Flag -# define MCPP_LIB_SINGLETON_DECLARATION(T) ACE_EXPORT_SINGLETON_DECLARATION (T) -# define MCPP_LIB_SINGLETON_DECLARE(SINGLETON_TYPE, CLASS, LOCK) ACE_EXPORT_SINGLETON_DECLARE(SINGLETON_TYPE, CLASS, LOCK) -# else /* MCPP_LIB_BUILD_DLL */ -# define MCPP_LIB_Export ACE_Proper_Import_Flag -# define MCPP_LIB_SINGLETON_DECLARATION(T) ACE_IMPORT_SINGLETON_DECLARATION (T) -# define MCPP_LIB_SINGLETON_DECLARE(SINGLETON_TYPE, CLASS, LOCK) ACE_IMPORT_SINGLETON_DECLARE(SINGLETON_TYPE, CLASS, LOCK) -# endif /* MCPP_LIB_BUILD_DLL */ -#else /* MCPP_LIB_HAS_DLL == 1 */ -# define MCPP_LIB_Export -# define MCPP_LIB_SINGLETON_DECLARATION(T) -# define MCPP_LIB_SINGLETON_DECLARE(SINGLETON_TYPE, CLASS, LOCK) -#endif /* MCPP_LIB_HAS_DLL == 1 */ - -// Set MCPP_LIB_NTRACE = 0 to turn on library specific tracing even if -// tracing is turned off for ACE. -#if !defined (MCPP_LIB_NTRACE) -# if (ACE_NTRACE == 1) -# define MCPP_LIB_NTRACE 1 -# else /* (ACE_NTRACE == 1) */ -# define MCPP_LIB_NTRACE 0 -# endif /* (ACE_NTRACE == 1) */ -#endif /* !MCPP_LIB_NTRACE */ - -#if (MCPP_LIB_NTRACE == 1) -# define MCPP_LIB_TRACE(X) -#else /* (MCPP_LIB_NTRACE == 1) */ -# if !defined (ACE_HAS_TRACE) -# define ACE_HAS_TRACE -# endif /* ACE_HAS_TRACE */ -# define MCPP_LIB_TRACE(X) ACE_TRACE_IMPL(X) -# include "ace/Trace.h" -#endif /* (MCPP_LIB_NTRACE == 1) */ - -#endif /* MCPP_LIB_EXPORT_H */ - -// End of auto generated file. diff --git a/TAO/TAO_IDL/contrib/mcpp/mcpp_out.h b/TAO/TAO_IDL/contrib/mcpp/mcpp_out.h deleted file mode 100644 index f40dcdccb8a..00000000000 --- a/TAO/TAO_IDL/contrib/mcpp/mcpp_out.h +++ /dev/null @@ -1,17 +0,0 @@ -/* $Id$ mcpp_out.h: declarations of OUTDEST data types for MCPP */ -#ifndef _MCPP_OUT_H -#define _MCPP_OUT_H - -#ifdef OUT -#undef OUT -#endif - -/* Choices for output destination */ -enum OUTDEST { - OUT, /* ~= fp_out */ - ERR, /* ~= fp_err */ - DBG, /* ~= fp_debug */ - NUM_OUTDEST -}; - -#endif /* _MCPP_OUT_H */ diff --git a/TAO/TAO_IDL/contrib/mcpp/noconfig.H b/TAO/TAO_IDL/contrib/mcpp/noconfig.H deleted file mode 100644 index c8a9d4eb9e5..00000000000 --- a/TAO/TAO_IDL/contrib/mcpp/noconfig.H +++ /dev/null @@ -1,616 +0,0 @@ -/* $Id$ - * noconfig.H - * Configurations for MCPP not using config.h. - * - * WARNING: These are default settings. To configure for your system, you - * must edit this file here and there. - */ - -#include "ace/Basic_Types.h" - -#define TRUE 1 -#define FALSE 0 - -/* - * 'Target' means the O.S. and the compiler to which cpp is implemented. - * 'Host' means the O.S. and the compiler with which cpp is compiled. - */ - -#ifdef ACE_WIN32 -#define SYSTEM SYS_WIN -#else -#define SYSTEM SYS_UNIX -#endif - -/* Define target compiler. */ -#ifndef COMPILER -#define COMPILER INDEPENDENT /* compiler-independent-build */ -#endif - -/* Define host operating-system. */ -#define HOST_SYSTEM SYSTEM - -/* Define host compiler. */ -#define HOST_COMPILER GNUC - -/* Version message. */ -/* "MCPP V.2.* (200y/mm) compiled by " precedes VERSION_MSG */ -#define VERSION_MSG "GCC 3.4" -#if 0 - "LCC-Win32 2006-03" - "Visual C 2005" - "Visual C 2008" - "BCC V.5.5" -#endif - -/* - * P A R T 1 Configurations for target-operating-system - * and target-compiler. - */ - -/* - * Names of the SYSTEM (i.e. target operating system). This is needed so that - * cpp can use appropriate filename conventions. - */ -#define SYS_UNKNOWN 0 -#define SYS_UNIX 0x1000 -#define SYS_LINUX 0x1800 /* (SYS_LINUX & 0xF000) == SYS_UNIX */ -#define SYS_FREEBSD 0x1A00 /* (SYS_FREEBSD & 0xF000) == SYS_UNIX */ -#define SYS_CYGWIN 0x1C00 /* (SYS_CYGWIN & 0xF000) == SYS_UNIX */ -#define SYS_MAC 0x1E00 /* (SYS_MAC & 0xF000) == SYS_UNIX */ -#define SYS_WIN 0x7000 -#define SYS_WIN32 0x7400 /* (SYS_WIN32 & 0xF000) == SYS_WIN */ -#define SYS_WIN64 0x7800 /* (SYS_WIN64 & 0xF000) == SYS_WIN */ -#define SYS_MINGW 0x7C00 /* (SYS_MINGW & 0xF000) == SYS_WIN */ - -/* COMPILER */ -#define COMPILER_UNKNOWN 0 -#define MSC 0x7400 /* Microsoft C, Visual C++ */ -#define BORLANDC 0x7440 /* Borland C */ -#define LCC 0x74C0 /* LCC-Win32 */ -#define GNUC 0x00E0 /* GNU C (GCC) */ -#define INDEPENDENT 0xFFFF /* No target, compiler-independent build*/ - -#define SYS_FAMILY (SYSTEM & 0xF000) -#define COMPILER_FAMILY (COMPILER & 0xF0) -#define HOST_SYS_FAMILY (HOST_SYSTEM & 0xF000) - -/* Default MBCHAR (multi-byte character) encoding. */ -#define EUC_JP 0x10 /* Extended UNIX code of JIS X 0208 */ -#define GB2312 0x20 /* EUC-like encoding of Chinese GB 2312-80 */ -#define KSC5601 0x30 /* EUC-like encoding of Korean KS C 5601 */ -#define SJIS 0x80 /* Shift-JIS encoding of JIS X 0208 */ -#define BIGFIVE 0x90 /* Encoding of Taiwanese Big Five */ -#define ISO2022_JP 0x100 /* ISO-2022-JP (ISO-2022-JP1) encoding */ -#define UTF8 0x1000 /* UTF-8 encoding */ - -/* - * MBCHAR means multi-byte character encoding. - * MBCHAR means the default encoding, and you can change the encoding by - * #pragma MCPP setlocale, -e <encoding> option or environment variable - * LC_ALL, LC_CTYPE, LANG. - * MBCHAR == 0 means not to recognize any multi-byte character encoding. - */ - -/* - * In order to predefine target-system-dependent macros, - * several macros are defined here: - * *_OLD define the macro beginning with an alphabetic letter, - * *_STD, *_STD?, *_EXT, *_EXT2 define the macro beginning with an '_'. - * *_STD1 define the macro beginning with '__' and ending with an alphanumeric - * letter. - * *_STD2 define the macro beginning with '__' and ending with '__'. - * These may not be defined, if they are not needed. - * They should not be #defined to no token or to "". - * - * SYSTEM_OLD, SYSTEM_STD1, SYSTEM_STD2, SYSTEM_EXT, SYSTEM_EXT2 - * define the target operating system (by name). - * SYSTEM_SP_OLD, SYSTEM_SP_STD define the target-OS specific macro name - * COMPILER_OLD, COMPILER_STD1, COMPILER_STD2, COMPILER_EXT, COMPILER_EXT2 - * , COMPILER_SP_OLD, COMPILER_SP_STD - * define the target compiler (by name). - * COMPILER_CPLUS defines the target C++ compiler. - * COMPILER_SP1, COMPILER_SP2, COMPILER_SP3 - * define the compiler-specific macros. - * - * <macro>_VAL specify the value of the <macro>. - * If not specified, these values default to "1". - * To define the value of no-token, specify as "" rather than no-token. - * SYSTEM_OLD, SYSTEM_STD?, COMPILER_OLD have the value of "1". - */ - -/* - * target-compiler-dependent definitions: - * - * LINE_PREFIX defines the output line prefix, if not "#line 123". - * This should be defined as "# " to represent "# 123" format - * ("#line " represents "#line 123" format). - * - * C_INCLUDE_DIR1, C_INCLUDE_DIR2 may be defined if you have a compiler- - * specific include directory which is to be searched *before* - * the operating-system specific directories (e.g. /usr/include). - * CPLUS_INCLUDE_DIR1, CPLUS_INCLUDE_DIR2, CPLUS_INCLUDE_DIR3 - * , CPLUS_INCLUDE_DIR4 are for C++ include directory which exist - * other than C include directory. - * ENV_C_INCLUDE_DIR may be defined to the name of environment-variable for - * C include directory. - * ENV_CPLUS_INCLUDE_DIR is name of environment-variable for C++ include - * directory which exists other than ENV_C_INCLUDE_DIR. - * ENV_SEP is the separator (other than space) of include-paths in an - * environment-variable. e.g. the ':' in - * "/usr/abc/include:/usr/xyz/include" - * - * EMFILE should be defined to the macro to represent errno of 'too many - * open files' if the macro is different from EMFILE. - * - * ONE_PASS should be set TRUE, if COMPILER is "one pass compiler". - * - * FNAME_FOLD means that target-system folds upper and lower cases of - * directory and file-name. - * - * SEARCH_INIT specifies the default value of 'search_rule' (in system.c). - * 'search_rule' holds searching rule of #include "header.h" to - * search first before searching user specified or system- - * specific include directories. - * CURRENT means to search the directory relative to "current - * directory" which is current at cpp invocation. - * SOURCE means to search the directory relative to that of the - * source file (i.e. "includer"). - * (CURRENT & SOURCE) means to search current directory first - * source directory next. - * 'search_rule' is initialized to SEARCH_INIT. - */ -#define CURRENT 1 -#define SOURCE 2 - -#if SYS_FAMILY == SYS_UNIX -#define SYSTEM_OLD "unix" -#define SYSTEM_STD1 "__unix" -#define SYSTEM_STD2 "__unix__" - -#if SYSTEM == SYS_FREEBSD -#define SYSTEM_EXT "__FreeBSD__" -#define SYSTEM_EXT_VAL "6" /* V.5.*: 5, V.6.*:6 */ -#endif - -#if SYSTEM == SYS_LINUX -#define SYSTEM_EXT "__linux__" -#endif - -#if SYSTEM == SYS_MAC /* Mac OS X */ -#define SYSTEM_EXT "__APPLE__" -#define FNAME_FOLD TRUE /* Case-insensitive file-system */ -#define FRAMEWORK1 "/System/Library/Frameworks" -#define FRAMEWORK2 "/Library/Frameworks" -#endif /* SYSTEM == SYS_MAC */ - -#if SYSTEM == SYS_CYGWIN -#define SYSTEM_EXT "__CYGWIN__" -#define SYSTEM_EXT2 "__CYGWIN32__" -#define MBCHAR SJIS -#define FNAME_FOLD TRUE -#define CYGWIN_ROOT_DIRECTORY "c:/pub/compilers/cygwin" -#endif /* SYSTEM == SYS_CYGWIN */ - -#ifndef MBCHAR -#define MBCHAR EUC_JP /* UTF8 if you like */ -#endif -#ifndef FNAME_FOLD -#define FNAME_FOLD FALSE -#endif - -#endif /* SYS_FAMILY == SYS_UNIX */ - -#if SYS_FAMILY == SYS_WIN - -#define SYSTEM_SP_STD "__FLAT__" -#define SYSTEM_SP_STD_VAL "1" - -#ifndef MBCHAR -#define MBCHAR SJIS /* Multi-byte char is encoded in SJIS */ -#endif - -#if COMPILER == MSC -#define CMP_NAME "Visual C++" -// FUZZ: disable check_for_msc_ver -#if _MSC_VER > 1200 /* Visual C++ V.6.0 or later */ -// FUZZ: enable check_for_msc_ver - /* When HOST == TARGET */ -#define ONE_PASS TRUE -#endif -#define COMPILER_EXT "_MSC_VER" -#define COMPILER_EXT_VAL "1500" /* VC 6.0: "1200" */ - /* VC 2002: "1300", VC 2003: "1310", VC 2005: "1400", VC 2008: "1500" */ -#define COMPILER_EXT2 "_MSC_FULL_VER" -#define COMPILER_EXT2_VAL "150021022" /* VC 6.0: "12008804" */ - /* VC 2002: "13009466", VC 2003: "13103077", VC 2005: "140050320" */ - /* VC 2008: "150021022" */ -#define COMPILER_SP1 "_MSC_EXTENSIONS" -#define COMPILER_SP1_VAL "1" -#define COMPILER_SP2 "_INTEGRAL_MAX_BITS" -#define COMPILER_SP2_VAL "64" /* VC 2003, VC2005, VC2008: 64 */ -#define TARGET_HAVE_LONG_LONG TRUE - /* __int64 instead of long long (VC 2.0 through 8.0) */ -#define EXPAND_PRAGMA TRUE -#define HAVE_DIGRAPHS TRUE -#define BIGFIVE_IS_ESCAPE_FREE TRUE -#define SEARCH_INIT SOURCE - -#elif COMPILER == BORLANDC /* Borland C 5.* and C++Builder */ -#define CMP_NAME "Borland C" -#define ONE_PASS TRUE -#define COMPILER_STD2 "__TURBOC__" -#if __BORLANDC__ /* Borland C */ -#define COMPILER_STD2_VAL "0x0550" - /* BC 5.5: "0x0550", BC 5.9: "0x5930" */ -#define COMPILER_EXT "__BORLANDC__" -#define COMPILER_EXT_VAL "0x0550" - /* BC 5.5: "0x0550", BC 5.9: "0x5930" */ -#define COMPILER_CPLUS "__BCPLUSPLUS__" -#define COMPILER_CPLUS_VAL "0x0550" - /* BC 5.5: "0x0550", BC 5.9: "0x5930" */ -#define EXPAND_PRAGMA TRUE -#define SEARCH_INIT (CURRENT & SOURCE) -#define TARGET_HAVE_LONG_LONG TRUE /* __int64 instead of long long */ -#endif /* __BORLANDC__ */ - -#elif COMPILER == LCC -#define CMP_NAME "LCC-Win32" -#define COMPILER_STD2 "__LCC__" -#define COMPILER_SP1 "__LCCDEBUGLEVEL" -#define COMPILER_SP1_VAL "0" -#define COMPILER_SP2 "__LCCOPTIMLEVEL" -#define COMPILER_SP2_VAL "0" -#define ONE_PASS TRUE -#define TARGET_HAVE_LONG_LONG TRUE -#define SJIS_IS_ESCAPE_FREE FALSE - -#endif - -#if SYSTEM == SYS_MINGW -#define SYSTEM_EXT "__MINGW__" -#define SYSTEM_EXT2 "__MINGW32__" -#define MSYS_ROOT_DIRECTORY "c:/pub/compilers/msys/1.0" -#define MINGW_DIRECTORY "c:/pub/compilers/mingw" -#if COMPILER == GNUC -#define SJIS_IS_ESCAPE_FREE FALSE -#define INC_DIR C_INCLUDE_DIR2 -#endif -#endif /* SYSTEM == SYS_MINGW */ - -#ifndef SJIS_IS_ESCAPE_FREE -#define SJIS_IS_ESCAPE_FREE TRUE /* or FALSE following your compiler */ -#endif - -#endif /* SYS_FAMILY == SYS_WIN */ - -#if COMPILER_FAMILY == GNUC -#define CMP_NAME "GCC" -#define COMPILER_EXT "__GNUC__" -#define COMPILER_EXT_VAL "3" /* "3" for V.3.* "4" for V.4.* */ -#define COMPILER_EXT2 "__GNUC_MINOR__" -#define COMPILER_EXT2_VAL "4" /* "4" for V.3.4, "1" for V.4.1 */ -#define COMPILER_CPLUS "__GNUG__" -#define COMPILER_CPLUS_VAL "3" /* "3" for V.3.*, "4" for V.4.* */ -#define GCC_MAJOR_VERSION 3 /* Value of __GNUC__ as a digit */ -#define LINE_PREFIX "# " -#ifndef HAVE_DIGRAPHS -#define HAVE_DIGRAPHS TRUE -#endif -#ifndef TARGET_HAVE_LONG_LONG -#define TARGET_HAVE_LONG_LONG TRUE -#endif -#define STDC_VERSION 0L /* 199409L for V.2.9, 0L for V.3.*,V.4.* */ -#define CPLUS_INCLUDE_DIR1 "/usr/include/c++/3.4" /* "/usr/include/c++/3.3.6" */ /* "/usr/include/c++/4.1.2" */ -#define CPLUS_INCLUDE_DIR2 "/usr/include/c++/3.4/backward" /* "/usr/include/c++/3.3.6/i386-vine-linux" */ /* "/usr/include/c++/4.1.2/i486-linux-gnu" */ -/* #define CPLUS_INCLUDE_DIR3 */ /* "/usr/include/c++/3.3.6/backward" */ /* "/usr/include/c++/4.1.2/backward" */ -/* #define C_INCLUDE_DIR1 */ /* "/usr/lib/gcc-lib/i386-vine-linux/3.3.6/include" */ /* "/usr/lib/gcc/i486-linux-gnu/4.1.2/include" */ -/* #define C_INCLUDE_DIR2 */ -#ifndef INC_DIR -#ifdef C_INCLUDE_DIR1 -#define INC_DIR C_INCLUDE_DIR1 /* GNUC version specific dir */ -#else -#define INC_DIR "/usr/local/include" /* "/usr/include" */ -#endif -#endif -#ifndef ENV_C_INCLUDE_DIR -#define ENV_C_INCLUDE_DIR "C_INCLUDE_PATH" -#define ENV_CPLUS_INCLUDE_DIR "CPLUS_INCLUDE_PATH" -#endif -#define SEARCH_INIT SOURCE /* Include directory relative to source */ -/* - * __SIZE_TYPE__, __PTRDIFF_TYPE__ and __WCHAR_TYPE__ are predefines of GCC. - */ -#if GCC_MAJOR_VERSION < 3 -#define COMPILER_SP1 "__SIZE_TYPE__" -#define COMPILER_SP2 "__PTRDIFF_TYPE__" -#define COMPILER_SP3 "__WCHAR_TYPE__" -#define COMPILER_SP1_VAL "unsigned int" -#define COMPILER_SP2_VAL "int" -#define COMPILER_SP3_VAL "int" - /* SYS_FREEBSD: "int", SYS_CYGWIN, SYS_MINGW: "short unsigned int" - , others: "long int" */ -#endif /* GCC_MAJOR_VERSION < 3 */ -/* On GCC V.3.*, V.4.*, these macros are known by mcpp_g*_predef_*.h files. */ -#endif /* COMPILER_FAMILY == GNUC */ - -#if COMPILER == INDEPENDENT -/* specifications of compiler-independent build */ -#define LINE_PREFIX "#line " -#define STD_LINE_PREFIX TRUE /* Output #line by C source format */ -#define HAVE_DIGRAPHS TRUE /* Output digraphs as it is */ -#define SEARCH_INIT SOURCE /* Include directory relative to source */ -#define SJIS_IS_ESCAPE_FREE TRUE /* Do not treat SJIS specially */ -#define BIGFIVE_IS_ESCAPE_FREE TRUE /* Do not treat specially */ -#define ISO2022_JP_IS_ESCAPE_FREE TRUE /* Do not treat specially */ -#define TARGET_HAVE_LONG_LONG TRUE /* dummy */ -#define STDC_VERSION 199409L /* Initial value of __STDC_VERSION__ */ -#endif - -/* - * Each OS has some different target architectures. The followings define - * the target CPU. - * MCPP defines some predefined macros based on the CPU macro, and possibly - * redefine them on an execution time by some options. - */ -#if defined (__x86_64__) || defined (__amd64__) || defined (_M_AMD64) \ - || defined (_AMD64_) || defined (_X64_) -#define CPU "x86_64" -#elif defined (__ppc64__) || defined (__powerpc64__) -#define CPU "ppc64" -#elif defined (__ppc__) || defined (__powerpc__) -#define CPU "ppc" -#else /* Defaults to i386 */ -#define CPU "i386" -#endif - -/* - * defaults - */ - -#ifdef SYSTEM_EXT -#ifndef SYSTEM_EXT_VAL -#define SYSTEM_EXT_VAL "1" -#endif -#endif -#ifdef SYSTEM_EXT2 -#ifndef SYSTEM_EXT2_VAL -#define SYSTEM_EXT2_VAL "1" -#endif -#endif -#ifdef COMPILER_STD1 -#ifndef COMPILER_STD1_VAL -#define COMPILER_STD1_VAL "1" -#endif -#endif -#ifdef COMPILER_STD2 -#ifndef COMPILER_STD2_VAL -#define COMPILER_STD2_VAL "1" -#endif -#endif -#ifdef COMPILER_EXT -#ifndef COMPILER_EXT_VAL -#define COMPILER_EXT_VAL "1" -#endif -#endif -#ifdef COMPILER_EXT2 -#ifndef COMPILER_EXT2_VAL -#define COMPILER_EXT2_VAL "1" -#endif -#endif -#ifdef COMPILER_CPLUS -#ifndef COMPILER_CPLUS_VAL -#define COMPILER_CPLUS_VAL "1" -#endif -#endif - -#ifndef LINE_PREFIX -#define LINE_PREFIX "#line " -#define STD_LINE_PREFIX TRUE /* C source format */ -#else -#ifndef STD_LINE_PREFIX -#define STD_LINE_PREFIX FALSE /* Compiler-dependent format */ -#endif -#endif - -#ifndef HAVE_DIGRAPHS -#define HAVE_DIGRAPHS FALSE -#endif - -#ifndef ENV_C_INCLUDE_DIR -#define ENV_C_INCLUDE_DIR "INCLUDE" -#endif -#ifndef ENV_CPLUS_INCLUDE_DIR -#define ENV_CPLUS_INCLUDE_DIR "CPLUS_INCLUDE" -#endif - -#ifndef ENV_SEP -#if SYS_FAMILY == SYS_WIN -#define ENV_SEP ';' -#else -#define ENV_SEP ':' -#endif -#endif - -#ifndef ONE_PASS -#define ONE_PASS FALSE -#endif - -#ifndef FNAME_FOLD -#define FNAME_FOLD TRUE -#endif - -#ifndef SEARCH_INIT -#define SEARCH_INIT CURRENT -#endif - -/* - * CHARBIT, UCHARMAX are respectively CHAR_BIT, UCHAR_MAX of target compiler. - * CHARBIT should be defined to the number of bits per character. - * It is needed only for processing of multi-byte character constants. - * UCHARMAX should be defined to the maximum value of type unsigned char - * or maximum value of unsigned int which is converted from type (signed) - * char. - * - * LONGMAX should be defined to the LONG_MAX in <limits.h>. - * ULONGMAX should be defined to the ULONG_MAX in <limits.h> or LONG_MAX - * for the compiler which does not have unsigned long. - */ - -#ifndef CHARBIT -#define CHARBIT 8 -#endif -#ifndef UCHARMAX -#define UCHARMAX 0xFF -#endif -#ifndef LONGMAX -#define LONGMAX 0x7FFFFFFFL -#endif -#ifndef ULONGMAX -#define ULONGMAX 0xFFFFFFFFUL -#endif - -/* - * Define MBCHAR (multi-byte character encoding) to SJIS, EUC_JP or other. - */ -#ifndef MBCHAR -#define MBCHAR 0 -#endif - -/* - * SJIS_IS_ESCAPE_FREE means the compiler does not escape '0x5c' ('\\') in - * shift-JIS encoded multi-byte character. SJIS_IS_ESCAPE_FREE == FALSE - * enables cpp to insert * '\\' before '\\' of the 2nd byte of SJIS code in - * literal. This insertion is for the compiler-proper which can't recognize - * SJIS literal. - * BIGFIVE_IS_ESCAPE_FREE means similar case on BIGFIVE encoding. - * ISO2022_JP_IS_ESCAPE_FREE means similar case on ISO2022_JP encoding. - */ -#ifndef SJIS_IS_ESCAPE_FREE -#define SJIS_IS_ESCAPE_FREE FALSE /* or TRUE following your compiler */ -#endif -#ifndef BIGFIVE_IS_ESCAPE_FREE -#define BIGFIVE_IS_ESCAPE_FREE FALSE /* or TRUE following your compiler */ -#endif -#ifndef ISO2022_JP_IS_ESCAPE_FREE -#define ISO2022_JP_IS_ESCAPE_FREE FALSE /* or TRUE following compiler */ -#endif - -/* - * P A R T 2 Configurations for host-compiler. - * - * WARNING: In case of HOST_COMPILER differs from COMPILER, you must - * edit here and there of this part. - */ -#if HOST_COMPILER == GNUC -#if __GNUC__ >= 3 -#define HAVE_INTMAX_T TRUE -#define HAVE_INTTYPES_H TRUE -#define HAVE_STDINT_H TRUE -#endif -#define HOST_HAVE_LONG_LONG TRUE -#if HOST_SYSTEM == SYS_LINUX -#define HOST_HAVE_STPCPY TRUE -#endif -#if HOST_SYSTEM == SYS_MAC -#define HOST_HAVE_STPCPY TRUE -#endif - -#elif HOST_COMPILER == LCC -#define HOST_HAVE_LONG_LONG TRUE - -#elif HOST_COMPILER == MSC -#define HOST_HAVE_LONG_LONG TRUE - -#elif HOST_COMPILER == BORLANDC -#if __BORLANDC__ >= 0x550 -#define HOST_HAVE_LONG_LONG TRUE -#endif -#define HOST_HAVE_STPCPY TRUE -#if __STDC__ -#define mcpp_stpcpy( dest, src) __mcpp_stpcpy__( dest, src) -#endif -#endif - -#ifndef HAVE_INTMAX_T -#define HAVE_INTMAX_T FALSE -#endif - -/* The host compiler has the type long long int ? */ -#ifndef HOST_HAVE_LONG_LONG -#define HOST_HAVE_LONG_LONG FALSE -#endif - -/* - * This definitions should be set TRUE, if *both* of the target - * and the host compilers have long long type. - */ -#if TARGET_HAVE_LONG_LONG && HOST_HAVE_LONG_LONG -#define HAVE_LONG_LONG TRUE -#endif - -/* - * Define the format specifier of intmax_t or long long for - * fprintf( fp_debug,). - * Both of target COMPILER and HOST_COMPILER should have long long. - */ -#if HAVE_LONG_LONG -#if HOST_COMPILER == BORLANDC \ - || (HOST_COMPILER == MSC && _MSC_VER < 1400) \ - || HOST_SYSTEM == SYS_MINGW -#define LL_FORM "I64" /* Format specifier for __int64 */ -#endif -#ifndef LL_FORM -#define LL_FORM "ll" /* C99: for long long, "j" for intmax_t */ -#endif -#endif - -#ifndef HOST_HAVE_STPCPY -#define HOST_HAVE_STPCPY FALSE -#endif - -/* - * Declaration of standard library functions and macros. - */ - -/* stdin, stdout, stderr, FILE, NULL, fgets(), fputs() and other functions. */ -#include "ace/OS_NS_stdio.h" - -/* PATHMAX is the maximum length of path-list on the host system. */ -/* _POSIX_* only to get PATH_MAX */ -#define _POSIX_ 1 -#define _POSIX_SOURCE 1 -#ifndef _POSIX_C_SOURCE -#define _POSIX_C_SOURCE 1 -#define _POSIX_C_SOURCE_defined 1 -#endif -#include "limits.h" -#undef _POSIX_ -#undef _POSIX_SOURCE -#ifdef _POSIX_C_SOURCE_defined -#undef _POSIX_C_SOURCE -#undef _POSIX_C_SOURCE_defined -#endif -#ifdef PATH_MAX -#define PATHMAX PATH_MAX /* Posix macro */ -#else -#define PATHMAX FILENAME_MAX -#endif - -/* islower(), isupper(), toupper(), isdigit(), isxdigit(), iscntrl() */ -#include "ace/OS_NS_ctype.h" - -/* errno */ -#include "ace/OS_NS_errno.h" - -#include "ace/OS_NS_string.h" -#include "ace/OS_NS_stdlib.h" -#include "ace/OS_NS_time.h" -#include "setjmp.h" - -/* For debugging malloc systems by kmatsui */ -#if KMMALLOC && _MEM_DEBUG -#include "xalloc.h" -#endif -#define NEED_GETOPT 1 - using namespace ACE_OS; diff --git a/TAO/TAO_IDL/contrib/mcpp/preproc.cpp b/TAO/TAO_IDL/contrib/mcpp/preproc.cpp deleted file mode 100644 index 006488b9cdd..00000000000 --- a/TAO/TAO_IDL/contrib/mcpp/preproc.cpp +++ /dev/null @@ -1,9 +0,0 @@ -/* $Id$ preproc.c: to "pre-preprocess" header files. */ - -#pragma MCPP preprocess - -#include "system.H" -#include "internal.H" - -#pragma MCPP put_defines - diff --git a/TAO/TAO_IDL/contrib/mcpp/support.cpp b/TAO/TAO_IDL/contrib/mcpp/support.cpp deleted file mode 100644 index 6bcf975de3e..00000000000 --- a/TAO/TAO_IDL/contrib/mcpp/support.cpp +++ /dev/null @@ -1,2824 +0,0 @@ -/*- $Id$ - * Copyright (c) 1998, 2002-2008 Kiyoshi Matsui <kmatsui@t3.rim.or.jp> - * All rights reserved. - * - * Some parts of this code are derived from the public domain software - * DECUS cpp (1984,1985) written by Martin Minow. - * - * Redistribution and use in source and binary forms, with or without - * modification, are permitted provided that the following conditions - * are met: - * 1. Redistributions of source code must retain the above copyright - * notice, this list of conditions and the following disclaimer. - * 2. Redistributions in binary form must reproduce the above copyright - * notice, this list of conditions and the following disclaimer in the - * documentation and/or other materials provided with the distribution. - * - * THIS SOFTWARE IS PROVIDED BY THE AUTHOR ``AS IS'' AND - * ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE - * IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE - * ARE DISCLAIMED. IN NO EVENT SHALL THE AUTHOR BE LIABLE - * FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL - * DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS - * OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) - * HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT - * LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY - * OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF - * SUCH DAMAGE. - */ - -/* - * S U P P O R T . C - * S u p p o r t R o u t i n e s - * - * The common routines used by several source files are placed here. - */ - -/* - * The following are global functions. - * - * get_unexpandable() Gets the next unexpandable token in the line, expanding - * macros. - * Called from #if, #line and #include processing routines. - * skip_nl() Skips over a line. - * skip_ws() Skips over white spaces but not skip over the end of the line. - * skip_ws() skips also COM_SEP and TOK_SEP. - * scan_token() Reads the next token of any type into the specified output - * pointer, advances the pointer, returns the type of token. - * scan_quote() Reads a string literal, character constant or header-name from - * the input stream, writes out to the specified buffer and - * returns the advanced output pointer. - * get_ch() Reads the next byte from the current input stream, handling - * end of (macro/file) input and embedded comments appropriately. - * cnv_trigraph() Maps trigraph sequence to C character. - * cnv_digraph() Maps digraph sequence to C character. - * id_operator() See whether the identifier is an operator in C++. - * unget_ch() Pushs last gotten character back on the input stream. - * unget_string() Pushs sequence on the input stream. - * save_string() Saves a string in malloc() memory. - * get_file() Initializes a new FILEINFO structure, called when #include - * opens a new file, or from unget_string(). - * ACE_OS::malloc() Gets a specified number of bytes from heap memory. - * If malloc() returns NULL, exits with a message. - * ACE_OS::realloc() realloc(). If it fails, exits with a message. - * get_src_location() Trace back line-column datum into pre-line-splicing - * phase. A function for -K option. - * cfatal(), cerror(), cwarn() - * These routines format print messages to the user. - * mcpp_fputc(), mcpp_fputs(), mcpp_fprintf() - * Wrap library functions to support alternate output to memory - * buffer. - */ - -#if PREPROCESSED -#include "mcpp.H" -#error "Unsupportred configuration" -#else -#include "system.H" -#include "internal.H" -#endif - -static void scan_id( int c); -/* Scan an identifier */ -static char * scan_number( int c, char * out, char * out_end); -/* Scan a preprocessing number */ -static char * scan_number_prestd( int c, char * out, char * out_end); -/* scan_number() for pre-Standard mode */ -#if OK_UCN -static char * scan_ucn( int cnt, char * out); -/* Scan an UCN sequence */ -#endif -static char * scan_op( int c, char * out); -/* Scan an operator or a punctuator */ -static char * parse_line( void); -/* Parse a logical line and convert comments */ -static char * read_a_comment( char * sp, size_t * sizp); -/* Read over a comment */ -static char * get_line( int in_comment); -/* Get a logical line from file, handle line-splicing */ -static char * at_eof( int in_comment); -/* Check erroneous end of file */ -static void do_msg( const char * severity, const char * format - , const char * arg1, long arg2, const char * arg3); -/* Putout diagnostic message */ -static char * cat_line( int del_bsl); -/* Splice the line */ -static void put_line( char * out, FILE * fp); -/* Put out a logical line */ -static void dump_token( int token_type, const char * cp); -/* Dump a token and its type */ - -#define EXP_MAC_IND_MAX 16 -/* Information of current expanding macros for diagnostic */ -static struct { - const char * name; /* Name of the macro just expanded */ - int to_be_freed; /* Name should be freed later */ -} expanding_macro[ EXP_MAC_IND_MAX]; -static int exp_mac_ind = 0; /* Index into expanding_macro[] */ - -static int in_token = FALSE; /* For token scanning functions */ -static int in_string = FALSE; /* For get_ch() and parse_line()*/ -static int squeezews = FALSE; - -#define MAX_CAT_LINE 256 -/* Information on line catenated by <backslash><newline> */ -/* and by line-crossing comment. This is for -K option. */ -typedef struct catenated_line { - long start_line; /* Starting line of catenation */ - long last_line; /* Ending line of catanation */ - size_t len[ MAX_CAT_LINE + 1]; - /* Length of successively catenated lines */ -} CAT_LINE; -static CAT_LINE bsl_cat_line; -/* Datum on the last catenated line by <backslash><newline> */ -static CAT_LINE com_cat_line; -/* Datum on the last catenated line by a line-crossing comment */ - -#ifdef MCPP_LIB -static int use_mem_buffers = FALSE; - -void init_support( void) -{ - in_token = in_string = squeezews = FALSE; - bsl_cat_line.len[ 0] = com_cat_line.len[ 0] = 0; - clear_exp_mac(); -} - -typedef struct mem_buf { - char * buffer; - char * entry_pt; - size_t size; - size_t bytes_avail; - - mem_buf () - : buffer (0), - entry_pt (0), - size (0), - bytes_avail (0) - {} -} MEMBUF; - -static MEMBUF mem_buffers[ NUM_OUTDEST]; - -void mcpp_use_mem_buffers( - int tf - ) -{ - int i; - - use_mem_buffers = tf ? TRUE : FALSE; - - for (i = 0; i < NUM_OUTDEST; ++i) { - if (mem_buffers[ i].buffer != 0) - /* Free previously allocated memory buffer */ - ACE_OS::free( mem_buffers[ i].buffer); - mem_buffers[i].buffer = 0; - if (use_mem_buffers) { - /* Output to memory buffers instead of files */ - mem_buffers[ i].buffer = 0; - mem_buffers[ i].entry_pt = 0; - mem_buffers[ i].size = 0; - mem_buffers[ i].bytes_avail = 0; - } - } -} - -int using_mem_buffers( void) -{ - return use_mem_buffers; -} - -#define BUF_INCR_SIZE (NWORK * 2) -#ifdef MAX -#undef MAX -#endif -#define MAX( a, b) (((a) > (b)) ? (a) : (b)) - -static char * append_to_buffer( - MEMBUF * mem_buf_p, - const char * string, - size_t length - ) -{ - if (mem_buf_p->bytes_avail < length) { /* Need to allocate more memory */ - size_t size = MAX( BUF_INCR_SIZE, length); - - if (mem_buf_p->buffer == 0) { /* 1st append */ - mem_buf_p->size = size; - mem_buf_p->bytes_avail = size; - mem_buf_p->buffer = (char *) ACE_OS::malloc( mem_buf_p->size); - mem_buf_p->entry_pt = mem_buf_p->buffer; - } else { - mem_buf_p->size += size; - mem_buf_p->bytes_avail += size; - mem_buf_p->buffer = (char *) ACE_OS::realloc( mem_buf_p->buffer, mem_buf_p->size); - mem_buf_p->entry_pt = mem_buf_p->buffer + mem_buf_p->size - - mem_buf_p->bytes_avail; - } - } - - /* Append the string to the tail of the buffer */ - ACE_OS::memcpy( mem_buf_p->entry_pt, string, length); - mem_buf_p->entry_pt += length; - mem_buf_p->entry_pt[ 0] = '\0'; /* Terminate the string buffer */ - mem_buf_p->bytes_avail -= length; - - return mem_buf_p->buffer; -} - -static int mem_putc( - int c, - OUTDEST od - ) -{ - char string[ 1]; - - string[ 0] = (char) c; - - if (append_to_buffer( &(mem_buffers[ od]), string, 1) != 0) - return 0; - else - return !0; -} - -static int mem_puts( - const char * s, - OUTDEST od - ) -{ - if (append_to_buffer( &(mem_buffers[od]), s, ACE_OS::strlen(s)) != 0) - return 0; - else - return !0; -} - -char * mcpp_get_mem_buffer( - OUTDEST od - ) -{ - char *retval = mem_buffers[ od].buffer; - mem_buffers[ od].buffer = 0; - return retval; -} - -#endif /* MCPP_LIB */ - -#define DEST2FP(od) \ - (od == OUT) ? fp_out : \ - ((od == ERR) ? fp_err : \ - ((od == DBG) ? fp_debug : \ - (0))) - -/* - * The following mcpp_*() wrapper functions are intended to centralize - * the output generated by MCPP. They support memory buffer alternates to - * each of the primary output streams: out, err, debug. The memory buffer - * output option would be used in a setup where MCPP has been built as a - * function call - i.e. mcpp_lib_main(). - */ - -int mcpp_lib_fputc( - int c, - OUTDEST od - ) -{ -#ifdef MCPP_LIB - if (use_mem_buffers) { - return mem_putc( c, od); - } else { -#endif - FILE * stream = DEST2FP( od); - - return (stream != 0) ? ACE_OS::fputc( c, stream) : EOF; -#ifdef MCPP_LIB - } -#endif -} - -int (* mcpp_fputc)( int c, OUTDEST od) = mcpp_lib_fputc; - -int mcpp_lib_fputs( - const char * s, - OUTDEST od - ) -{ -#ifdef MCPP_LIB - if (use_mem_buffers) { - return mem_puts( s, od); - } else { -#endif - FILE * stream = DEST2FP( od); - - return (stream != 0) ? ACE_OS::fputs( s, stream) : EOF; -#ifdef MCPP_LIB - } -#endif -} - -int (* mcpp_fputs)( const char * s, OUTDEST od) = mcpp_lib_fputs; - -#include <stdarg.h> - -int mcpp_lib_fprintf( - OUTDEST od, - const char * format, - ... - ) -{ - va_list ap; - FILE * stream = DEST2FP( od); - - if (stream != 0) { - int rc; - - va_start( ap, format); -#ifdef MCPP_LIB - if (use_mem_buffers) { - static char mem_buffer[ NWORK]; - - rc = ACE_OS::vsprintf( mem_buffer, format, ap); - - if (rc != 0) { - rc = mem_puts( mem_buffer, od); - } - } else { -#endif - rc = ACE_OS::vfprintf( stream, format, ap); -#ifdef MCPP_LIB - } -#endif - va_end( ap); - - return rc; - - } else { - return EOF; - } -} - -int (* mcpp_fprintf)( OUTDEST od, const char * format, ...) = mcpp_lib_fprintf; - -#ifdef MCPP_LIB -void mcpp_reset_def_out_func( void) -{ - mcpp_fputc = mcpp_lib_fputc; - mcpp_fputs = mcpp_lib_fputs; - mcpp_fprintf = mcpp_lib_fprintf; -} - -void mcpp_set_out_func( - int (* func_fputc)( int c, OUTDEST od), - int (* func_fputs)( const char * s, OUTDEST od), - int (* func_fprintf)( OUTDEST od, const char * format, ...) - ) -{ - mcpp_fputc = func_fputc; - mcpp_fputs = func_fputs; - mcpp_fprintf = func_fprintf; -} -#endif - -int get_unexpandable( - int c, /* First char of token */ - int diag /* Flag of diagnosis */ - ) -/* - * Get the next unexpandable token in the line, expanding macros. - * Return the token type. The token is written in work_buf[]. - * The once expanded macro is never expanded again. - * Called only from the routines processing #if (#elif, #assert), #line and - * #include directives in order to diagnose some subtle macro expansions. - */ -{ - DEFBUF * defp = 0; - FILEINFO * file; - FILE * fp = 0; - LINE_COL line_col = { 0L, 0}; - int token_type = NO_TOKEN; - int has_pragma; - - while (c != EOS && c != '\n' /* In a line */ - && (fp = infile->fp /* Preserve current state */ - , (token_type - = scan_token( c, (workp = work_buf, &workp), work_end)) - == NAM) /* Identifier */ - && fp != 0 /* In source ! */ - && (defp = is_macro( 0)) != 0) { /* Macro */ - expand_macro( defp, work_buf, work_end, line_col, & has_pragma); - /* Expand macro */ - if (has_pragma) - cerror( "_Pragma operator found in directive line" /* _E_ */ - , 0, 0L, 0); - file = unget_string( work_buf, defp->name); /* Stack to re-read */ - c = skip_ws(); /* Skip TOK_SEP */ - if (file != infile && macro_line != MACRO_ERROR && (warn_level & 1)) { - /* This diagnostic is issued even if "diag" is FALSE. */ - cwarn( "Macro \"%s\" is expanded to 0 token" /* _W1_ */ - , defp->name, 0L, 0); - if (! option_flags.no_source_line) - dump_a_def( " macro", defp, FALSE, TRUE, fp_err); - } - } - - if (c == '\n' || c == EOS) { - unget_ch(); - return NO_TOKEN; - } - - if (diag && fp == 0 && defp && (warn_level & 1)) { - char tmp[ NWORK + 16]; - char * tmp_end = tmp + NWORK; - char * tmp_p; - file = unget_string( infile->buffer, defp->name); /* To diagnose */ - c = get_ch(); - while (file == infile) { /* Search the expanded macro */ - if (scan_token( c, (tmp_p = tmp, &tmp_p), tmp_end) != NAM) { - c = get_ch(); - continue; - } - if (standard && str_eq( identifier, "defined")) { - cwarn( "Macro \"%s\" is expanded to \"defined\"" /* _W1_ */ - , defp->name, 0L, 0); - break; - } - if (! standard && str_eq( identifier, "sizeof")) { - cwarn( "Macro \"%s\" is expanded to \"sizeof\"" /* _W1_ */ - , defp->name, 0L, 0); - break; - } - c = get_ch(); - } - if (file == infile) { - infile->bptr += ACE_OS::strlen( infile->bptr); - get_ch(); - } - unget_ch(); - if (token_type == OPE) { - unget_string( work_buf, 0); /* Set again 'openum' */ - scan_token( get_ch(), (workp = work_buf, &workp), work_end); - } - } - - return token_type; -} - -void skip_nl( void) -/* - * Skip to the end of the current input line. - */ -{ - insert_sep = NO_SEP; - while (infile && infile->fp == 0) { /* Stacked text */ - infile->bptr += ACE_OS::strlen( infile->bptr); - get_ch(); /* To the parent */ - } - if (infile) - infile->bptr += ACE_OS::strlen( infile->bptr); /* Source line */ -} - -int skip_ws( void) -/* - * Skip over horizontal whitespaces. - */ -{ - int c; - - do { - c = get_ch(); - } while (char_type[ c] & HSP); - - return c; -} - -#define MBMASK 0xFF /* Mask to hide multibyte char */ - -int scan_token( - int c, /* The first character of the token */ - char ** out_pp, /* Pointer to pointer to output buf */ - char * out_end /* End of output buffer */ - ) -/* - * Scan the next token of any type. - * The token is written out to the specified buffer and the output pointer - * is advanced. Token is terminated by EOS. Return the type of token. - * If the token is an identifier, the token is also in identifier[]. - * If the token is a operator or punctuator, return OPE. - * If 'c' is token separator, then return SEP. - * If 'c' is not the first character of any known token and not a token - * separator, return SPE. - * In POST_STD mode, inserts token separator (a space) between any tokens of - * source. - */ -{ - char * out = *out_pp; /* Output pointer */ - int ch_type; /* Type of character */ - int token_type = 0; /* Type of token */ - int ch; - - if (standard) - in_token = TRUE; /* While a token is scanned */ - c = c & UCHARMAX; - ch_type = char_type[ c] & MBMASK; - - switch (ch_type) { - case LET: /* Probably an identifier */ - switch (c) { - case 'L': - if (! standard) - goto ident; - ch = get_ch(); - if (char_type[ ch] & QUO) { /* char_type[ ch] == QUO */ - if (ch == '"') - token_type = WSTR; /* Wide-char string literal */ - else - token_type = WCHR; /* Wide-char constant */ - c = ch; - *out++ = 'L'; - break; /* Fall down to "case QUO:" */ - } else { - unget_ch(); - } /* Fall through */ - default: /* An identifier */ - ident: - scan_id( c); - out = mcpp_stpcpy( out, identifier); - token_type = NAM; - break; - } - if (token_type == NAM) - break; - /* Else fall through -- i.e. WSTR, WCHR */ - case QUO: /* String or character constant */ - out = scan_quote( c, out, out_end, FALSE); - if (token_type == 0) { /* Without prefix L */ - if (c == '"') - token_type = STR; - else - token_type = CHR; - } /* Else WSTR or WCHR */ - break; - case DOT: - ch = get_ch(); - unget_ch(); - if ((char_type[ ch] & DIG) == 0) /* Operator '.' or '...' */ - goto operat; - /* Else fall through */ - case DIG: /* Preprocessing number */ - out = (standard ? scan_number( c, out, out_end) - : scan_number_prestd( c, out, out_end)); - token_type = NUM; - break; - case PUNC: - operat: out = scan_op( c, out); /* Operator or punctuator */ - token_type = OPE; /* Number is set in global "openum" */ - break; - default: /* Special tokens or special characters */ -#if OK_UCN - if (mcpp_mode == STD && c == '\\' && stdc2) { - ch = get_ch(); - unget_ch(); - if (ch == 'U' || ch == 'u') - goto ident; /* Universal-Characte-Name */ - } -#endif -#if OK_MBIDENT - if (mcpp_mode == STD && (char_type[ c] & mbchk) && stdc3) { - char * bptr = infile->bptr; - mb_read( c, &infile->bptr, &out); - infile->bptr = bptr; - out = *out_pp; - goto ident; /* An identifier with multi-byte characters */ - /* Mbchar cheking has been done in scan_quote() and others. */ - } -#endif - if ((standard && (c == CAT || c == ST_QUOTE)) || (char_type[ c] & SPA)) - token_type = SEP; /* Token separator or magic char*/ - else - token_type = SPE; - /* Unkown token ($, @, multi-byte character or Latin */ - *out++ = c; - *out = EOS; - break; - } - - if (out_end < out) - cfatal( "Buffer overflow scanning token \"%s\"" /* _F_ */ - , *out_pp, 0L, 0); - if (mcpp_debug & TOKEN) - dump_token( token_type, *out_pp); - if (mcpp_mode == POST_STD && token_type != SEP && infile->fp != 0 - && (char_type[ *infile->bptr & UCHARMAX] & SPA) == 0) - insert_sep = INSERT_SEP; /* Insert token separator */ - *out_pp = out; - - in_token = FALSE; /* Token scanning has been done */ - return token_type; -} - -static void scan_id( - int c /* First char of id */ - ) -/* - * Reads the next identifier and put it into identifier[]. - * The caller has already read the first character of the identifier. - */ -{ - static char * const limit = &identifier[ IDMAX]; - static int dollar_diagnosed = FALSE; /* Flag of diagnosing '$' */ -#if OK_UCN - int uc2 = 0, uc4 = 0; /* Count of UCN16, UCN32 */ -#endif -#if OK_MBIDENT - int mb = 0; /* Count of MBCHAR */ -#endif - size_t len; /* Length of identifier */ - char * bp = identifier; - - if (c == IN_SRC) { /* Magic character */ - *bp++ = c; - if ((mcpp_debug & MACRO_CALL) && ! in_directive) { - *bp++ = get_ch(); /* Its 2-bytes */ - *bp++ = get_ch(); /* argument */ - } - c = get_ch(); - } - - do { - if (bp < limit) - *bp++ = c; -#if OK_UCN - if (mcpp_mode == STD && c == '\\' && stdc2) { - int cnt; - char * tp = bp; - - if ((c = get_ch()) == 'u') { - cnt = 4; - } else if (c == 'U') { - cnt = 8; - } else { - unget_ch(); - bp--; - break; - } - *bp++ = c; - if ((bp = scan_ucn( cnt, bp)) == 0) /* Error */ - return; - if (cnt == 4) - uc2++; - else if (cnt == 8) - uc4++; - if (limit <= tp) /* Too long identifier */ - bp = tp; /* Back the pointer */ - goto next_c; - } -#endif /* OK_UCN */ -#if OK_MBIDENT - if (mcpp_mode == STD && (char_type[ c] & mbchk) && stdc3) { - len = mb_read( c, &infile->bptr, &bp); - if (len & MB_ERROR) { - if (infile->fp) - cerror( - "Illegal multi-byte character sequence." /* _E_ */ - , 0, 0L, 0); - } else { - mb += len; - } - } -#endif /* OK_MBIDENT */ -#if OK_UCN - next_c: -#endif - c = get_ch(); - } while ((char_type[ c] & (LET | DIG)) /* Letter or digit */ -#if OK_UCN - || (mcpp_mode == STD && c == '\\' && stdc2) -#endif -#if OK_MBIDENT - || (mcpp_mode == STD && (char_type[ c] & mbchk) && stdc3) -#endif - ); - - unget_ch(); - *bp = EOS; - - if (bp >= limit && (warn_level & 1)) /* Limit of token */ - cwarn( "Too long identifier truncated to \"%s\"" /* _W1_ */ - , identifier, 0L, 0); - - len = bp - identifier; -#if IDMAX > IDLEN90MIN - /* UCN16, UCN32, MBCHAR are counted as one character for each. */ -#if OK_UCN - if (mcpp_mode == STD) - len -= (uc2 * 5) - (uc4 * 9); -#endif -#if OK_MBIDENT - if (mcpp_mode == STD) - len -= mb; -#endif - if (standard && infile->fp && len > std_limits.id_len && (warn_level & 4)) - cwarn( "Identifier longer than %.0s%ld characters \"%s\"" /* _W4_ */ - , 0, (long) std_limits.id_len, identifier); -#endif /* IDMAX > IDLEN90MIN */ - - if (option_flags.dollar_in_name && dollar_diagnosed == FALSE - && (warn_level & 2) && ACE_OS::strchr( identifier, '$') != 0) { - cwarn( "'$' in identifier \"%s\"", identifier, 0L, 0); /* _W2_ */ - dollar_diagnosed = TRUE; /* Diagnose only once */ - } -} - -char * scan_quote( - int delim, /* ', " or < (header-name) */ - char * out, /* Output buffer */ - char * out_end, /* End of output buffer */ - int diag /* Diagnostic should be output */ - ) -/* - * Scan off a string literal or character constant to the output buffer. - * Report diagnosis if the quotation is terminated by newline or character - * constant is empty (provided 'diag' is TRUE). - * Return the next output pointer or 0 (on error). - */ -{ - const char * const skip_line = ", skipped the line"; /* _E_ */ - const char * const unterm_string - = "Unterminated string literal%s"; - const char * const unterm_char - = "Unterminated character constant %s%.0ld%s"; - const char * const empty_const - = "Empty character constant %s%.0ld%s"; - const char * skip; - size_t len; - int c; - char * out_p = out; - - /* Set again in case of called from routines other than scan_token(). */ - if (standard) - in_token = TRUE; - *out_p++ = delim; - if (delim == '<') - delim = '>'; - - scan: - while ((c = get_ch()) != EOS) { - -#if MBCHAR - if (char_type[ c] & mbchk) { - /* First of multi-byte character (or shift-sequence) */ - char * bptr = infile->bptr; - len = mb_read( c, &infile->bptr, (*out_p++ = c, &out_p)); - if (len & MB_ERROR) { - if (infile->fp != 0 && compiling && diag) { - if (warn_level & 1) { - char * buf; - size_t chlen; - buf = (char *) ACE_OS::malloc( chlen = infile->bptr - bptr + 2); - ACE_OS::memcpy( buf, bptr, chlen - 1); - buf[ chlen - 1] = EOS; - cwarn( - "Illegal multi-byte character sequence \"%s\" in quotation", /* _W1_ */ - buf, 0L, 0); - ACE_OS::free( buf); - } - } - continue; - } else { /* Valid multi-byte character (or sequence) */ - goto chk_limit; - } - } -#endif - if (c == delim) { - break; - } else if (c == '\\' && delim != '>') { /* In string literal */ -#if OK_UCN - if (mcpp_mode == STD && stdc2) { - int cnt; - char * tp; - - *out_p++ = c; - if ((c = get_ch()) == 'u') { - cnt = 4; - } else if (c == 'U') { - cnt = 8; - } else { - goto escape; - } - *out_p++ = c; - if ((tp = scan_ucn( cnt, out_p)) != 0) - out_p = tp; - /* Else error */ - continue; /* Error or not, anyway continue */ - } -#endif /* OK_UCN */ - *out_p++ = c; /* Escape sequence */ - c = get_ch(); - escape: -#if MBCHAR - if (char_type[ c] & mbchk) { - /* '\\' followed by multi-byte char */ - unget_ch(); - continue; - } -#endif - if (! standard && c == '\n') { /* <backslash><newline> */ - out_p--; /* Splice the lines */ - if (cat_line( TRUE) == 0) /* End of file */ - break; - c = get_ch(); - } - } else if (mcpp_mode == POST_STD && c == ' ' && delim == '>' - && infile->fp == 0) { - continue; /* Skip space possibly inserted by macro expansion */ - } else if (c == '\n') { - break; - } - if (diag && iscntrl( c) && ((char_type[ c] & SPA) == 0) - && (warn_level & 1)) - cwarn( - "Illegal control character %.0s0lx%02x in quotation" /* _W1_ */ - , 0, (long) c, 0); - *out_p++ = c; - chk_limit: - if (out_end < out_p) { - *out_end = EOS; - cfatal( "Too long quotation", 0, 0L, 0); /* _F_ */ - } - } - - if (c == '\n' || c == EOS) - unget_ch(); - if (c == delim) - *out_p++ = delim; - *out_p = EOS; - if (diag) { /* At translation phase 3 */ - skip = (infile->fp == 0) ? 0 : skip_line; - if (c != delim) { - if (mcpp_mode == OLD_PREP /* Implicit closing of quote*/ - && (delim == '"' || delim == '\'')) - goto done; - if (delim == '"') { - if (mcpp_mode != POST_STD && option_flags.lang_asm) { - /* STD, KR */ - /* Concatenate the unterminated string to the next line */ - if (warn_level & 1) - cwarn( unterm_string - , ", catenated to the next line" /* _W1_ */ - , 0L, 0); - if (cat_line( FALSE) != 0) - goto scan; /* Splice the lines */ - /* Else end of file */ - } else { - cerror( unterm_string, skip, 0L, 0); /* _E_ */ - } - } else if (delim == '\'') { - if (mcpp_mode != POST_STD && option_flags.lang_asm) { - /* STD, KR */ - if (warn_level & 1) - cwarn( unterm_char, out, 0L, 0); /* _W1_ */ - goto done; - } else { - cerror( unterm_char, out, 0L, skip); /* _E_ */ - } - } else { - cerror( "Unterminated header name %s%.0ld%s" /* _E_ */ - , out, 0L, skip); - } - out_p = 0; - } else if (delim == '\'' && out_p - out <= 2) { - if (mcpp_mode != POST_STD && option_flags.lang_asm) { - /* STD, KR */ - if (warn_level & 1) - cwarn( empty_const, out, 0L, skip); /* _W1_ */ - } else { - cerror( empty_const, out, 0L, skip); /* _E_ */ - out_p = 0; - goto done; - } - } else if (mcpp_mode == POST_STD && delim == '>' && (warn_level & 2)) { - cwarn( - "Header-name enclosed by <, > is an obsolescent feature %s" /* _W2_ */ - , out, 0L, skip); - } -#if NWORK-2 > SLEN90MIN - if (standard && out_p - out > std_limits.str_len && (warn_level & 4)) - cwarn( "Quotation longer than %.0s%ld bytes" /* _W4_ */ - , 0, std_limits.str_len, 0); -#endif - } - - done: - in_token = FALSE; - return out_p; -} - -static char * cat_line( - int del_bsl /* Delete the <backslash><newline> ? */ - ) -/* - * If del_bsl == TRUE: - * Delete <backslash><newline> sequence in string literal. - * FALSE: Overwrite the <newline> with <backslash>'n'. - * Return 0 on end of file. Called only from scan_quote(). - * This routine is never called in POST_STD mode. - */ -{ - size_t len; - char * save1, * save2; - - if (del_bsl) { /* Delete the <backslash><newline> */ - infile->bptr -= 2; - len = infile->bptr - infile->buffer; - } else { /* Overwrite the <newline> with <backslash>'n' */ - ACE_OS::strcpy( infile->bptr, "\\n"); - len = ACE_OS::strlen( infile->buffer); - } - save1 = save_string( infile->buffer); - save2 = get_line( FALSE); /* infile->buffer is overwritten */ - if (save2 == 0) { - ACE_OS::free( save1); - return 0; - } - save2 = save_string( infile->buffer); - ACE_OS::memcpy( infile->buffer, save1, len); - ACE_OS::strcpy( infile->buffer + len, save2); /* Catenate */ - ACE_OS::free( save1); - ACE_OS::free( save2); - if (! del_bsl) - len -= 2; - infile->bptr = infile->buffer + len; - return infile->bptr; -} - -static char * scan_number( - int c, /* First char of number */ - char * out, /* Output buffer */ - char * out_end /* Limit of output buffer */ - ) -/* - * Read a preprocessing number. - * By scan_token() we know already that the first c is from 0 to 9 or dot, - * and if c is dot then the second character is digit. - * Returns the advanced output pointer. - * Note: preprocessing number permits non-numeric forms such as 3E+xy, - * which are used in stringization or token-concatenation. - */ -{ - char * out_p = out; /* Current output pointer */ - - do { - *out_p++ = c; - if (c == 'E' || c == 'e' /* Sign should follow 'E', 'e', */ - || (stdc3 && (c == 'P' || c == 'p')) - /* 'P' or 'p'. */ - ) { - c = get_ch(); - if (c == '+' || c == '-') { - *out_p++ = c; - c = get_ch(); - } -#if OK_UCN - } else if (mcpp_mode == STD && c == '\\' && stdc3) { - int cnt; - char * tp; - - if ((c = get_ch()) == 'u') { - cnt = 4; - } else if (c == 'U') { - cnt = 8; - } else { - unget_ch(); - out_p--; - break; - } - *out_p++ = c; - if ((tp = scan_ucn( cnt, out_p)) == 0) /* Error */ - break; - else - out_p = tp; - c = get_ch(); -#endif /* OK_UCN */ -#if OK_MBIDENT - } else if (mcpp_mode == STD && (char_type[ c] & mbchk) && stdc3) { - len = mb_read( c, &infile->bptr, &out_p); - if (len & MB_ERROR) { - if (infile->fp) - cerror( - "Illegal multi-byte character sequence." /* _E_ */ - , 0, 0L, 0); - } -#endif /* OK_MBIDENT */ - } else { - c = get_ch(); - } - } while ((char_type[ c] & (DIG | DOT | LET)) /* Digit, dot or letter */ -#if OK_UCN - || (mcpp_mode == STD && c == '\\' && stdc3) -#endif -#if OK_MBIDENT - || (mcpp_mode == STD && (char_type[ c] & mbchk) && stdc3) -#endif - ); - - *out_p = EOS; - if (out_end < out_p) - cfatal( "Too long pp-number token \"%s\"" /* _F_ */ - , out, 0L, 0); - unget_ch(); - return out_p; -} - -/* Original version of DECUS CPP with slight modifications, */ -/* too exact for Standard preprocessing. */ -static char * scan_number_prestd( - int c, /* First char of number */ - char * out, /* Output buffer */ - char * out_end /* Limit of output buffer */ - ) -/* - * Process a number. We know that c is from 0 to 9 or dot. - * Algorithm from Dave Conroy's Decus C. - * Returns the advanced output pointer. - */ -{ - char * const out_s = out; /* For diagnostics */ - int radix; /* 8, 10, or 16 */ - int expseen; /* 'e' seen in floater */ - int octal89; /* For bad octal test */ - int dotflag; /* TRUE if '.' was seen */ - - expseen = FALSE; /* No exponent seen yet */ - octal89 = FALSE; /* No bad octal yet */ - radix = 10; /* Assume decimal */ - if ((dotflag = (c == '.')) != FALSE) { /* . something? */ - *out++ = '.'; /* Always out the dot */ - if ((char_type[(c = get_ch())] & DIG) == 0) { - /* If not a float numb, */ - goto nomore; /* All done for now */ - } - } /* End of float test */ - else if (c == '0') { /* Octal or hex? */ - *out++ = c; /* Stuff initial zero */ - radix = 8; /* Assume it's octal */ - c = get_ch(); /* Look for an 'x' */ - if (c == 'x' || c == 'X') { /* Did we get one? */ - radix = 16; /* Remember new radix */ - *out++ = c; /* Stuff the 'x' */ - c = get_ch(); /* Get next character */ - } - } - while (1) { /* Process curr. char. */ - /* - * Note that this algorithm accepts "012e4" and "03.4" - * as legitimate floating-point numbers. - */ - if (radix != 16 && (c == 'e' || c == 'E')) { - if (expseen) /* Already saw 'E'? */ - break; /* Exit loop, bad nbr. */ - expseen = TRUE; /* Set exponent seen */ - radix = 10; /* Decimal exponent */ - *out++ = c; /* Output the 'e' */ - if ((c = get_ch()) != '+' && c != '-') - continue; - } - else if (radix != 16 && c == '.') { - if (dotflag) /* Saw dot already? */ - break; /* Exit loop, two dots */ - dotflag = TRUE; /* Remember the dot */ - radix = 10; /* Decimal fraction */ - } - else { /* Check the digit */ - switch (c) { - case '8': case '9': /* Sometimes wrong */ - octal89 = TRUE; /* Do check later */ - case '0': case '1': case '2': case '3': - case '4': case '5': case '6': case '7': - break; /* Always ok */ - - case 'a': case 'b': case 'c': case 'd': case 'e': case 'f': - case 'A': case 'B': case 'C': case 'D': case 'E': case 'F': - if (radix == 16) /* Alpha's are ok only */ - break; /* if reading hex. */ - default: /* At number end */ - goto done; /* Break from for loop */ - } /* End of switch */ - } /* End general case */ - *out++ = c; /* Accept the character */ - c = get_ch(); /* Read another char */ - } /* End of scan loop */ - - if (out_end < out) /* Buffer overflow */ - goto nomore; - /* - * When we break out of the scan loop, c contains the first - * character (maybe) not in the number. If the number is an - * integer, allow a trailing 'L' for long. If not those, push - * the trailing character back on the input stream. - * Floating point numbers accept a trailing 'L' for "long double". - */ - done: - if (! (dotflag || expseen)) { /* Not floating point */ - /* - * We know that dotflag and expseen are both zero, now: - * dotflag signals "saw 'L'". - */ - for (;;) { - switch (c) { - case 'l': - case 'L': - if (dotflag) - goto nomore; - dotflag = TRUE; - break; - default: - goto nomore; - } - *out++ = c; /* Got 'L' . */ - c = get_ch(); /* Look at next, too. */ - } - } - - nomore: *out = EOS; - if (out_end < out) - goto overflow; - unget_ch(); /* Not part of a number */ - if (octal89 && radix == 8 && (warn_level & 1)) - cwarn( "Illegal digit in octal number \"%s\"" /* _W1_ */ - , out_s, 0L, 0); - return out; - - overflow: - cfatal( "Too long number token \"%s\"", out_s, 0L, 0); /* _F_ */ - return out; -} - -#if OK_UCN -static char * scan_ucn( - int cnt, /* Bytes of sequence */ - char * out /* Output buffer */ - ) -/* - * Scan an UCN sequence and put the sequence to 'out'. - * Return the advanced pointer or 0 on failure. - * This routine is never called in POST_STD mode. - */ -{ - uexpr_t value; /* Value of UCN */ - int i, c; - - value = 0L; - for (i = 0; i < cnt; i++) { - c = get_ch(); - if (! isxdigit( c)) { - if (infile->fp) - cerror( "Illegal UCN sequence" /* _E_ */ - , 0, 0L, 0); - *out = EOS; - unget_ch(); - return 0; - } - c = tolower( c); - *out++ = c; - c = (isdigit( c) ? (c - '0') : (c - 'a' + 10)); - value = (value << 4) | c; - } - if (infile->fp /* In source */ - && ((value <= 0x9FL - && value != 0x24L && value != 0x40L && value != 0x60L) - /* Basic source character */ - || (stdc3 && (value >= 0xD800L && value <= 0xDFFFL)))) - /* Reserved for special chars */ - cerror( "UCN cannot specify the value %.0s\"%08lx\"" /* _E_ */ - , 0, (long) value, 0); - return out; -} -#endif /* OK_UCN */ - -static char * scan_op( - int c, /* First char of the token */ - char * out /* Output buffer */ - ) -/* - * Scan C operator or punctuator into the specified buffer. - * Return the advanced output pointer. - * The code-number of the operator is stored to global variable 'openum'. - * Note: '#' is not an operator nor a punctuator in other than directive line, - * nevertheless is handled as a punctuator in this cpp for convenience. - */ -{ - int c2, c3, c4; - - *out++ = c; - - switch (c) { - case '~': openum = OP_COM; break; - case '(': openum = OP_LPA; break; - case ')': openum = OP_RPA; break; - case '?': openum = OP_QUE; break; - case ';': case '[': case ']': case '{': - case '}': case ',': - openum = OP_1; - break; - default: - openum = OP_2; /* Tentative guess */ - } - - if (openum != OP_2) { /* Single byte operators */ - *out = EOS; - return out; - } - - c2 = get_ch(); /* Possibly two bytes ops */ - *out++ = c2; - - switch (c) { - case '=': - openum = ((c2 == '=') ? OP_EQ : OP_1); /* ==, = */ - break; - case '!': - openum = ((c2 == '=') ? OP_NE : OP_NOT); /* !=, ! */ - break; - case '&': - switch (c2) { - case '&': openum = OP_ANA; break; /* && */ - case '=': /* openum = OP_2; */ break; /* &= */ - default : openum = OP_AND; break; /* & */ - } - break; - case '|': - switch (c2) { - case '|': openum = OP_ORO; break; /* || */ - case '=': /* openum = OP_2; */ break; /* |= */ - default : openum = OP_OR; break; /* | */ - } - break; - case '<': - switch (c2) { - case '<': c3 = get_ch(); - if (c3 == '=') { - openum = OP_3; /* <<= */ - *out++ = c3; - } else { - openum = OP_SL; /* << */ - unget_ch(); - } - break; - case '=': openum = OP_LE; break; /* <= */ - case ':': /* <: i.e. [ */ - if (mcpp_mode == STD && option_flags.dig) - openum = OP_LBRCK_D; - else - openum = OP_LT; - break; - case '%': /* <% i.e. { */ - if (mcpp_mode == STD && option_flags.dig) - openum = OP_LBRACE_D; - else - openum = OP_LT; - break; - default : openum = OP_LT; break; /* < */ - } - break; - case '>': - switch (c2) { - case '>': c3 = get_ch(); - if (c3 == '=') { - openum = OP_3; /* >>= */ - *out++ = c3; - } else { - openum = OP_SR; /* >> */ - unget_ch(); - } - break; - case '=': openum = OP_GE; break; /* >= */ - default : openum = OP_GT; break; /* > */ - } - break; - case '#': - if (standard && (in_define || macro_line)) /* in #define or macro */ - openum = ((c2 == '#') ? OP_CAT : OP_STR); /* ##, # */ - else - openum = OP_1; /* # */ - break; - case '+': - switch (c2) { - case '+': /* ++ */ - case '=': /* openum = OP_2; */ break; /* += */ - default : openum = OP_ADD; break; /* + */ - } - break; - case '-': - switch (c2) { - case '-': /* -- */ - case '=': /* -= */ - /* openum = OP_2; */ - break; - case '>': - if (cplus_val) { - if ((c3 = get_ch()) == '*') { /* ->* */ - openum = OP_3; - *out++ = c3; - } else { - /* openum = OP_2; */ - unget_ch(); - } - } /* else openum = OP_2; */ /* -> */ - /* else openum = OP_2; */ - break; - default : openum = OP_SUB; break; /* - */ - } - break; - case '%': - switch (c2) { - case '=': break; /* %= */ - case '>': /* %> i.e. } */ - if (mcpp_mode == STD && option_flags.dig) - openum = OP_RBRACE_D; - else - openum = OP_MOD; - break; - case ':': - if (mcpp_mode == STD && option_flags.dig) { - if ((c3 = get_ch()) == '%') { - if ((c4 = get_ch()) == ':') { /* %:%: i.e. ## */ - openum = OP_DSHARP_D; - *out++ = c3; - *out++ = c4; - } else { - unget_ch(); - unget_ch(); - openum = OP_SHARP_D; /* %: i.e. # */ - } - } else { - unget_ch(); - openum = OP_SHARP_D; /* %: i.e. # */ - } - if (in_define) { /* in #define */ - if (openum == OP_DSHARP_D) - openum = OP_CAT; - else - openum = OP_STR; - } - } else { - openum = OP_MOD; - } - break; - default : openum = OP_MOD; break; /* % */ - } - break; - case '*': - if (c2 != '=') /* * */ - openum = OP_MUL; - /* else openum = OP_2; */ /* *= */ - break; - case '/': - if (c2 != '=') /* / */ - openum = OP_DIV; - /* else openum = OP_2; */ /* /= */ - break; - case '^': - if (c2 != '=') /* ^ */ - openum = OP_XOR; - /* else openum = OP_2; */ /* ^= */ - break; - case '.': - if (standard) { - if (c2 == '.') { - c3 = get_ch(); - if (c3 == '.') { - openum = OP_ELL; /* ... */ - *out++ = c3; - break; - } else { - unget_ch(); - openum = OP_1; - } - } else if (cplus_val && c2 == '*') { /* .* */ - /* openum = OP_2 */ ; - } else { /* . */ - openum = OP_1; - } - } else { - openum = OP_1; - } - break; - case ':': - if (cplus_val && c2 == ':') /* :: */ - /* openum = OP_2 */ ; - else if (mcpp_mode == STD && c2 == '>' && option_flags.dig) - openum = OP_RBRCK_D; /* :> i.e. ] */ - else /* : */ - openum = OP_COL; - break; - default: /* Never reach here */ - cfatal( "Bug: Punctuator is mis-implemented %.0s0lx%x" /* _F_ */ - , 0, (long) c, 0); - openum = OP_1; - break; - } - - switch (openum) { - case OP_STR: - if (mcpp_mode == STD && c == '%') break; /* %: */ - case OP_1: - case OP_NOT: case OP_AND: case OP_OR: case OP_LT: - case OP_GT: case OP_ADD: case OP_SUB: case OP_MOD: - case OP_MUL: case OP_DIV: case OP_XOR: case OP_COM: - case OP_COL: /* Any single byte operator or punctuator */ - unget_ch(); - out--; - break; - default: /* Two or more bytes operators or punctuators */ - break; - } - - *out = EOS; - return out; -} - -int id_operator( - const char * name - ) -/* - * Check whether the name is identifier-like operator in C++. - * Return the operator number if matched, return 0 if not matched. - * Note: these identifiers are defined as macros in <iso646.h> in C95. - * This routine is never called in POST_STD mode. - */ -{ - typedef struct id_op { - const char * name; - int op_num; - } ID_OP; - - ID_OP id_ops[] = { - { "and", OP_ANA}, - { "and_eq", OP_2}, - { "bitand", OP_AND}, - { "bitor", OP_OR}, - { "compl", OP_COM}, - { "not", OP_NOT}, - { "not_eq", OP_NE}, - { "or", OP_ORO}, - { "or_eq", OP_2}, - { "xor", OP_XOR}, - { "xor_eq", OP_2}, - { 0, 0}, - }; - - ID_OP * id_p = id_ops; - - while (id_p->name != 0) { - if (str_eq( name, id_p->name)) - return id_p->op_num; - id_p++; - } - return 0; -} - -void expanding( - const char * name, /* The name of (nested) macro just expanded. */ - int to_be_freed /* The name should be freed later. */ - ) -/* - * Remember used macro name for diagnostic. - */ -{ - if (exp_mac_ind < EXP_MAC_IND_MAX - 1) { - exp_mac_ind++; - } else { - clear_exp_mac(); - exp_mac_ind++; - } - expanding_macro[ exp_mac_ind].name = name; - expanding_macro[ exp_mac_ind].to_be_freed = to_be_freed; -} - -void clear_exp_mac( void) -/* - * Initialize expanding_macro[] freeing names registered in - * name_to_be_freed[]. - */ -{ - int i; - - for (i = 1; i < EXP_MAC_IND_MAX; i++) { - if (expanding_macro[ i].to_be_freed) { - ACE_OS::free( (void *) expanding_macro[ i].name); - expanding_macro[ i].to_be_freed = FALSE; - } - } - exp_mac_ind = 0; -} - -int get_ch( void) -/* - * Return the next character from a macro or the current file. - * Always return the value representable by unsigned char. - */ -{ - int len; - int c; - FILEINFO * file; - - /* - * 'in_token' is set to TRUE while scan_token() is executed (and - * scan_id(), scan_quote(), scan_number(), scan_ucn() and scan_op() - * via scan_token()) in Standard mode to simplify tokenization. - * Any token cannot cross "file"s. - */ - if (in_token) - return (*infile->bptr++ & UCHARMAX); - - if ((file = infile) == 0) - return CHAR_EOF; /* End of all input */ - - if (mcpp_mode == POST_STD && file->fp) { /* In a source file */ - switch (insert_sep) { - case NO_SEP: - break; - case INSERT_SEP: /* Insert a token separator */ - insert_sep = INSERTED_SEP; /* Remember this fact */ - return ' '; /* for unget_ch(). */ - case INSERTED_SEP: /* Has just inserted */ - insert_sep = NO_SEP; /* Clear the flag */ - break; - } - } - if (! standard && squeezews) { - if (*file->bptr == ' ') - file->bptr++; /* Squeeze white spaces */ - squeezews = FALSE; - } - - if (mcpp_debug & GETC) { - mcpp_fprintf( DBG, "get_ch(%s) '%c' line %ld, bptr = %d, buffer" - , file->fp ? cur_fullname : file->real_fname ? file->real_fname - : file->filename ? file->filename : "0" - , *file->bptr & UCHARMAX - , src_line, (int) (file->bptr - file->buffer)); - dump_string( 0, file->buffer); - dump_unget( "get entrance"); - } - - /* - * Read a character from the current input logical line or macro. - * At EOS, either finish the current macro (freeing temporary storage) - * or get another logical line by parse_line(). - * At EOF, exit the current file (#included) or, at EOF from the MCPP input - * file, return CHAR_EOF to finish processing. - * The character is converted to int with no sign-extension. - */ - if ((c = (*file->bptr++ & UCHARMAX)) != EOS) { - if (standard) - return c; /* Just a character */ - if (! in_string && c == '\\' && *file->bptr == '\n' - && in_define /* '\\''\n' is deleted in #define line, */ - /* provided the '\\' is not the 2nd byte of mbchar. */ - && ! last_is_mbchar( file->buffer, ACE_OS::strlen( file->buffer) - 2 - && ! keep_spaces) - ) { - if (*(file->bptr - 2) == ' ') - squeezews = TRUE; - } else { - return c; - } - } - - /* - * Nothing in current line or macro. Get next line (if input from a - * file), or do end of file/macro processing, and reenter get_ch() to - * restart from the top. - */ - if (file->fp && /* In source file */ - parse_line() != 0) /* Get line from file */ - return get_ch(); - /* - * Free up space used by the (finished) file or macro and restart - * input from the parent file/macro, if any. - */ - infile = file->parent; /* Unwind file chain */ - ACE_OS::free( file->buffer); /* Free buffer */ - if (infile == 0) { /* If at end of input */ - ACE_OS::free( file->filename); - ACE_OS::free( const_cast<char *> (file->src_dir)); - ACE_OS::free( file); /* full_fname is the same with filename for main file*/ - return CHAR_EOF; /* Return end of file */ - } - if (file->fp) { /* Source file included */ - ACE_OS::free( file->filename); /* Free filename */ - ACE_OS::free( const_cast <char *> (file->src_dir)); /* Free src_dir */ - ACE_OS::fclose( file->fp); /* Close finished file */ - /* Do not free file->real_fname and file->full_fname */ - cur_fullname = const_cast <char *> (infile->full_fname); - cur_fname = infile->full_fname; /* Restore current fname*/ - - if (infile->pos != 0L) { /* Includer was closed */ - infile->fp = ACE_OS::fopen( cur_fullname, "r"); - ACE_OS::fseek( infile->fp, infile->pos, SEEK_SET); - } /* Re-open the includer and restore the file-position */ - len = (int) (infile->bptr - infile->buffer); - infile->buffer = (char *) ACE_OS::realloc( infile->buffer, NBUFF); - /* Restore full size buffer to get the next line */ - infile->bptr = infile->buffer + len; - src_line = infile->line; /* Reset line number */ - inc_dirp = infile->dirp; /* Includer's directory */ -#ifdef MCPP_LIB - mcpp_set_out_func( infile->last_fputc, infile->last_fputs, - infile->last_fprintf); -#endif - include_nest--; - src_line++; /* Next line to #include*/ - sharp( 0, infile->include_opt ? 1 : (file->include_opt ? 0 : 2)); - /* Need a #line now. Marker depends on include_opt. */ - /* The file of include_opt should be marked as 1. */ - /* Else if returned from include_opt file, it is the */ - /* main input file, and should not be marked. */ - /* Else, it is normal includer file, and marked as 2. */ - src_line--; - newlines = 0; /* Clear the blank lines*/ - if (mcpp_debug & MACRO_CALL) /* Should be re-initialized */ - com_cat_line.last_line = bsl_cat_line.last_line = 0L; - } else if (file->filename) { /* Expanding macro */ - if (macro_name) /* file->filename should be freed later */ - expanding( file->filename, TRUE); - else - ACE_OS::free( file->filename); - } - ACE_OS::free( file); /* Free file space */ - return get_ch(); /* Get from the parent */ -} - -static char * parse_line( void) -/* - * ANSI (ISO) C: translation phase 3. - * Parse a logical line. - * Check illegal control characters. - * Check unterminated string literal, character constant or comment. - * Convert each comment to one space (or spaces of the comment length on - * 'keep_spaces' mode).. - * Squeeze succeding white spaces other than <newline> (including comments) to - * one space (unless keep_spaces == TRUE). - * The lines might be spliced by comments which cross the lines. - */ -{ - char * temp; /* Temporary buffer */ - char * limit; /* Buffer end */ - char * tp; /* Current pointer into temporary buffer */ - char * sp; /* Pointer into input buffer */ - size_t com_size = 0; - int c; - - if ((sp = get_line( FALSE)) == 0) /* Next logical line */ - return 0; /* End of a file */ - if (in_asm) { /* In #asm block */ - while (char_type[ *sp++ & UCHARMAX] & SPA) - ; - if (*--sp == '#') /* Directive line */ - infile->bptr = sp; - return infile->bptr; /* Don't tokenize */ - } - tp = temp = (char *) ACE_OS::malloc( (size_t) NBUFF); - limit = temp + NBUFF - 2; - - while (char_type[ c = *sp++ & UCHARMAX] & HSP) { - if (mcpp_mode != POST_STD) - /* Preserve line top horizontal white spaces */ - /* as they are for human-readability */ - *tp++ = c; - /* Else skip the line top spaces */ - } - sp--; - - while ((c = *sp++ & UCHARMAX) != '\n') { - - switch (c) { - case '/': - switch (*sp++) { - case '*': /* Start of a comment */ - //com_start: - if ((sp = read_a_comment( sp, &com_size)) == 0) { - ACE_OS::free( temp); /* End of file with un- */ - return 0; /* terminated comment */ - } - if (keep_spaces && mcpp_mode != OLD_PREP) { - if (tp + com_size >= limit - 1) /* Too long comment */ - com_size = limit - tp - 1; /* Truncate */ - while (com_size--) - *tp++ = ' '; /* Spaces of the comment length */ - break; - } - switch (mcpp_mode) { - case POST_STD: - if (temp < tp && *(tp - 1) != ' ') - *tp++ = ' '; /* Squeeze white spaces */ - break; - case OLD_PREP: - if (temp == tp - || ! (char_type[ *(tp - 1) & UCHARMAX] & HSP)) - *tp++ = COM_SEP; /* Convert to magic character */ - break; - default: - if (temp == tp || - ! (char_type[ *(tp - 1) & UCHARMAX] & HSP)) - *tp++ = ' '; /* Squeeze white spaces */ - break; - } - break; - case '/': /* // */ - if (! standard) - goto not_comment; - /* Comment when C++ or __STDC_VERSION__ >= 199901L */ - /* Need not to convert to a space because '\n' follows */ - if (! stdc2 && (warn_level & 2)) - cwarn( "Parsed \"//\" as comment" /* _W2_ */ - , 0, 0L, 0); - if (keep_comments) { - sp -= 2; - while (*sp != '\n') /* Until end of line */ - mcpp_fputc( *sp++, OUT); - } - goto end_line; - default: /* Not a comment */ - not_comment: - *tp++ = '/'; - sp--; /* To re-read */ - break; - } - break; - case '\r': /* Vertical white spaces*/ - /* Note that [CR+LF] is already converted to [LF]. */ - case '\f': - case '\v': - if (warn_level & 4) - cwarn( "Converted %.0s0x%02lx to a space" /* _W4_ */ - , 0, (long) c, 0); - case '\t': /* Horizontal space */ - case ' ': - if (keep_spaces) { - if (c == '\t') - *tp++ = '\t'; - else - *tp++ = ' '; /* Convert to ' ' */ - } else if (! (char_type[ *(tp - 1) & UCHARMAX] & HSP)) { - *tp++ = ' '; /* Squeeze white spaces */ - } else if (mcpp_mode == OLD_PREP && *(tp - 1) == COM_SEP) { - *(tp - 1) = ' '; /* Replace COM_SEP with ' ' */ - } - break; - case '"': /* String literal */ - case '\'': /* Character constant */ - infile->bptr = sp; - if (standard) { - tp = scan_quote( c, tp, limit, TRUE); - } else { - in_string = TRUE; /* Enable line splicing by scan_quote() */ - tp = scan_quote( c, tp, limit, TRUE); /* (not by get_ch())*/ - in_string = FALSE; - } - if (tp == 0) { - ACE_OS::free( temp); /* Unbalanced quotation */ - return parse_line(); /* Skip the line */ - } - sp = infile->bptr; - break; - default: - if (iscntrl( c)) { - cerror( /* Skip the control character */ - "Illegal control character %.0s0x%lx, skipped the character" /* _E_ */ - , 0, (long) c, 0); - } else { /* Any valid character */ - *tp++ = c; - } - break; - } - - if (limit < tp) { - *tp = EOS; - cfatal( "Too long line spliced by comments" /* _F_ */ - , 0, 0L, 0); - } - } - - end_line: - if (temp < tp && (char_type[ *(tp - 1) & UCHARMAX] & HSP)) - tp--; /* Remove trailing white space */ - *tp++ = '\n'; - *tp = EOS; - infile->bptr = ACE_OS::strcpy( infile->buffer, temp); /* Write back to buffer */ - ACE_OS::free( temp); - if (macro_line != 0 && macro_line != MACRO_ERROR) { /* Expanding macro */ - temp = infile->buffer; - while (char_type[ *temp & UCHARMAX] & HSP) - temp++; - if (*temp == '#' /* This line starts with # token */ - || (mcpp_mode == STD && *temp == '%' && *(temp + 1) == ':')) - if (warn_level & 1) - cwarn( - "Macro started at line %.0s%ld swallowed directive-like line" /* _W1_ */ - , 0, macro_line, 0); - } - return infile->buffer; -} - -static char * read_a_comment( - char * sp, /* Source */ - size_t * sizp /* Size of the comment */ - ) -/* - * Read over a comment (which may cross the lines). - */ -{ - int c; - char * saved_sp = 0; - int cat_line = 0; /* Number of catenated lines */ - - if (keep_spaces) { - saved_sp = sp - 2; /* '-2' for beginning / and * */ - *sizp = 0; - } - if (keep_comments) /* If writing comments */ - mcpp_fputs( "/*", OUT); /* Write the initializer*/ - c = *sp++; - - while (1) { /* Eat a comment */ - if (keep_comments) - mcpp_fputc( c, OUT); - - switch (c) { - case '/': - if ((c = *sp++) != '*') /* Don't let comments */ - continue; /* nest. */ - if (warn_level & 1) - cwarn( "\"/*\" within comment", 0, 0L, 0); /* _W1_ */ - if (keep_comments) - mcpp_fputc( c, OUT); - /* Fall into * stuff */ - case '*': - if ((c = *sp++) != '/') /* If comment doesn't */ - continue; /* end, look at next. */ - if (keep_comments) { /* Put out comment */ - mcpp_fputc( c, OUT); /* terminator, too. */ - mcpp_fputc( '\n', OUT); /* Append '\n' to avoid */ - /* trouble on some other tools such as rpcgen. */ - wrong_line = TRUE; - } - if (keep_spaces) /* Save the length */ - *sizp = *sizp + (sp - saved_sp); - if ((mcpp_debug & MACRO_CALL) && compiling) { - if (cat_line) { - cat_line++; - com_cat_line.len[ cat_line] /* Catenated length */ - = com_cat_line.len[ cat_line - 1] - + ACE_OS::strlen( infile->buffer) - 1; - /* '-1' for '\n' */ - com_cat_line.last_line = src_line; - } - } - return sp; /* End of comment */ - case '\n': /* Line-crossing comment*/ - if (keep_spaces) /* Save the length */ - *sizp = *sizp + (sp - saved_sp) - 1; /* '-1' for '\n' */ - if ((mcpp_debug & MACRO_CALL) && compiling) { - /* Save location informations */ - if (cat_line == 0) /* First line of catenation */ - com_cat_line.start_line = src_line; - if (cat_line >= MAX_CAT_LINE - 1) { - *sizp = 0; /* Discard the too long comment */ - cat_line = 0; - if (warn_level & 4) - cwarn( - "Too long comment, discarded up to here" /* _W4_ */ - , 0, 0L, 0); - } - cat_line++; - com_cat_line.len[ cat_line] - = com_cat_line.len[ cat_line - 1] - + ACE_OS::strlen( infile->buffer) - 1; - } - if ((saved_sp = sp = get_line( TRUE)) == 0) - return 0; /* End of file within comment */ - /* Never happen, because at_eof() supplement closing*/ - wrong_line = TRUE; /* We'll need a #line later */ - break; - default: /* Anything else is */ - break; /* just a character */ - } /* End switch */ - - c = *sp++; - } /* End comment loop */ - - return sp; /* Never reach here */ -} - -static char * mcpp_fgets( - char * s, - int size, - FILE * stream - ) -{ - return ACE_OS::fgets( s, size, stream); -} - -static char * get_line( - int in_comment - ) -/* - * ANSI (ISO) C: translation phase 1, 2. - * Get the next logical line from source file. - * Convert [CR+LF] to [LF]. - */ -{ -#if COMPILER == INDEPENDENT -#define cr_warn_level 1 -#else -#define cr_warn_level 2 -#endif - static int cr_converted; - int converted = FALSE; - int len; /* Line length - alpha */ - char * ptr; - int cat_line = 0; /* Number of catenated lines */ - - if (infile == 0) /* End of a source file */ - return 0; - ptr = infile->bptr = infile->buffer; - if ((mcpp_debug & MACRO_CALL) && src_line == 0) /* Initialize */ - com_cat_line.last_line = bsl_cat_line.last_line = 0L; - - while (mcpp_fgets( ptr, (int) (infile->buffer + NBUFF - ptr), infile->fp) - != 0) { - /* Translation phase 1 */ - src_line++; /* Gotten next physical line */ - if (standard && src_line == std_limits.line_num + 1 - && (warn_level & 1)) - cwarn( "Line number %.0s\"%ld\" got beyond range" /* _W1_ */ - , 0, src_line, 0); - if (mcpp_debug & (TOKEN | GETC)) { /* Dump it to DBG */ - mcpp_fprintf( DBG, "\n#line %ld (%s)", src_line, cur_fullname); - dump_string( 0, ptr); - } - len = ACE_OS::strlen( ptr); - if (NBUFF - 1 <= ptr - infile->buffer + len - && *(ptr + len - 1) != '\n') { - /* The line does not yet end, though the buffer is full. */ - if (NBUFF - 1 <= len) - cfatal( "Too long source line" /* _F_ */ - , 0, 0L, 0); - else - cfatal( "Too long logical line" /* _F_ */ - , 0, 0L, 0); - } - if (*(ptr + len - 1) != '\n') /* Unterminated source line */ - break; - if (len >= 2 && *(ptr + len - 2) == '\r') { /* [CR+LF] */ - *(ptr + len - 2) = '\n'; - *(ptr + --len) = EOS; - if (! cr_converted && (warn_level & cr_warn_level)) { - cwarn( "Converted [CR+LF] to [LF]" /* _W1_ _W2_ */ - , 0, 0L, 0); - cr_converted = TRUE; - } - } - if (standard) { - if (option_flags.trig) - converted = cnv_trigraph( ptr); - if (mcpp_mode == POST_STD && option_flags.dig) - converted += cnv_digraph( ptr); - if (converted) - len = ACE_OS::strlen( ptr); - /* Translation phase 2 */ - len -= 2; - if (len >= 0) { - if ((*(ptr + len) == '\\') && ! last_is_mbchar( ptr, len)) { - /* <backslash><newline> (not MBCHAR) */ - ptr = infile->bptr += len; /* Splice the lines */ - wrong_line = TRUE; - if ((mcpp_debug & MACRO_CALL) && compiling) { - /* Save location informations */ - if (cat_line == 0) /* First line of catenation */ - bsl_cat_line.start_line = src_line; - if (cat_line < MAX_CAT_LINE) - /* Record the catenated length */ - bsl_cat_line.len[ ++cat_line] - = ACE_OS::strlen( infile->buffer) - 2; - /* Else ignore */ - } - continue; - } - } -#if NBUFF-2 > SLEN90MIN - if (ptr - infile->buffer + len + 2 > std_limits.str_len + 1 - && (warn_level & 4)) /* +1 for '\n' */ - cwarn( "Logical source line longer than %.0s%ld bytes" /* _W4_ */ - , 0, std_limits.str_len, 0); -#endif - } - if ((mcpp_debug & MACRO_CALL) && compiling) { - if (cat_line && cat_line < MAX_CAT_LINE) { - bsl_cat_line.len[ ++cat_line] = ACE_OS::strlen( infile->buffer) - 1; - /* Catenated length: '-1' for '\n' */ - bsl_cat_line.last_line = src_line; - } - } - return infile->bptr = infile->buffer; /* Logical line */ - } - - /* End of a (possibly included) source file */ - if (ferror( infile->fp)) - cfatal( "File read error", 0, 0L, 0); /* _F_ */ - if ((ptr = at_eof( in_comment)) != 0) /* Check at end of file */ - return ptr; /* Partial line supplemented */ - if (option_flags.z) { - no_output--; /* End of included file */ - keep_comments = option_flags.c && compiling && !no_output; - } - return 0; -} - -#define TRIOFFSET 10 - -int cnv_trigraph( - char * in - ) -/* - * Perform in-place trigraph replacement on a physical line. This was added - * to the C90. In an input text line, the sequence ??[something] is - * transformed to a character (which might not appear on the input keyboard). - */ -{ - const char * const tritext = "=(/)'<!>-\0#[\\]^{|}~"; - /* ^ ^ - * +----------+ - * this becomes this - */ - int count = 0; - const char * tp; - - while ((in = ACE_OS::strchr( in, '?')) != 0) { - if (*++in != '?') - continue; - while (*++in == '?') - ; - if ((tp = ACE_OS::strchr( tritext, *in)) == 0) - continue; - *(in - 2) = *(tp + TRIOFFSET); - in--; - ACE_OS::memmove( in, in + 2, ACE_OS::strlen( in + 1)); - count++; - } - - if (count && (warn_level & 16)) - cwarn( "%.0s%ld trigraph(s) converted" /* _W16_ */ - , 0, (long) count, 0); - return count; -} - -int cnv_digraph( - char * in - ) -/* - * Perform in-place digraph replacement on a physical line. - * Called only in POST_STD mode. - */ -{ - int count = 0; - int i; - int c1, c2; - - while ((i = ACE_OS::strcspn( in, "%:<")), (c1 = *(in + i)) != '\0') { - in += i + 1; - c2 = *in; - switch (c1) { - case '%' : - switch (c2) { - case ':' : *(in - 1) = '#'; break; - case '>' : *(in - 1) = '}'; break; - default : continue; - } - break; - case ':' : - switch (c2) { - case '>' : *(in - 1) = ']'; break; - default : continue; - } - break; - case '<' : - switch (c2) { - case '%' : *(in - 1) = '{'; break; - case ':' : *(in - 1) = '['; break; - default : continue; - } - break; - } - ACE_OS::memmove( in, in + 1, ACE_OS::strlen( in)); - count++; - } - - if (count && (warn_level & 16)) - cwarn( "%.0s%ld digraph(s) converted" /* _W16_ */ - , 0, (long) count, 0); - return count; -} - -static char * at_eof( - int in_comment - ) -/* - * Check the partial line, unterminated comment, unbalanced #if block, - * uncompleted macro call at end of a file or at end of input. - * Supplement the line terminator, if possible. - * Return the supplemented line or 0 on unrecoverable error. - */ -{ - const char * const format - = "End of %s with %.0ld%s"; /* _E_ _W1_ */ - const char * const unterm_if_format - = "End of %s within #if (#ifdef) section started at line %ld"; /* _E_ _W1_ */ - const char * const unterm_macro_format - = "End of %s within macro call started at line %ld";/* _E_ _W1_ */ - const char * const input - = infile->parent ? "file" : "input"; /* _E_ _W1_ */ - const char * const no_newline - = "no newline, supplemented newline"; /* _W1_ */ - const char * const unterm_com - = "unterminated comment, terminated the comment"; /* _W1_ */ - const char * const backsl = "\\, deleted the \\"; /* _W1_ */ - const char * const unterm_asm_format - = "End of %s with unterminated #asm block started at line %ld"; /* _E_ _W1_ */ - size_t len; - char * cp; - - cp = infile->buffer; - len = ACE_OS::strlen( cp); - if (len && *(cp += (len - 1)) != '\n') { - *++cp = '\n'; /* Supplement <newline> */ - *++cp = EOS; - if (mcpp_mode != OLD_PREP && (warn_level & 1)) - cwarn( format, input, 0L, no_newline); - return infile->bptr = infile->buffer; - } - if (standard && infile->buffer < infile->bptr) { - /* No line after <backslash><newline> */ - cp = infile->bptr; - *cp++ = '\n'; /* Delete the \\ */ - *cp = EOS; - if (warn_level & 1) - cwarn( format, input, 0L, backsl); - return infile->bptr = infile->buffer; - } - if (in_comment) { /* End of file within a comment */ - if (mcpp_mode != OLD_PREP && (warn_level & 1)) - cwarn( format, input, 0L, unterm_com); - /* The partial comment line has been already read by */ - /* read_a_comment(), so supplement the next line. */ - ACE_OS::strcpy( infile->buffer, "*/\n"); - return infile->bptr = infile->buffer; - } - - if (infile->initif < ifptr) { - IFINFO * ifp = infile->initif + 1; - if (standard) { - cerror( unterm_if_format, input, ifp->ifline, 0); - ifptr = infile->initif; /* Clear information of */ - compiling = ifptr->stat; /* erroneous grouping */ - } else if (mcpp_mode == KR && (warn_level & 1)) { - cwarn( unterm_if_format, input, ifp->ifline, 0); - } - } - - if (macro_line != 0 && macro_line != MACRO_ERROR - && ((mcpp_mode == STD && in_getarg) || ! standard)) { - if (standard) { - cerror( unterm_macro_format, input, macro_line, 0); - macro_line = MACRO_ERROR; - } else if (warn_level & 1) { - cwarn( unterm_macro_format, input, macro_line, 0); - } - } - - if (in_asm && mcpp_mode == KR && (warn_level & 1)) - cwarn( unterm_asm_format, input, in_asm, 0); - - return 0; -} - -void unget_ch( void) -/* - * Back the pointer to reread the last character. Fatal error (code bug) - * if we back too far. unget_ch() may be called, without problems, at end of - * file. Only one character may be ungotten. If you need to unget more, - * call unget_string(). - */ -{ - if (in_token) { - infile->bptr--; - return; - } - - if (infile != 0) { - if (mcpp_mode == POST_STD && infile->fp) { - switch (insert_sep) { - case INSERTED_SEP: /* Have just read an inserted separator */ - insert_sep = INSERT_SEP; - return; - case INSERT_SEP: - cfatal( "Bug: unget_ch() just after scan_token()" /* _F_ */ - , 0, 0L, 0); - break; - default: - break; - } - } - --infile->bptr; - if (infile->bptr < infile->buffer) /* Shouldn't happen */ - cfatal( "Bug: Too much pushback", 0, 0L, 0); /* _F_ */ - } - - if (mcpp_debug & GETC) - dump_unget( "after unget"); -} - -FILEINFO * unget_string( - const char * text, /* Text to unget */ - const char * name /* Name of the macro, if any*/ - ) -/* - * Push a string back on the input stream. This is done by treating - * the text as if it were a macro or a file. - */ -{ - FILEINFO * file; - size_t size; - - if (text) - size = ACE_OS::strlen( text) + 1; - else - size = 1; - file = get_file( name, 0, 0, size, FALSE); - if (text) - ACE_OS::memcpy( file->buffer, text, size); - else - *file->buffer = EOS; - return file; -} - -char * save_string( - const char * text - ) -/* - * Store a string into free memory. - */ -{ - char * result; - size_t size; - - size = ACE_OS::strlen( text) + 1; - result = (char *) ACE_OS::malloc( size); - ACE_OS::memcpy( result, text, size); - return result; -} - -FILEINFO * get_file( - const char * name, /* File or macro name */ - const char * src_dir, /* Source file directory*/ - const char * fullname, /* Full path list */ - size_t bufsize, /* Line buffer size */ - int include_opt /* Specified by -include opt (for GCC) */ - ) -/* - * Common FILEINFO buffer initialization for a new file or macro. - */ -{ - FILEINFO * file; - - file = (FILEINFO *) ACE_OS::malloc( sizeof (FILEINFO)); - file->buffer = (char *) ACE_OS::malloc( bufsize); - file->bptr = file->buffer; /* Initialize line ptr */ - file->buffer[ 0] = EOS; /* Force first read */ - file->line = 0L; /* (Not used just yet) */ - file->fp = 0; /* No file yet */ - file->pos = 0L; /* No pos to remember */ - file->parent = infile; /* Chain files together */ - file->initif = ifptr; /* Initial ifstack */ - file->include_opt = include_opt; /* Specified by -include*/ - file->dirp = 0; /* No include dir yet */ - file->real_fname = name; /* Save file/macro name */ - file->full_fname = fullname; /* Full path list */ - if (name) { - file->filename = (char *) ACE_OS::malloc( ACE_OS::strlen( name) + 1); - ACE_OS::strcpy( file->filename, name); /* Copy for #line */ - } else { - file->filename = 0; - } - if (src_dir) { - file->src_dir = (char *) ACE_OS::malloc( ACE_OS::strlen( src_dir) + 1); - ACE_OS::strcpy( const_cast <char *> (file->src_dir), src_dir); - } else { - file->src_dir = 0; - } -#ifdef MCPP_LIB - file->last_fputc = mcpp_lib_fputc; - file->last_fputs = mcpp_lib_fputs; - file->last_fprintf = mcpp_lib_fprintf; -#endif - if (infile != 0) { /* If #include file */ - infile->line = src_line; /* Save current line */ -#ifdef MCPP_LIB - infile->last_fputc = mcpp_fputc; - infile->last_fputs = mcpp_fputs; - infile->last_fprintf = mcpp_fprintf; -#endif - } - infile = file; /* New current file */ - - return file; /* All done. */ -} - -static const char * const out_of_memory -= "Out of memory (required size is %.0s0x%lx bytes)"; /* _F_ */ - -// char * -// malloc( -// size_t size -// ) -// /* -// * Get a block of free memory. -// */ -// { -// char * result; - -// if ((result = (char *) ACE_OS::malloc( size)) == 0) { -// if (mcpp_debug & MEMORY) -// print_heap(); -// cfatal( out_of_memory, 0, (long) size, 0); -// } -// return result; -// } - -// char * (ACE_OS::realloc)( -// char * ptr, -// size_t size -// ) -// /* -// * Reallocate ACE_OS::malloc()ed memory. -// */ -// { -// char * result; - -// if ((result = (char *) ACE_OS::realloc( ptr, size)) == 0 && size != 0) { -// /* 'size != 0' is necessary to cope with some */ -// /* implementation of realloc( ptr, 0) which returns 0. */ -// if (mcpp_debug & MEMORY) -// print_heap(); -// cfatal( out_of_memory, 0, (long) size, 0); -// } -// return result; -// } - -LINE_COL * get_src_location( - LINE_COL * p_line_col /* Line and column on phase 4 */ - ) -/* - * Convert line-column datum of just after translation phase 3 into that of - * phase 2, tracing back line splicing by a comment and <backslash><newline>. - * Note: This conversion does not give correct datum on a line catenated by - * both of <backslash><newline> and line-crossing-comment at the same time. - * - * com_cat_line and bsl_cat_line have data only on last catenated line. - * com_cat_line.len[] and bsl_cat_line.len[] have the length of catenated - * line, and len[ 0] is always 0, followed by len[ 1], len[ 2], ..., as - * accumulated length of successively catenated lines. - */ -{ - long line; - size_t col; - size_t * cols; - CAT_LINE * l_col_p; - int i; - - line = p_line_col->line; - col = p_line_col->col; - - for (i = 0; i <= 1; i++) { - l_col_p = i ? & bsl_cat_line : & com_cat_line; - if (l_col_p->last_line != line) - continue; - /* Else just catenated line */ - cols = l_col_p->len + 1; - while (*cols < col) - cols++; - if (col <= *cols) { - cols--; - col -= *cols; - } - line = l_col_p->start_line + (cols - l_col_p->len); - } - - p_line_col->line = line; - p_line_col->col = col + 1; - /* col internally start at 0, output start at 1 */ - - return p_line_col; -} - -static void put_line( - char * out, - FILE * fp - ) -/* - * Put out a logical source line. - * This routine is called only in OLD_PREP mode. - */ -{ - int c; - - while ((c = *out++) != EOS) { - if (c != COM_SEP) /* Skip 0-length comment */ - mcpp_fputc( c, FP2DEST( fp)); - } -} - -static void do_msg( - const char * severity, /* "fatal", "error", "warning" */ - const char * format, /* Format for the error message */ - const char * arg1, /* String arg. for the message */ - long arg2, /* Integer argument */ - const char * arg3 /* Second string argument */ - ) -/* - * Print filenames, macro names, line numbers and error messages. - * Also print macro definitions on macro expansion problems. - */ -{ - FILEINFO * file; - DEFBUF * defp; - int i; - size_t slen; - const char * arg_s[ 2]; - char * arg_t[ 2]; - char * tp; - const char * sp; - int c; - int ind; - - ACE_OS::fflush( fp_out); /* Synchronize output and diagnostics */ - arg_s[ 0] = arg1; arg_s[ 1] = arg3; - - for (i = 0; i < 2; i++) { /* Convert special characters to visible */ - sp = arg_s[ i]; - if (sp != 0) - slen = ACE_OS::strlen( sp) + 1; - else - slen = 1; - tp = arg_t[ i] = (char *) ACE_OS::malloc( slen); - /* Don't use ACE_OS::malloc() so as not to cause infinite recursion */ - if (sp == 0 || *sp == EOS) { - *tp = EOS; - continue; - } - - while ((c = *sp++) != EOS) { - switch (c) { - case TOK_SEP: - if (mcpp_mode == OLD_PREP) /* COM_SEP */ - break; /* Skip magic characters */ - /* Else fall through */ - case RT_END: - case CAT: - case ST_QUOTE: - case DEF_MAGIC: - if (! standard) - *tp++ = ' '; - break; /* Skip the magic characters*/ - case IN_SRC: - if (! standard) - *tp++ = ' '; - if ((mcpp_debug & MACRO_CALL) && ! in_directive) - sp += 2; /* Skip two more bytes */ - break; - case MAC_INF: - if (mcpp_mode != STD) { - *tp++ = ' '; - /* Illegal control character, convert to a space*/ - } else { - switch (*sp++) { /* Skip the magic characters*/ - case MAC_ARG_START : - sp++; - /* Fall through */ - case MAC_CALL_START : - sp += 2; - break; - case MAC_ARG_END : - if (! option_flags.v) - break; - else - sp++; - /* Fall through */ - case MAC_CALL_END : - if (option_flags.v) - sp += 2; - break; - } - } - break; - case '\n': - *tp++ = ' '; /* Convert '\n' to a space */ - break; - default: - *tp++ = c; - break; - } - } - - if (*(sp - 2) == '\n') - tp--; - *tp = EOS; - } - - /* Print source location and diagnostic */ - file = infile; - while (file != 0 && (file->fp == 0 || file->fp == (FILE *)-1)) - file = file->parent; /* Skip macro */ - if (file != 0) { - file->line = src_line; - mcpp_fprintf( ERR, "%s:%ld: %s: ", cur_fullname, src_line, severity); - } - mcpp_fprintf( ERR, format, arg_t[ 0], arg2, arg_t[ 1]); - mcpp_fputc( '\n', ERR); - if (option_flags.no_source_line) - goto free_arg; - - /* Print source line, includers and expanding macros */ - file = infile; - if (file != 0 && file->fp != 0) { - if (mcpp_mode == OLD_PREP) { - mcpp_fputs( " ", ERR); - put_line( file->buffer, fp_err); - } else { - mcpp_fprintf( ERR, " %s", file->buffer); - /* Current source line */ - } - file = file->parent; - } - while (file != 0) { /* Print #includes, too */ - if (file->fp == 0) { /* Macro */ - if (file->filename) { - defp = look_id( file->filename); - if ((defp->nargs > DEF_NOARGS_STANDARD) - && ! (file->parent && file->parent->filename - && str_eq( file->filename, file->parent->filename))) - /* If the name is not duplicate of parent */ - dump_a_def( " macro", defp, FALSE, TRUE, fp_err); - } - } else { /* Source file */ - if (file->buffer[ 0] == '\0') - ACE_OS::strcpy( file->buffer, "\n"); - if (mcpp_mode != OLD_PREP) { - mcpp_fprintf( ERR, " from %s: %ld: %s", - file->line ? file->full_fname /* Full-path-list */ - : "<stdin>", /* Included by -include */ - file->line, /* Current line number */ - file->buffer); /* The source line */ - } else { - mcpp_fprintf( ERR, " from %s: %ld: ", file->full_fname - , file->line); - put_line( file->buffer, fp_err); - } - } - file = file->parent; - } - - if (! macro_name) - goto free_arg; - /* Additional information of macro definitions */ - expanding_macro[ 0].name = macro_name; - for (ind = 0; ind <= exp_mac_ind; ind++) { - int ind_done; - - for (ind_done = 0; ind_done < ind; ind_done++) - if (str_eq( expanding_macro[ ind].name - , expanding_macro[ ind_done].name)) - break; /* Already reported */ - if (ind_done < ind) - continue; - for (file = infile; file; file = file->parent) - if (file->fp == 0 && file->filename - && str_eq( expanding_macro[ ind].name, file->filename)) - break; /* Already reported */ - if (file) - continue; - if ((defp = look_id( expanding_macro[ ind].name)) != 0) { - if (defp->nargs <= DEF_NOARGS_STANDARD) - continue; /* Standard predefined */ - dump_a_def( " macro", defp, FALSE, TRUE, fp_err); - /* Macro already read over */ - } - } - - free_arg: - for (i = 0; i < 2; i++) - ACE_OS::free( arg_t[ i]); -} - -void cfatal( - const char * format, - const char * arg1, - long arg2, - const char * arg3 - ) -/* - * A real disaster. - */ -{ - do_msg( "fatal error", format, arg1, arg2, arg3); - longjmp( error_exit, -1); -} - -void cerror( - const char * format, - const char * arg1, - long arg2, - const char * arg3 - ) -/* - * Print a error message. - */ -{ - do_msg( "error", format, arg1, arg2, arg3); - errors++; -} - -void cwarn( - const char * format, - const char * arg1, - long arg2, - const char * arg3 - ) -/* - * Maybe an error. - */ -{ - do_msg( "warning", format, arg1, arg2, arg3); -} - -void dump_string( - const char * why, - const char * text - ) -/* - * Dump text readably. - * Bug: macro argument number may be putout as a control character or any - * other character, just after MAC_PARM has been read away. - */ -{ - const char * cp; - const char * chr; - int c, c1, c2; - - if (why != 0) - mcpp_fprintf( DBG, " (%s)", why); - mcpp_fputs( " => ", DBG); - - if (text == 0) { - mcpp_fputs( "0", DBG); - return; - } - - for (cp = text; (c = *cp++ & UCHARMAX) != EOS; ) { - chr = 0; - - switch (c) { - case MAC_PARM: - c = *cp++ & UCHARMAX; /* Macro parameter number */ - mcpp_fprintf( DBG, "<%d>", c); - break; - case MAC_INF: - if (! (mcpp_mode == STD && (mcpp_debug & MACRO_CALL))) - goto no_magic; - /* Macro informations inserted by -K option */ - c2 = *cp++ & UCHARMAX; - if (option_flags.v || c2 == MAC_CALL_START - || c2 == MAC_ARG_START) { - c = ((*cp++ & UCHARMAX) - 1) * UCHARMAX; - c += (*cp++ & UCHARMAX) - 1; - } - switch (c2) { - case MAC_CALL_START: - mcpp_fprintf( DBG, "<MAC%d>", c); - break; - case MAC_CALL_END: - if (option_flags.v) - mcpp_fprintf( DBG, "<MAC_END%d>", c); - else - chr = "<MAC_END>"; - break; - case MAC_ARG_START: - c1 = *cp++ & UCHARMAX; - mcpp_fprintf( DBG, "<MAC%d:ARG%d>", c, c1 - 1); - break; - case MAC_ARG_END: - if (option_flags.v) { - c1 = *cp++ & UCHARMAX; - mcpp_fprintf( DBG, "<ARG_END%d-%d>", c, c1 - 1); - } else { - chr = "<ARG_END>"; - } - break; - } - break; - case DEF_MAGIC: - if (standard) { - chr = "<MAGIC>"; - break; - } /* Else fall through */ - case CAT: - if (standard) { - chr = "##"; - break; - } /* Else fall through */ - case ST_QUOTE: - if (standard) { - chr = "#"; - break; - } /* Else fall through */ - case RT_END: - if (standard) { - chr = "<RT_END>"; - break; - } /* Else fall through */ - case IN_SRC: - if (standard) { - if ((mcpp_debug & MACRO_CALL) && ! in_directive) { - int num; - num = ((*cp++ & UCHARMAX) - 1) * UCHARMAX; - num += (*cp++ & UCHARMAX) - 1; - mcpp_fprintf( DBG, "<SRC%d>", num); - } else { - chr = "<SRC>"; - } - } else { /* Control character */ - mcpp_fprintf( DBG, "<^%c>", c + '@'); - } - break; - case TOK_SEP: - if (mcpp_mode == STD) { - chr = "<TSEP>"; - break; - } else if (mcpp_mode == OLD_PREP) { /* COM_SEP */ - chr = "<CSEP>"; - break; - } /* Else fall through */ - default: - no_magic: - if (c < ' ') - mcpp_fprintf( DBG, "<^%c>", c + '@'); - else - mcpp_fputc( c, DBG); - break; - } - - if (chr) - mcpp_fputs( chr, DBG); - } - - mcpp_fputc( '\n', DBG); -} - -void dump_unget( - const char * why - ) -/* - * Dump all ungotten junk (pending macros and current input lines). - */ -{ - const FILEINFO * file; - - mcpp_fputs( "dump of pending input text", DBG); - if (why != 0) { - mcpp_fputs( "-- ", DBG); - mcpp_fputs( why, DBG); - } - mcpp_fputc( '\n', DBG); - - for (file = infile; file != 0; file = file->parent) - dump_string( file->real_fname ? file->real_fname - : file->filename ? file->filename : "0", file->bptr); -} - -static void dump_token( - int token_type, - const char * cp /* Token */ - ) -/* - * Dump a token. - */ -{ - static const char * const t_type[] - = { "NAM", "NUM", "STR", "WSTR", "CHR", "WCHR", "OPE", "SPE" - , "SEP", }; - - mcpp_fputs( "token", DBG); - dump_string( t_type[ token_type - NAM], cp); -} - diff --git a/TAO/TAO_IDL/contrib/mcpp/system.H b/TAO/TAO_IDL/contrib/mcpp/system.H deleted file mode 100644 index 188bc47c024..00000000000 --- a/TAO/TAO_IDL/contrib/mcpp/system.H +++ /dev/null @@ -1,399 +0,0 @@ -/*- $Id$ - * Copyright (c) 1998, 2002-2008 Kiyoshi Matsui <kmatsui@t3.rim.or.jp> - * All rights reserved. - * - * Some parts of this code are derived from the public domain software - * DECUS cpp (1984,1985) written by Martin Minow. - * - * Redistribution and use in source and binary forms, with or without - * modification, are permitted provided that the following conditions - * are met: - * 1. Redistributions of source code must retain the above copyright - * notice, this list of conditions and the following disclaimer. - * 2. Redistributions in binary form must reproduce the above copyright - * notice, this list of conditions and the following disclaimer in the - * documentation and/or other materials provided with the distribution. - * - * THIS SOFTWARE IS PROVIDED BY THE AUTHOR ``AS IS'' AND - * ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE - * IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE - * ARE DISCLAIMED. IN NO EVENT SHALL THE AUTHOR BE LIABLE - * FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL - * DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS - * OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) - * HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT - * LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY - * OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF - * SUCH DAMAGE. - */ - -/* - * S Y S T E M . H - * S y s t e m D e p e n d e n t - * D e f i n i t i o n s f o r M C P P - * - * Definitions in this file may be edited to configure MCPP for particular - * operating systems and compiler configurations. - * - * Note: MCPP assumes the system implement the Ascii character set. - * If this is not the case, you will have to do some editing here and there. - */ - -#define SYSTEM_H - -#if HAVE_CONFIG_H -//#include "configed.H" -#else -#include "noconfig.H" -#endif - -/* Some system has a wrong definition of UCHAR_MAX. See cpp-test.html#5.1.3 */ -#if UCHARMAX < -255 -/* The definition of UCHARMAX (possibly UCHAR_MAX too) is wrong. */ -/* Define it as a signed int value, not as an unsigned value. */ -#undef UCHARMAX -#define UCHARMAX ((1 << CHAR_BIT) - 1) -#endif - -/* - * PART 1 and PART 2 are defined in the above header files. - */ - -/* - * P A R T 1 Configurations for target-operating-system - * and target-compiler. - */ - -/* - * P A R T 2 Configurations for host-compiler. - */ - -/* - * P A R T 3 Configurations for default settings, typedefs and - * translation limits. - */ - -/* - * The variable 'mcpp_mode' specifies the mode of preprocessing as one of - * OLD_PREP, KR, STD, or POST_STD. - * Those modes have many differences each other -- - * i.e. handling of translation phases; handling of some - * preprocessing tokens; availability of some directives; way of - * macro expansion; - * -- as follows. - * - * KR Actual arguments of a macro are expanded (after substitution) - * with rest of the replacement text and the subsequent source text. - * ## in macro definition has no significance to cpp. The surrounding - * tokens are macro-expanded separately. Also, # has no significance - * to cpp. The following token is expanded. - * Directly or intermediately recursive macro call causes an error. - * <backslash><newline> sequence is deleted only in string literals - * and in #define directive lines. - * sizeof (type) can be used in #if line. - * KR corresponds to the "K&R 1st." - * - * OLD_PREP In addition to the KR specifications, this mode has the - * following characteristics (and some others). - * Converts comment to 0 space instead of 1 space. - * Expands the parameter like spelling in string literal as a macro. - * Does not check unmatched pair of '"' or '\''. - * OLD_PREP corresponts to "Reiser model" cpp. - * - * STD Standard conforming mode. - * <backslash><newline> sequence is always deleted after trigraph - * conversion and before tokenization. - * Digraph sequences are recognized as tokens. - * Actual arguments of a macro are expanded separately prior to - * re-scanning of the replacement text. - * The name in the replacement text once expanded is not re-expanded, - * thus preventing recursive death. - * ## in macro definition concatenates tokens. The tokens are not - * expanded. The concatenated token is expanded by rescanning. - * # in macro definition stringizes the following argument. The argument - * is not expanded. \ is inserted before " and \ in or surrounding - * the string literal or character constant. - * An expanded macro is surrounded by spaces to prevent unintended - * token merging. - * - * POST_STD This mode simplifies the behavior of STD mode as follows. - * 1. Digraph sequences are converted in translation phase 1, as - * alternate characters rather than as tokens. - * 2. A space is inserted as a token separator between any tokens in - * a source (except a macro name and the next '(' in macro - * definition): thus simplifying tokenization, test of macro - * redefinition and macro expansion, especially "stringization". - * 3. Test of macro redefinition ignores difference of parameter names, - * test of which has little utility and not a little overhead. - * 4. #if expression forbids character constants, which have little - * portability, little utility and not a little overhead. - * 5. Rescanning of a macro expansion is limited in the replacement - * text, rest of the source file is not scanned, thus making the - * syntax of "function-like" macro call more similar to that of - * function call. - * 6. Argument of #include directive in <header.h> form is an obsolescent - * feature. - * 7. '$' or so are not treated specially in #define directive. - * 8. Trigraphs, UCN (universal-character name) are not recognized. - * 9. Multi-byte characters in an identifier are not recognized. - * - * The following specifications are available when mode is STD or POST_STD. - * preprocessing number token, digraphs, - * #pragma (#pragma MCPP put_defines, #pragma MCPP warning - * , #pragma MCPP debug) directive, - * #error directive, - * #if defined operator, #elif directive, - * predefined macros __FILE__, __LINE__, __DATE__, __TIME__ - * , __STDC__, __STDC_VERSION__, __STDC_HOSTED__, - * wide character constant, wide character string literal, - * _Pragma() operator, variable-arguments macro, - * macro as an argument of #include, #line directives, - * escape sequences \x[hex-digits], \a, \v, - * '+' option (C++ preprocessing), - * 'S<n>' option (re-defines __STDC__ as <n>, unpredefine some macros), - * 'V<n>' option (re-defines __STDC_VERSION__ or __cplusplus as <n>), - * 'h<n>' option (re-defines __STDC_HOSTED__ as <n>). - * The following specifications are available only in STD mode. - * Trigraphs and UCN, - * Multi-byte characters in an identifier. - * The following specifications are available only in KR and OLD_PREP modes. - * #assert, #asm, #endasm, #put_defines, #debug and some other older - * directives, - * argument of #line directive other than decimal-digits. - */ - -/* The values of 'mcpp_mode'. */ -#define OLD_PREP 1 /* "Reiser" cpp mode */ -#define KR 2 /* K&R 1st mode */ -#define STD 3 /* Standard moce */ -#define POST_STD 9 /* Special mode of MCPP */ - -/* - * TRIGRAPHS_INIT Initial value for the -3 option. If TRUE -3 - * disables trigraphs, if FALSE -3 enables them. - * DIGRAPHS_INIT Initial value for the -2 option. If TRUE -2 - * disables digraphs, if FALSE -2 enables them. - * OK_UCN Enable recognition of Universal-Character-Name sequence - * by -V199901L option. - * OK_MBIDENT Enable multi-byte characters in identifier by -V199901L - * option. - * EXPAND_PRAGMA Enable macro expansion of #pragma line (even in modes - * other than C99). - * expr_t, uexpr_t Type of maximum integer: - * long long (unsigned long long) or longer. - * EXPR_MAX should be defined to the maximum value of uexpr_t. - */ -#define TRIGRAPHS_INIT FALSE -#define DIGRAPHS_INIT FALSE -#ifndef EXPAND_PRAGMA -#define EXPAND_PRAGMA FALSE -#endif -#define OK_UCN TRUE -#define OK_MBIDENT FALSE - -#if HAVE_INTMAX_T -#if HAVE_STDINT_H -#include "stdint.h" -#elif HAVE_INTTYPES_H -#include "inttypes.h" -#endif -typedef intmax_t expr_t; -typedef uintmax_t uexpr_t; -#else -#if HAVE_LONG_LONG -#if (HOST_COMPILER == MSC && _MSC_VER < 1500) || HOST_COMPILER == BORLANDC -typedef __int64 expr_t; -typedef unsigned __int64 uexpr_t; -#else -typedef long long expr_t; -typedef unsigned long long uexpr_t; -#endif -#else /* !HAVE_LONG_LONG */ -typedef unsigned long uexpr_t; -typedef long expr_t; -#endif /* HAVE_LONG_LONG */ -#endif /* HAVE_INTMAX_T */ - -#if 1 -#define EXPR_MAX UINT_MAX -#elif HAVE_LONG_LONG -#if (HOST_COMPILER == MSC && _MSC_VER < 1400) || HOST_COMPILER == BORLANDC -#define EXPR_MAX 0xFFFFFFFFFFFFFFFFui64 -#else -#define EXPR_MAX 0xFFFFFFFFFFFFFFFFULL -#endif -#else -#define EXPR_MAX 4294967295UL -#endif - -/* - * Translation limits. - * The following definitions are used to allocate memory for work buffers. - * - * NWORK Output buffer size. Set this size according to your compiler- - * proper. Length of string literal should be less than NWORK - * - 1. - * Nevertheless, when COMPILER == GNUC || COMPILER == MSC, mcpp - * uses NMACWORK as output buffer size because GNUC and Visual C - * can accept very long line. - * NBUFF Input buffer size after line concatenation by <backslash> - * <newline>. - * NMACWORK Internal work buffer size for macro definition and expansion. - * IDMAX The longest identifier length. - * NMACPARS The maximum number of #define parameters. - * NOTE: Must be NMACPARS <= UCHARMAX. - * NEXP The maximum nesting depth of #if expressions. - * BLK_NEST The number of nested #if's permitted. - * INCLUDE_NEST The maximum nesting depth of #include. This is needed to - * prevent infinite recursive inclusion. - * RESCAN_LIMIT The maximum rescan times of macro expansion in STD or POST_STD - * modes. - * PRESTD_RESCAN_LIMIT The maximum rescan times of macro expansion in KR or - * OLD_PREP modes.. - * - * NBUFF should not be smaller than NWORK. - * NMACWORK should not be smaller than NWORK * 2. - * - * SBSIZE defines the number of hash-table slots for the macro symbol table. - * It must be a power of 2. - * - * MKDEP_INIT The initial maximum number of filenames in a dependency line - * of output of -M* option. The maximum number is dynamically - * enlarged in execution. - */ - -#ifndef IDMAX -#define IDMAX 0x400 -#endif -#ifndef NMACPARS -#define NMACPARS 0xFF -#endif -#ifndef NEXP -#define NEXP 0x100 -#endif -#ifndef BLK_NEST -#define BLK_NEST 0x100 -#endif -#ifndef INCLUDE_NEST -#define INCLUDE_NEST 0x100 -#endif -#ifndef RESCAN_LIMIT -#define RESCAN_LIMIT 0x40 -#endif -#ifndef PRESTD_RESCAN_LIMIT -#define PRESTD_RESCAN_LIMIT 0x100 -#endif -#ifndef NBUFF -#define NBUFF 0x10000 /* Must be NWORK <= NBUFF */ -#endif -#ifndef NWORK -#define NWORK NBUFF /* 0x1000, 0x4000, 0x10000, .. */ -#endif -#ifndef NMACWORK -#define NMACWORK (NWORK * 4) /* Must be NWORK * 2 <= NMACWORK */ -#endif -#ifndef SBSIZE -#define SBSIZE 0x400 -#endif -#ifndef MKDEP_INIT -#define MKDEP_INIT 0x100 -#endif - -#if UCHARMAX < NMACPARS - #error "NMACPARS should not be greater than UCHARMAX" -#endif - -#if NBUFF < NWORK - #error "NBUFF must be same or greater than NWORK" -#endif -#if NMACWORK < NWORK * 2 - #error "NMACWORK must be same or greater than NWORK * 2" -#endif - -#define SBMASK (SBSIZE - 1) -#if (SBSIZE ^ SBMASK) != ((SBSIZE * 2) - 1) - #error "SBSIZE must be a power of 2 !" -#endif - -/* - * Translation limits required by the Standard. - * - * *90MIN limits specified by C90. - * *99MIN limits specified by C99. - * *_CPLUS_MIN limits recommended by C++ (ISO 1998/07 Standard). - * - * SLEN*MIN Characters in a logical source line - * and characters in a string literal or wide string literal - * (after concatenation). - * IDLEN*MIN Significant initial characters in an internal identifier - * or a macro name. - * NMACPARS*MIN Parameters in one macro definition. - * Arguments in one macro invocation. - * EXP_NEST*MIN Nesting levels of parenthesized expressions in a full - * expression. - * BLK_NEST*MIN Nesting levels of conditional inclusion. - * INCLUDE_NEST*MIN Nesting levels for #include files. - * NMACRO*MIN Macro identifiers simultaneously defined in one translation - * unit. - */ -#define SLEN90MIN 0x1FD -#define IDLEN90MIN 0x1F -#define NMACPARS90MIN 0x1F -#define EXP_NEST90MIN 0x20 -#define BLK_NEST90MIN 8 -#define INCLUDE_NEST90MIN 8 -#define NMACRO90MIN 0x400 - -#define SLEN99MIN 0xFFF -#define IDLEN99MIN 0x3F -#define NMACPARS99MIN 0x7F -#define EXP_NEST99MIN 0x3F -#define BLK_NEST99MIN 0x3F -#define INCLUDE_NEST99MIN 0xF -#define NMACRO99MIN 0xFFF - -#define SLEN_CPLUS_MIN 0x10000 -#define IDLEN_CPLUS_MIN 0x400 -#define NMACPARS_CPLUS_MIN 0x100 -#define EXP_NEST_CPLUS_MIN 0x100 -#define BLK_NEST_CPLUS_MIN 0x100 -#define INCLUDE_NEST_CPLUS_MIN 0x100 -#define NMACRO_CPLUS_MIN 0x10000 -#define LINE90LIMIT 32767 -#define LINE_CPLUS_LIMIT 32767 - - -/* LINE99LIMIT means the line number limit of C99 */ -#define LINE99LIMIT 0x7FFFFFFF - -/* - * STDC This macro is used for the predefined __STDC__. - * STDC_VERSION is used for the value of __STDC_VERSION__. - * STDC_HOSTED is used for the value of __STDC_HOSTED__. - */ -#if IDMAX < IDLEN90MIN || NBUFF < SLEN90MIN + 3 - || NWORK < SLEN90MIN + 2 || NMACPARS < NMACPARS90MIN - || NEXP < EXP_NEST90MIN || BLK_NEST < BLK_NEST90MIN -#define STDC 0 -#endif -#ifndef STDC -#define STDC 1 /* 1 : for ISO 9899:1990 or later */ -#endif - -#ifndef STDC_VERSION -#define STDC_VERSION 0L /* 199409L : For conforming - implementation to ISO 9899:1990 / Amendment 1:1995 - 199901L : For C99 */ -#endif -#ifndef STDC_HOSTED -#define STDC_HOSTED 1 /* 1 : for hosted implementation, - 0 : for free-standing implementation (C99 specification) */ -#endif - -/* - * CPLUS specifies the default value of the pre-defined macro __cplusplus - * for C++ processing. - * The value can be changed by -V<n> option. - */ -#define CPLUS 1 /* 199711L for C++ Standard */ - diff --git a/TAO/TAO_IDL/contrib/mcpp/system.cpp b/TAO/TAO_IDL/contrib/mcpp/system.cpp deleted file mode 100644 index ff8ef927b17..00000000000 --- a/TAO/TAO_IDL/contrib/mcpp/system.cpp +++ /dev/null @@ -1,4930 +0,0 @@ -/*- $Id$ - * Copyright (c) 1998, 2002-2008 Kiyoshi Matsui <kmatsui@t3.rim.or.jp> - * All rights reserved. - * - * Some parts of this code are derived from the public domain software - * DECUS cpp (1984,1985) written by Martin Minow. - * - * Redistribution and use in source and binary forms, with or without - * modification, are permitted provided that the following conditions - * are met: - * 1. Redistributions of source code must retain the above copyright - * notice, this list of conditions and the following disclaimer. - * 2. Redistributions in binary form must reproduce the above copyright - * notice, this list of conditions and the following disclaimer in the - * documentation and/or other materials provided with the distribution. - * - * THIS SOFTWARE IS PROVIDED BY THE AUTHOR ``AS IS'' AND - * ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE - * IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE - * ARE DISCLAIMED. IN NO EVENT SHALL THE AUTHOR BE LIABLE - * FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL - * DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS - * OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) - * HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT - * LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY - * OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF - * SUCH DAMAGE. - */ - -/* - * S Y S T E M . C - * S y s t e m D e p e n d e n t R o u t i n e s - * - * Routines dependent on O.S., compiler or compiler-driver. - * To port MCPP for the systems not yet ported, you must - * 1. specify the constants in "configed.H" or "noconfig.H", - * 2. append the system-dependent routines in this file. - */ -#if PREPROCESSED -#include "mcpp.H" -#else -#include "system.H" -#include "internal.H" -#endif - -#include "ace/OS_NS_unistd.h" -#include "ace/OS_NS_sys_stat.h" - -#if HOST_SYS_FAMILY == SYS_UNIX -#include "ace/OS_NS_unistd.h" /* For getcwd(), readlink() */ -#elif HOST_COMPILER == MSC || HOST_COMPILER == LCC -#include "direct.h" -#define getcwd( buf, size) _getcwd( buf, size) -#elif HOST_COMPILER == BORLANDC -#include "dir.h" -#endif - -#include "sys/types.h" -#include "sys/stat.h" /* For stat() */ -#if ! defined( S_ISREG) -#define S_ISREG( mode) (mode & S_IFREG) -#define S_ISDIR( mode) (mode & S_IFDIR) -#endif -#if HOST_COMPILER == MSC -#define S_IFREG _S_IFREG -#define S_IFDIR _S_IFDIR -#define stat( path, stbuf) _stat( path, stbuf) -#endif - -/* Function to compare path-list */ -#if FNAME_FOLD -#if HOST_COMPILER == GNUC /* CYGWIN, MINGW, MAC */ -#include <ace/OS_NS_strings.h> /* POSIX 1, 2001 */ -#define str_case_eq( str1, str2) (ACE_OS::strcasecmp( str1, str2) == 0) -#else /* MSC, BORLANDC, LCC */ -#if HOST_COMPILER == MSC -#define stricmp( str1, str2) _stricmp( str1, str2) -#endif -#define str_case_eq( str1, str2) (ACE_OS::stricmp( str1, str2) == 0) -#endif -#else /* ! FNAME_FOLD */ -#define str_case_eq( str1, str2) (ACE_OS::strcmp( str1, str2) == 0) -#endif - -/* - * PATH_DELIM is defined for the O.S. which has single byte path-delimiter. - * Note: '\\' or any other character identical to second byte of MBCHAR should - * not be used for PATH_DELIM for convenience of path-list parsing. - */ -#if SYS_FAMILY == SYS_UNIX || SYS_FAMILY == SYS_WIN || SYSTEM == SYS_UNKNOWN -#define PATH_DELIM '/' -#define SPECIAL_PATH_DELIM FALSE -#else /* Any other path-delimiter, define PATH_DELIM by yourself */ -#define SPECIAL_PATH_DELIM TRUE /* Any path-delimiter other than '/' */ -#endif - -/* - * OBJEXT is the suffix to denote "object" file. - */ -#ifndef OBJEXT -#if SYS_FAMILY == SYS_UNIX || HOST_COMPILER == GNUC -#define OBJEXT "o" -#elif SYS_FAMILY == SYS_WIN -#define OBJEXT "obj" -#elif 1 -/* Add here appropriate definitions for other systems. */ -#endif -#endif - -static void version( void); -/* Print version message */ -static void usage( int opt); -/* Putout usage of MCPP */ -static void set_opt_list( char * optlist); -/* Set list of legal option chars */ -static int parse_warn_level( const char * mcpp_optarg, int opt); -/* Parse warning level option */ -static void def_a_macro( int opt, char * def); -/* Do a -D option */ -static void chk_opts( int sflag, int trad); -/* Check consistency of options */ -#if COMPILER != GNUC -static void init_cpu_macro( int gval, int sse); -/* Predefine CPU-dependent macros */ -#endif -static void init_predefines( void); -/* Set and unset predefined macros */ -static void init_std_defines( void); -/* Predefine Standard macros */ -static void set_limit( void); -/* Set minimum translation limits */ -static void set_pragma_op( void); -/* Set the _Pragma() operator */ -static void put_info( FILEINFO * sharp_file); -/* Print compiler-specific-inf */ -static char * set_files( int argc, char ** argv, const char ** in_pp - , const char ** out_pp); -/* Set input, output, diagnostic */ -static void set_sys_dirs( int set_cplus_dir); -/* Set system-specific include dirs */ -static void set_env_dirs( void); -/* Set user-defined include dirs */ -static void parse_env( const char * env); -/* Parse environment variables */ -static void set_a_dir( const char * dirname); -/* Append an include directory */ -static char * norm_dir( const char * dirname, int framework); -/* Normalize include directory path */ -static char * norm_path( const char * dir, const char * fname, int inf - , int hmap); /* Normalize pathname to compare */ -#if SYS_FAMILY == SYS_UNIX -static void deref_syml( char * slbuf1, char * slbuf2, char * chk_start); -/* Dereference symbolic linked directory and file */ -#endif -#if COMPILER == GNUC -static void init_gcc_macro( void); -/* Predefine GCC-specific macros */ -static void chk_env( void); -/* Check the environment variables */ -#elif COMPILER == MSC -static void init_msc_macro( void); -/* Predefine Visual C-specific macros */ -#endif -static void def_macros( void); -/* Define macros specified by -D */ -static void undef_macros( void); -/* Undefine macros specified by -U */ -static char * md_init( const char * filename, char * output); -/* Initialize makefile dependency */ -static char * md_quote( char * output); -/* 'Quote' special characters */ -static int open_include( char * filename, int searchlocal, int next); -/* Open the file to include */ -static int has_directory( const char * source, char * directory); -/* Get directory part of fname */ -static int is_full_path( const char * path); -/* The path is absolute path list ? */ -static int search_dir( char * filename, int searchlocal, int next); -/* Search the include directories */ -static int open_file( const char ** dirp, const char * src_dir - , const char * filename, int local, int include_opt, int sys_frame); -/* Open a source file */ -static const char * set_fname( const char * filename); -/* Remember the source filename */ -#if SYSTEM == SYS_MAC -#if COMPILER == GNUC -static char * search_header_map( const char * hmap_file - , const char * filename, char * pathlist); -/* Search header map file for a header */ -static unsigned hmap_hash( const char * fname); -/* Get hash value for the fname */ -#endif -static void init_framework( void); -/* Initialize framework[] */ -static int search_framework( char * filename); -/* Search "Framework" directories */ -static int search_subdir( char * fullname, char * cp, char * frame - , char * fname, int sys_frame); -/* Search "Headers" and other dirs */ -#endif /* SYSTEM == SYS_MAC */ -#if 0 /* This function is only for debugging use */ -static int chk_dirp( const char ** dirp); -/* Check validity of dirp arg for open_file() */ -#endif -static void cur_file( FILEINFO * file, FILEINFO * sharp_file, int marker); -/* Output current source file name */ -#if SYS_FAMILY == SYS_WIN -static char * bsl2sl( char * filename); -/* Convert \ to / in path-list */ -#endif -static int is_junk( void); -/* The directive has trailing junk? */ -static void do_once( const char * fullname); -/* Process #pragma once */ -static int included( const char * fullname); -/* The file has been once included? */ -static void push_or_pop( int direction); -/* Push or pop a macro definition */ -static int do_prestd_directive( void); -/* Process pre-Standard directives */ -static void do_preprocessed( void); -/* Process preprocessed file */ -static int do_debug( int set); -/* #pragma MCPP debug, #debug */ -static void dump_path( void); -/* Print include search path */ -static void do_asm( int asm_start); -/* Process #asm, #endasm */ -static int mcpp_getopt( int argc, char * const * argv, const char * opts); -/* getopt() to prevent linking of glibc getopt */ - -/* for mcpp_getopt() */ -static int mcpp_optind = 1; -static int mcpp_opterr = 1; -static int mcpp_optopt; -static char * mcpp_optarg; - -static int mb_changed = FALSE; /* Flag of -e option */ -static char cur_work_dir[ PATHMAX + 1]; /* Current working directory*/ - -/* - * incdir[] stores the -I directories (and the system-specific #include <...> - * directories). This is set by set_a_dir(). A trailing PATH_DELIM is - * appended if absent. - */ -static const char ** incdir; /* Include directories */ -static const char ** incend; /* -> active end of incdir */ -static int max_inc; /* Number of incdir[] */ - -typedef struct inc_list { /* List of directories or files */ - char * name; /* Filename or directory-name */ - size_t len; /* Length of 'name' */ -} INC_LIST; - -/* - * fnamelist[] stores the souce file names opened by #include directive for - * debugging information. - */ -static INC_LIST * fnamelist; /* Source file names */ -static INC_LIST * fname_end; /* -> active end of fnamelist */ -static int max_fnamelist; /* Number of fnamelist[] */ - -/* once_list[] stores the #pragma once file names. */ -static INC_LIST * once_list; /* Once opened file */ -static INC_LIST * once_end; /* -> active end of once_list */ -static int max_once; /* Number of once_list[] */ - -#define INIT_NUM_INCLUDE 32 /* Initial number of incdir[] */ -#define INIT_NUM_FNAMELIST 256 /* Initial number of fnamelist[] */ -#define INIT_NUM_ONCE 64 /* Initial number of once_list[] */ - -/* - * 'search_rule' holds searching rule of #include "header.h" to search first - * before searching user specified or system-specific include directories. - * 'search_rule' is initialized to SEARCH_INIT. It can be changed by -I1, -I2 - * or -I3 option. -I1 specifies CURRENT, -I2 SOURCE and -I3 both. - */ - -static int search_rule = SEARCH_INIT; /* Rule to search include file */ - -static int nflag = FALSE; /* Flag of -N (-undef) option */ -static long std_val = -1L; /* Value of __STDC_VERSION__ or __cplusplus */ - -#define MAX_DEF 256 -#define MAX_UNDEF (MAX_DEF/4) -static char * def_list[ MAX_DEF]; /* Macros to be defined */ -static const char * undef_list[ MAX_UNDEF]; /* Macros to be undefined */ -static size_t def_cnt(0); /* Count of def_list */ -static size_t undef_cnt (0); /* Count of undef_list */ - -/* Values of mkdep. */ -#define MD_MKDEP 1 /* Output source file dependency line */ -#define MD_SYSHEADER 2 /* Print also system-header names */ -#define MD_FILE 4 /* Output to the file named *.d */ -#define MD_PHONY 8 /* Print also phony targets for each header */ -#define MD_QUOTE 16 /* 'Quote' $ and space in target name */ - -static FILE * mkdep_fp; /* For -Mx option */ -static char * mkdep_target; -/* For -MT TARGET option and for GCC's queer environment variables. */ -static char * mkdep_mf; /* Argument of -MF option */ -static char * mkdep_md; /* Argument of -MD option */ -static char * mkdep_mq; /* Argument of -MQ option */ -static char * mkdep_mt; /* Argument of -MT option */ - -/* sharp_filename is filename for #line line, used only in cur_file() */ -static char * sharp_filename = NULL; -static char * argv0; /* argv[ 0] for usage() and version() */ -static int ansi; /* __STRICT_ANSI__ flag for GNUC */ -static int compat_mode; -/* "Compatible" mode of recursive macro expansion */ -#define MAX_ARCH_LEN 16 -static char arch[ MAX_ARCH_LEN]; /* -arch or -m64, -m32 options */ - -#if COMPILER == GNUC -#define N_QUOTE_DIR 8 -/* quote_dir[]: Include directories for "header" specified by -iquote */ -/* quote_dir_end: Active end of quote_dir */ -static const char * quote_dir[ N_QUOTE_DIR]; -static const char ** quote_dir_end = quote_dir; -/* sys_dirp indicates the first directory to search for system headers. */ -static const char ** sys_dirp = NULL; /* System header directory */ -static const char * sysroot = NULL; /* Logical root directory of header */ -static int i_split = FALSE; /* For -I- option */ -static int gcc_work_dir = FALSE; /* For -fworking-directory */ -static int gcc_maj_ver; /* __GNUC__ */ -static int gcc_min_ver; /* __GNUC_MINOR__ */ -static int dDflag = FALSE; /* Flag of -dD option */ -static int dMflag = FALSE; /* Flag of -dM option */ -#endif - -#if COMPILER == GNUC || COMPILER == MSC -/* - * preinclude points to the file specified by -include (-Fl for MSC) option, - * which is included prior to the main input file. - */ -#define NPREINCLUDE 8 -static char * preinclude[ NPREINCLUDE]; /* File to pre-include */ -static char ** preinc_end = preinclude; /* -> active end of preinclude */ -#endif - -#if COMPILER == MSC -static int wchar_t_modified = FALSE; /* -Zc:wchar_t flag */ -#endif - -#if COMPILER == LCC -static const char * optim_name = "__LCCOPTIMLEVEL"; -#endif - -#if SYSTEM == SYS_CYGWIN -static int no_cygwin = FALSE; /* -mno-cygwin */ - -#elif SYSTEM == SYS_MAC -#define MAX_FRAMEWORK 8 -static char * framework[ MAX_FRAMEWORK]; /* Framework directories*/ -static int num_framework; /* Current number of framework[] */ -static int sys_framework; /* System framework dir */ -static const char ** to_search_framework; -/* Search framework[] next to the directory */ -static int in_import; /* #import rather than #include */ -#endif - -#define NO_DIR FALSE -#if NO_DIR -/* Unofficial feature to strip directory part of include file */ -static int no_dir; -#endif - -#ifdef MCPP_LIB -void init_system( void) -/* Initialize static variables */ -{ - if (sharp_filename) - ACE_OS::free( sharp_filename); - sharp_filename = 0; - incend = incdir = 0; - fnamelist = once_list = 0; - search_rule = SEARCH_INIT; - mb_changed = nflag = ansi = compat_mode = FALSE; - mkdep_fp = 0; - mkdep_target = mkdep_mf = mkdep_md = mkdep_mq = mkdep_mt = 0; - std_val = -1L; - def_cnt = undef_cnt = 0; - mcpp_optind = mcpp_opterr = 1; -#if COMPILER == GNUC - sys_dirp = 0; - sysroot = 0; - gcc_work_dir = i_split = FALSE; - quote_dir_end = quote_dir; - dDflag = dMflag = FALSE; -#endif -#if COMPILER == MSC - wchar_t_modified = FALSE; -#endif -#if COMPILER == GNUC || COMPILER == MSC - preinc_end = preinclude; -#endif -#if SYSTEM == SYS_CYGWIN - no_cygwin = FALSE; -#elif SYSTEM == SYS_MAC - num_framework = sys_framework = 0; - to_search_framework = 0; -#endif -#if NO_DIR - no_dir = FALSE; -#endif -} - -#endif - -#define OPTLISTLEN 80 - -void do_options( - int argc, - char ** argv, - const char ** in_pp, /* Input file name */ - const char ** out_pp /* Output file name */ - ) -/* - * Process command line arguments, called only at MCPP startup. - */ -{ - char optlist[ OPTLISTLEN]; /* List of option letter*/ - const char * warning = "warning: -%c%s option is ignored\n"; - int opt; - int unset_sys_dirs; - /* Unset system-specific and site-specific include directories ? */ - int set_cplus_dir; /* Set C++ include directory ? (for GCC)*/ - int show_path; /* Show include directory list */ - //DEFBUF * /*defp*/; - VAL_SIGN * valp; - int sflag; /* -S option or similar */ - int trad; /* -traditional */ - int old_mode; /* backup of 'mcpp_mode'*/ - int gval, sse; - char * cp; - int i; -#if COMPILER == GNUC -#define NSYSDIR 8 - /* System include directory specified by -isystem */ - char * sysdir[ NSYSDIR] = { 0, }; - char ** sysdir_end = sysdir; - int integrated_cpp; /* Flag of cc1 which integrates cpp in it */ -#elif COMPILER == LCC - const char * debug_name = "__LCCDEBUGLEVEL"; -#endif - - argv0 = argv[ 0]; - nflag = unset_sys_dirs = show_path = sflag = trad = FALSE; - arch[ 0] = 0; - gval = sse = 0; - set_cplus_dir = TRUE; - - /* Get current directory for -I option and #pragma once */ - ACE_OS::getcwd( cur_work_dir, PATHMAX); -#if SYS_FAMILY == SYS_WIN - bsl2sl( cur_work_dir); -#endif - ACE_OS::sprintf( cur_work_dir + ACE_OS::strlen( cur_work_dir), "%c%c", PATH_DELIM, EOS); - /* Append trailing path-delimiter */ - -#if COMPILER == GNUC - defp = look_id( "__GNUC__"); /* Already defined by init_defines() */ - gcc_maj_ver = atoi( defp->repl); - defp = look_id( "__GNUC_MINOR__"); - gcc_min_ver = atoi( defp->repl); - integrated_cpp = ((gcc_maj_ver == 3 && gcc_min_ver >= 3) - || gcc_maj_ver == 4); -#endif -#if COMPILER == GNUC || COMPILER == MSC - option_flags.dollar_in_name = TRUE; - /* GCC and Visual C allows '$' in name by default */ -#endif - - set_opt_list( optlist); - - opt_search: ; - while (mcpp_optind < argc - && (opt = mcpp_getopt( argc, argv, optlist)) != EOF) { - - switch (opt) { /* Command line option character */ - -#if COMPILER == GNUC - case '$': /* Forbid '$' in identifier */ - option_flags.dollar_in_name = FALSE; - break; -#endif - - case '+': -#if COMPILER == GNUC - plus: -#endif - if (cplus_val || sflag) { - mcpp_fputs( "warning: -+ option is ignored\n", ERR); - break; - } - cplus_val = CPLUS; - break; -#if COMPILER == GNUC - case '-': - if (memcmp( mcpp_optarg, "sysroot", 7) == 0) { - if (mcpp_optarg[ 7] == '=') /* --sysroot=DIR */ - sysroot = mcpp_optarg + 8; - else if (mcpp_optarg[ 7] == EOS) /* --sysroot DIR */ - sysroot = argv[ mcpp_optind++]; - else - usage( opt); - break; - } else { - usage( opt); - } -#endif - case '2': /* Reverse digraphs recognition */ - option_flags.dig = ! option_flags.dig; - break; - case '3': /* Reverse trigraph recogniion */ - option_flags.trig = ! option_flags.trig; - break; - - case '@': /* Special preprocessing mode */ - old_mode = mcpp_mode; - if (str_eq( mcpp_optarg, "post") - || str_eq( mcpp_optarg, "poststd")) - mcpp_mode = POST_STD; /* 'post-Standard' mode */ - else if (str_eq( mcpp_optarg, "old") - || str_eq( mcpp_optarg, "oldprep")) - mcpp_mode = OLD_PREP; /* 'old-Preprocessor' mode */ - else if (str_eq( mcpp_optarg, "kr")) - mcpp_mode = KR; /* 'K&R 1st' mode */ - else if (str_eq( mcpp_optarg, "std")) - mcpp_mode = STD; /* 'Standard' mode (default)*/ - else if (str_eq( mcpp_optarg, "compat")) { - compat_mode = TRUE; /* 'compatible' mode */ - mcpp_mode = STD; - } - else - usage( opt); - standard = (mcpp_mode == STD || mcpp_mode == POST_STD); - if (old_mode != STD && old_mode != mcpp_mode) - mcpp_fprintf( ERR, "Mode is redefined to: %s\n", mcpp_optarg); - break; - -#if COMPILER == GNUC - case 'A': /* Ignore -A system(gnu), -A cpu(vax) or so */ - break; - case 'a': - if (str_eq( mcpp_optarg, "nsi")) { /* -ansi */ - look_and_install( "__STRICT_ANSI__", DEF_NOARGS_PREDEF, null - , "1"); - ansi = TRUE; - break; - } else if (memcmp( mcpp_optarg, "uxbase", 6) == 0) { - mcpp_optind++; - break; /* Ignore '-auxbase some' or such nonsence */ -#if SYSTEM == SYS_MAC - } else if (str_eq( mcpp_optarg, "rch")) { /* -arch */ - strcpy( arch, argv[ mcpp_optind++]); - if (str_eq( arch, "ppc") || str_eq( arch, "ppc7400") - || str_eq( arch, "ppc64") - || str_eq( arch, "i386") || str_eq( arch, "i686") - || str_eq( arch, "x86_64") || str_eq( arch, "amd64")) { - if (str_eq( arch, "i686")) - strcpy( arch, "i386"); - else if (str_eq( arch, "amd64")) - strcpy( arch, "x86_64"); - else if (str_eq( arch, "ppc7400")) - strcpy( arch, "ppc"); - break; - } /* Else usage() */ -#endif - } - usage( opt); -#elif COMPILER == MSC - case 'a': - if (memcmp( mcpp_optarg, "rch", 3) == 0) { - if (str_eq( mcpp_optarg + 3, ":SSE") /* -arch:SSE */ - || str_eq( mcpp_optarg + 3, ":sse")) - sse = 1; - else if (str_eq( mcpp_optarg + 3, ":SSE2") /* -arch:SSE2 */ - || str_eq( mcpp_optarg + 3, ":sse2")) - sse = 2; - /* Else ignore */ - } else { - usage( opt); - } - break; - - case 'A': - option_flags.lang_asm = TRUE; /* "assembler" source */ - break; -#else - case 'a': - option_flags.lang_asm = TRUE; /* "assembler" source */ - break; -#endif - -#if ! STD_LINE_PREFIX - case 'b': - std_line_prefix = TRUE; /* Putout line and file infor- */ - break; /* mation in C source style. */ -#endif - - case 'C': /* Keep comments */ - option_flags.c = TRUE; - break; - -#if COMPILER == GNUC - case 'c': - if (! integrated_cpp) - usage( opt); - break; /* Else ignore this option */ - case 'd': - if (str_eq( mcpp_optarg, "M")) { /* -dM */ - dMflag = TRUE; - no_output++; - } else if (str_eq( mcpp_optarg, "D")) { /* -dD */ - dDflag = TRUE; - } else if (str_eq( mcpp_optarg, "igraphs")) { /* -digraphs */ - option_flags.dig = TRUE; - } else if (str_eq( mcpp_optarg, "umpbase")) { /* -dumpbase */ - ; /* Ignore */ - } else { - usage( opt); - } - break; -#endif /* COMPILER == GNUC */ - - case 'D': /* Define symbol */ - if (def_cnt >= MAX_DEF) { - mcpp_fputs( "Too many -D options.\n", ERR); - longjmp( error_exit, -1); - } - def_list[ def_cnt++] = mcpp_optarg; - break; - - case 'e': - /* Change the default MBCHAR encoding */ - if (set_encoding( mcpp_optarg, FALSE, 0) == 0) - usage( opt); - mb_changed = TRUE; - break; - -#if COMPILER == GNUC - case 'E': - if (! integrated_cpp) - usage( opt); - break; /* Ignore this option */ - case 'f': - if (memcmp( mcpp_optarg, "input-charset=", 14) == 0) { - /* Treat -finput-charset= as the same option as -e */ - if (set_encoding( mcpp_optarg + 14, FALSE, 0) == 0) - usage( opt); - mb_changed = TRUE; - } else if (str_eq( mcpp_optarg, "working-directory")) { - gcc_work_dir = TRUE; - } else if (str_eq( mcpp_optarg, "no-working-directory")) { - gcc_work_dir = FALSE; - } else if (str_eq( mcpp_optarg, "stack-protector")) { - look_and_install( "__SSP__", DEF_NOARGS_PREDEF, null, "1"); - } else if (str_eq( mcpp_optarg, "stack-protector-all")) { - look_and_install( "__SSP_ALL__", DEF_NOARGS_PREDEF, null, "2"); - } else if (str_eq( mcpp_optarg, "exceptions")) { - look_and_install( "__EXCEPTIONS", DEF_NOARGS_PREDEF, null - , "1"); - } else if (str_eq( mcpp_optarg, "no-exceptions")) { - undef_list[ undef_cnt++] = "__EXCEPTIONS"; - } else if (str_eq( mcpp_optarg, "PIC") - || str_eq( mcpp_optarg, "pic") - || str_eq( mcpp_optarg, "PIE") - || str_eq( mcpp_optarg, "pie")) { - look_and_install( "__PIC__", DEF_NOARGS_PREDEF, null, "1"); - look_and_install( "__pic__", DEF_NOARGS_PREDEF, null, "1"); - } else if (str_eq( mcpp_optarg, "no-dollars-in-identifiers")) { - option_flags.dollar_in_name = FALSE; - } else if (str_eq( mcpp_optarg, "no-show-column")) { - ; /* Ignore this option */ - } else if (! integrated_cpp) { - usage( opt); - } - break; - - case 'g': - if (!isdigit( *mcpp_optarg) - && str_eq( argv[ mcpp_optind - 2], "-g")) - /* Neither '-g 0' nor '-ggdb' -- No argument */ - mcpp_optind--; - break; /* Ignore the option */ -#elif COMPILER == LCC - case 'g': /* Define __LCCDEBUGLEVEL as <n> */ - if (*(mcpp_optarg + 1) == EOS && isdigit( *mcpp_optarg)) { - defp = look_id( debug_name); - strcpy( defp->repl, mcpp_optarg); - } else { - usage( opt); - } - break; -#elif COMPILER == MSC - case 'G': - if (*(mcpp_optarg + 1) == EOS) { /* -Gx */ - switch (*mcpp_optarg) { - case '3': case '4': case '5': case '6': - gval = *mcpp_optarg; - break; - case 'B': /* -GB */ - gval = '6'; - break; - case 'R': - look_and_install( "_CPPRTTI", DEF_NOARGS_PREDEF, null - , "1"); - break; - case 'X': - look_and_install( "_CPPUNWIND", DEF_NOARGS_PREDEF, null - , "1"); - break; - case 'Z': - look_and_install( "__MSVC_RUNTIME_CHECKS" - , DEF_NOARGS_PREDEF, null, "1"); - break; - default : - mcpp_fprintf( ERR, warning, opt, mcpp_optarg); - } - } else { - usage( opt); - } - break; -#endif - -#if SYSTEM == SYS_MAC - case 'F': - framework[ num_framework++] = mcpp_optarg; - break; -#endif - - case 'h': - if (*(mcpp_optarg + 1) == EOS && isdigit( *mcpp_optarg)) - /* a digit */ - look_and_install( "__STDC_HOSTED__", DEF_NOARGS_PREDEF, null - , mcpp_optarg); - else - usage( opt); - break; - -#if COMPILER == MSC - case 'X': - unset_sys_dirs = TRUE; - break; -#endif - case 'I': /* Include directory */ - if (str_eq( mcpp_optarg, "-")) { /* -I- */ -#if COMPILER == GNUC - sys_dirp = incend; /* Split include directories */ - i_split = TRUE; -#else - unset_sys_dirs = TRUE; - /* Unset pre-specified include directories */ -#endif - } else if (*(mcpp_optarg + 1) == EOS && isdigit( *mcpp_optarg) - && (i = *mcpp_optarg - '0') != 0 - && (i & ~(CURRENT | SOURCE)) == 0) { - search_rule = i; /* -I1, -I2 or -I3 */ - } else { /* Not '-' nor a digit */ - set_a_dir( mcpp_optarg); /* User-defined dir */ - } - break; - -#if COMPILER == MSC - case 'F': - if (str_eq( mcpp_optarg, "l")) { /* -Fl */ - if (preinc_end >= &preinclude[ NPREINCLUDE]) { - mcpp_fputs( "Too many -Fl options.\n", ERR); - longjmp( error_exit, -1); - } - *preinc_end++ = argv[ mcpp_optind++]; - } else { - usage( opt); - } - break; -#endif - -#if COMPILER == GNUC - case 'i': - if (str_eq( mcpp_optarg, "nclude")) { /* -include */ - if (preinc_end >= &preinclude[ NPREINCLUDE]) { - mcpp_fputs( "Too many -include options.\n", ERR); - longjmp( error_exit, -1); - } - *preinc_end++ = argv[ mcpp_optind++]; - } else if (str_eq( mcpp_optarg, "system")) { /* -isystem */ - if (sysdir_end >= &sysdir[ NSYSDIR]) { - mcpp_fputs( "Too many -isystem options.\n", ERR); - longjmp( error_exit, -1); - } - *sysdir_end++ = argv[ mcpp_optind++]; - /* Add the directory before system include directory*/ - } else if (str_eq( mcpp_optarg, "quote")) { /* -iquote */ - if (quote_dir_end >= "e_dir[ N_QUOTE_DIR]) { - mcpp_fputs( "Too many -iquote options.\n", ERR); - longjmp( error_exit, -1); - } - *quote_dir_end++ = argv[ mcpp_optind++]; - /* Add the directory for #include "header" */ - } else if (memcmp( mcpp_optarg, "sysroot", 7) == 0) { - if (mcpp_optarg[ 7] == '=') /* -isysroot=DIR */ - sysroot = mcpp_optarg + 8; - else if (mcpp_optarg[ 7] == EOS) /* -isysroot DIR */ - sysroot = argv[ mcpp_optind++]; - else - usage( opt); - } else if (str_eq( mcpp_optarg, "prefix") /* -iprefix */ - || str_eq( mcpp_optarg, "withprefix") /* -iwithprefix */ - || str_eq( mcpp_optarg, "withprefixbefore") - /* -iwithprefixbefore */ - || str_eq( mcpp_optarg, "dirafter") /* -idirafter */ - || str_eq( mcpp_optarg, "multilib")) { /* -imultilib */ - mcpp_optind++; /* Skip the argument */ - /* Ignore these options */ - } else { - usage( opt); - } - break; -#endif - - case 'j': - option_flags.no_source_line = TRUE; - break; /* Do not output the source line in diagnostics */ - -#if COMPILER == MSC - case 'J': - look_and_install( "_CHAR_UNSIGNED", DEF_NOARGS_PREDEF, null, "1"); - break; -#endif - - case 'K': - mcpp_debug |= MACRO_CALL; - /* - * Putout macro expansion informations embedded in comments. - * Same with '#pragma MCPP debug macro_call'. - */ - /* Enable white spaces preservation, too */ - /* Fall through */ - case 'k': - option_flags.k = TRUE; - /* Keep white spaces of input lines as they are */ - break; - -#if COMPILER == GNUC - case 'l': - if (memcmp( mcpp_optarg, "ang-", 4) != 0) { - usage( opt); - } else if (str_eq( mcpp_optarg + 4, "c")) { /* -lang-c */ - ; /* Ignore this option */ - } else if (str_eq( mcpp_optarg + 4, "c99") /* -lang-c99*/ - || str_eq( mcpp_optarg + 4, "c9x")) { /* -lang-c9x*/ - if (! sflag) { - stdc_val = 1; /* Define __STDC__ to 1 */ - std_val = 199901L; - sflag = TRUE; - } - } else if (str_eq( mcpp_optarg + 4, "c89")) { /* -lang-c89*/ - if (! sflag) { - stdc_val = 1; /* Define __STDC__ to 1 */ - sflag = TRUE; - } - } else if (str_eq( mcpp_optarg + 4, "c++")) { /* -lang-c++*/ - goto plus; - } else if (str_eq( mcpp_optarg + 4, "asm")) { /* -lang-asm*/ - option_flags.lang_asm = TRUE; - } else { - usage( opt); - } - break; -#endif /* COMPILER == GNUC */ - - case 'M': /* Output source file dependency line */ - if (str_eq( mcpp_optarg, "M")) { /* -MM */ - ; - } else if (str_eq( mcpp_optarg, "D")) { /* -MD */ - mkdep |= (MD_SYSHEADER | MD_FILE); - } else if (str_eq( mcpp_optarg, "MD")) { /* -MMD */ - mkdep |= MD_FILE; - } else if (str_eq( mcpp_optarg, "P")) { /* -MP */ - mkdep |= MD_PHONY; - } else if (str_eq( mcpp_optarg, "Q")) { /* -MQ target */ - mkdep |= MD_QUOTE; - mkdep_mq = argv[ mcpp_optind++]; - } else if (str_eq( mcpp_optarg, "T")) { /* -MT target */ - mkdep_mt = argv[ mcpp_optind++]; - } else if (str_eq( mcpp_optarg, "F")) { /* -MF file */ - mkdep_mf = argv[ mcpp_optind++]; - } else if (argv[ mcpp_optind - 1] == mcpp_optarg) { /* -M */ - mkdep |= MD_SYSHEADER; - mcpp_optind--; - } else { - usage( opt); - } - if (str_eq( mcpp_optarg, "D") || str_eq( mcpp_optarg, "MD")) { - cp = argv[ mcpp_optind]; - if (cp && *cp != '-') /* -MD (-MMD) file */ - mkdep_md = argv[ mcpp_optind++]; - } - mkdep |= MD_MKDEP; - break; - -#if SYS_FAMILY == SYS_UNIX - case 'm': - if (str_eq( mcpp_optarg, "64")) { /* -m64 */ - if (str_eq( CPU, "i386")) - ACE_OS::strcpy( arch, "x86_64"); - else if (str_eq( CPU, "ppc")) - ACE_OS::strcpy( arch, "ppc64"); - /* Else ignore */ - break; - } else if (str_eq( mcpp_optarg, "32")) { /* -m32 */ - if (str_eq( CPU, "x86_64")) - ACE_OS::strcpy( arch, "i386"); - else if (str_eq( CPU, "ppc64")) - ACE_OS::strcpy( arch, "ppc"); - /* Else ignore */ - break; - } else if (str_eq( mcpp_optarg, "mmx")) { /* -mmmx */ - look_and_install( "__MMX__", DEF_NOARGS_PREDEF, null, "1"); - break; - } else if (str_eq( mcpp_optarg, "no-mmx")) { /* -mno-mmx */ - undef_list[ undef_cnt++] = "__MMX__"; - break; - } -#endif /* SYS_FAMILY == UNIX */ -#if COMPILER == GNUC -#if SYSTEM == SYS_CYGWIN - if (str_eq( mcpp_optarg, "no-cygwin")) { /* -mno-cygwin */ - no_cygwin = TRUE; - break; - } -#endif - if (! integrated_cpp) - usage( opt); - break; - - case 'u': - if (! str_eq( mcpp_optarg, "ndef")) /* -undef */ - usage( opt); /* Else fall through */ -#endif /* COMPILER == GNUC */ - -#if COMPILER == MSC - case 'u': -#endif - case 'N': - /* No predefines: remove "unix", "__unix__" and friends. */ - nflag = TRUE; - break; - -#if COMPILER == GNUC || NO_DIR - case 'n': -#if NO_DIR - if (str_eq( mcpp_optarg, "odir")) { /* -nodir */ - no_dir = TRUE; - } -#endif -#if COMPILER == GNUC - if (str_eq( mcpp_optarg, "ostdinc")) { /* -nostdinc */ - unset_sys_dirs = TRUE; /* Unset pre-specified directories */ - } else if (str_eq( mcpp_optarg, "ostdinc++")) { /* -nostdinc++ */ - set_cplus_dir = FALSE; /* Unset C++-specific directories */ - } else if (str_eq( mcpp_optarg, "oprecomp")) { /* -noprecomp */ - mcpp_fprintf( ERR, warning, opt, mcpp_optarg); - break; - } -#endif - else { - usage( opt); - } - break; -#endif - -#if COMPILER == GNUC - case 'O': - if (integrated_cpp) { - if (*mcpp_optarg == '-') /* No argument */ - mcpp_optind--; - else if ((isdigit( *mcpp_optarg) && *mcpp_optarg != '0') - || *mcpp_optarg == 's' || *mcpp_optarg == 'z') - /* -O1, -O2 -Os, -Oz */ - look_and_install( "__OPTIMIZE__", DEF_NOARGS_PREDEF, null - , "1"); - else if (! isdigit( *mcpp_optarg)) - usage( opt); - /* Else -O0: ignore */ - } else { - usage( opt); - } - break; /* Else ignore -Ox option */ -#elif COMPILER == LCC - case 'O': /* Define __LCCOPTIMLEVEL as 1 */ - defp = look_id( optim_name); - ACE_OS::strcpy( defp->repl, "1"); - break; -#endif - - case 'o': - *out_pp = mcpp_optarg; /* Output file name */ - break; - - case 'P': /* No #line output */ - option_flags.p = TRUE; - break; - -#if COMPILER == GNUC - case 'p': - if (str_eq( mcpp_optarg, "edantic") /* -pedantic */ - || str_eq( mcpp_optarg, "edantic-errors")) { - /* -pedantic-errors */ - /* This option does not imply -ansi */ - if (warn_level == -1) - warn_level = 0; - warn_level |= (1 | 2 | 4); - if (! sflag && ! cplus_val) { - stdc_val = 1; - sflag = TRUE; - } - } else { - usage( opt); - } - break; - case 'q': - if (str_eq( mcpp_optarg, "uiet")) - /* -quiet: GCC's undocumented, yet frequently specified opt */ - break; /* Ignore the option */ - else - usage( opt); - break; -#endif /* COMPILER == GNUC */ - - case 'Q': - option_flags.q = TRUE; - break; - -#if COMPILER == MSC - case 'R': /* -RTC1, -RTCc, -RTCs, -RTCu, etc. */ - if (memcmp( mcpp_optarg, "TC", 2) == 0 - && *(mcpp_optarg + 2) != EOS) - look_and_install( "__MSVC_RUNTIME_CHECKS", DEF_NOARGS_PREDEF - , null, "1"); - else - usage( opt); - break; -#endif - - case 'S': - if (cplus_val || sflag) { /* C++ or the second time */ - mcpp_fprintf( ERR, warning, opt, mcpp_optarg); - break; - } - i = *mcpp_optarg; - if (! isdigit( i) || *(mcpp_optarg + 1) != EOS) - usage( opt); - stdc_val = i - '0'; - sflag = TRUE; - break; - -#if COMPILER == GNUC - case 'r': - if (str_eq( mcpp_optarg, "emap")) - mcpp_fprintf( ERR, warning, opt, mcpp_optarg); - /* Ignore -remap option */ - else - usage( opt); - break; - - case 's': - if (memcmp( mcpp_optarg, "td=", 3) == 0 - && ACE_OS::strlen( mcpp_optarg) > 3) { /* -std=STANDARD*/ - cp = mcpp_optarg + 3; - if (str_eq( cp, "c89") /* std=c89 */ - || str_eq( cp, "c90") /* std=c90 */ - || str_eq( cp, "gnu89") /* std=gnu89 */ - || str_eq( cp, "iso9899:1990")) { - std_val = 0L; /* C90 + extensions */ - } else if (str_eq( cp, "c99") /* std=c99 */ - || str_eq( cp, "c9x") /* std=c9x */ - || str_eq( cp, "gnu99") /* std=gnu99 */ - || str_eq( cp, "gnu9x") /* std=gnu9x */ - || str_eq( cp, "iso9899:1999") - || str_eq( cp, "iso9899:199x")) { - std_val = 199901L; - } else if (str_eq( cp, "c++98")) { /* std=c++98 */ - cplus_val = std_val = 199711L; - } else if (memcmp( cp, "iso9899:", 8) == 0 - && ACE_OS::strlen( cp) >= 14) { /* std=iso9899:199409, etc. */ - mcpp_optarg = cp + 8; - look_and_install( "__STRICT_ANSI__", DEF_NOARGS_PREDEF - , null, "1"); - ansi = TRUE; - goto Version; - } else if (memcmp( cp, "iso14882", 8) == 0) { - cp += 8; - ansi = TRUE; - if (cp && *cp == ':' && ACE_OS::strlen( cp) >= 7) { - /* std=iso14882:199711, etc. */ - cplus_val = CPLUS; - mcpp_optarg = cp + 1; - goto Version; - } else { - goto plus; - } - } else { - usage( opt); - } - if (! cplus_val && memcmp( cp, "gnu", 3) != 0) { - /* 'std=gnu*' does not imply -ansi */ - look_and_install( "__STRICT_ANSI__", DEF_NOARGS_PREDEF - , null, "1"); - ansi = TRUE; - } - stdc_val = 1; - sflag = TRUE; - } else { - usage( opt); - } - break; - - case 't': - if (str_eq( mcpp_optarg, "raditional") - || str_eq( mcpp_optarg, "raditional-cpp")) { - /* -traditional, -traditional-cpp */ - trad = TRUE; - mcpp_mode = OLD_PREP; - } else if (str_eq( mcpp_optarg, "rigraphs")) { - option_flags.trig = TRUE; /* -trigraphs */ - } else { - usage( opt); - } - break; -#endif /* COMPILER == GNUC */ - -#if COMPILER == MSC - case 'T': - if (ACE_OS::strlen( mcpp_optarg) > 1) - usage( opt); - i = tolower( *mcpp_optarg); /* Fold case */ - if (i == 'c') { - ; /* Ignore this option */ - } else if (i == 'p') { - cplus_val = CPLUS; - } else { - usage( opt); - } - break; -#endif - - case 'U': /* Undefine macro */ - if (undef_cnt >= MAX_UNDEF) { - mcpp_fputs( "Too many -U options.\n", ERR); - longjmp( error_exit, -1); - } - undef_list[ undef_cnt++] = mcpp_optarg; - break; - - case 'V': -#if COMPILER == GNUC - Version: -#endif - valp = eval_num( mcpp_optarg); - if (valp->sign == VAL_ERROR) - usage( opt); - std_val = (long) valp->val; - break; - - case 'v': - option_flags.v = TRUE; - show_path = TRUE; - break; - - case 'W': /* warning level */ - if (warn_level == -1) /* Have to initialize */ - warn_level = 0; -#if COMPILER == GNUC - if (argv[ mcpp_optind - 1] == mcpp_optarg) { /* No argument */ - /* - * Note: -W without argument is not officially supported. - * It may cause an error. - */ - warn_level |= (1 | 2 | 4 | 16); - mcpp_optind--; - } else if (str_eq( mcpp_optarg, "comment") - || str_eq( mcpp_optarg, "comments") - || str_eq( mcpp_optarg, "sign-compare")) { - warn_level |= 1; - } else if (str_eq( mcpp_optarg, "undef")) { - warn_level |= 4; - } else if (str_eq( mcpp_optarg, "all")) { - warn_level |= (1 | 16); /* Convert -Wall to -W17*/ - } else if (str_eq( mcpp_optarg, "trigraphs")) { - warn_level |= 16; - } -#endif /* COMPILER == GNUC */ -#if COMPILER == MSC - if (str_eq( mcpp_optarg, "all")) { - warn_level |= (1 | 16); /* Convert -Wall to -W17*/ - } else if (str_eq( mcpp_optarg, "L")) { - option_flags.no_source_line = TRUE; - /* Single-line diagnostic */ - } -#endif - if (isdigit( *mcpp_optarg)) { - warn_level |= parse_warn_level( mcpp_optarg, opt); - if (warn_level > 31 || warn_level < 0) - usage( opt); - } - if (warn_level == 0) - warn_level = 0xFF; /* Remember this option */ - /* Else ignore the option */ - break; - -#if COMPILER == GNUC || COMPILER == MSC - case 'w': /* Same as -W0 */ - warn_level = 0xFF; /* Remenber this option */ - break; -#endif - -#if COMPILER == GNUC - case 'x': - if (str_eq( mcpp_optarg, "c")) { - break; /* -x c -- ignore this */ - } else if (str_eq( mcpp_optarg, "c++")) { - goto plus; - } else if (str_eq( mcpp_optarg, "assembler-with-cpp")) { - option_flags.lang_asm = TRUE; - break; - } else { - usage( opt); - } - break; -#endif - -#if COMPILER == MSC - case 'Z': - if (str_eq( mcpp_optarg, "c:wchar_t")) { /* -Zc:wchar_t */ - look_and_install( "_NATIVE_WCHAR_T_DEFINED", DEF_NOARGS_PREDEF - , null, "1"); - look_and_install( "_WCHAR_T_DEFINED", DEF_NOARGS_PREDEF, null - , "1"); - wchar_t_modified = TRUE; - } else if (str_eq( mcpp_optarg, "c:wchar_t-")) {/* -Zc:wchar_t- */ - wchar_t_modified = TRUE; /* Do not define the macros */ - } else if (str_eq( mcpp_optarg, "l")) { - look_and_install( "_VC_NODEFAULTLIB", DEF_NOARGS_PREDEF, null - , "1"); - } else if (str_eq( mcpp_optarg, "a")) { /* -Za */ - undefine( "_MSC_EXTENSIONS"); - option_flags.dollar_in_name = FALSE; - } else if (str_eq( mcpp_optarg, "e")) { - /* Ignore -Ze silently */ - break; - } else if (*(mcpp_optarg + 1) == EOS) { - /* -Z followed by one char */ - mcpp_fprintf( ERR, warning, opt, mcpp_optarg); - /* Ignore the option with warning */ - } else { - usage( opt); - } - break; -#endif - - case 'z': - option_flags.z = TRUE; /* No output of included file */ - break; - - default: /* What is this one? */ - usage( opt); - break; - } /* Switch on all options */ - - } /* For all arguments */ - - if (mcpp_optind < argc && set_files( argc, argv, in_pp, out_pp) != 0) - goto opt_search; /* More options after the filename */ - - /* Check consistency of specified options, set some variables */ - chk_opts( sflag, trad); - - if (warn_level == -1) /* No -W option */ - warn_level = 1; /* Default warning level */ - else if (warn_level == 0xFF) - warn_level = 0; /* -W0 has high precedence */ - -#if SYSTEM == SYS_MAC - set_a_dir( 0); /* Initialize incdir[] */ - to_search_framework = incend; - /* Search framework[] next to the directory */ -#endif - -#if COMPILER == GNUC && SYSTEM == SYS_MAC - if (arch[ 0]) { /* -arch option has been specified */ - if (((str_eq( CPU, "i386") || str_eq( CPU, "x86_64")) - && (! str_eq( arch, "i386") && ! str_eq( arch, "x86_64"))) - || ((str_eq( CPU, "ppc") || str_eq( CPU, "ppc64")) - && (! str_eq( arch, "ppc") && ! str_eq( arch, "ppc64")))) { - mcpp_fprintf( ERR, "Wrong argument of -arch option: %s\n", arch); - longjmp( error_exit, -1); - } - } -#endif - if (! arch[ 0]) { - /* None of -arch, -m32 or -m64 options has been specified. */ - /* The CPU-specific-macros will be defined in init_cpu_macro(). */ - ACE_OS::strcpy( arch, CPU); - } -#if COMPILER != GNUC - init_cpu_macro( gval, sse); -#endif - -#if COMPILER == GNUC - if (sysdir < sysdir_end) { - char ** dp = sysdir; - if (! sys_dirp || sys_dirp == incdir) - sys_dirp = dp; - while (dp < sysdir_end) - set_a_dir( *dp++); - } - if (*in_pp && str_eq( (*in_pp) + ACE_OS::strlen( *in_pp) - 2, ".S")) - option_flags.lang_asm = TRUE; /* Input file name is *.S */ - if (option_flags.lang_asm) { - look_and_install( "__ASSEMBLER__", DEF_NOARGS_PREDEF, null, "1"); - option_flags.dollar_in_name = FALSE; /* Disable '$' in name */ - } - if (! sys_dirp || sys_dirp == incdir) - sys_dirp = incend; -#endif -#if SYSTEM == SYS_MAC - init_framework(); /* After setting sys_dirp */ -#endif - set_env_dirs(); - if (! unset_sys_dirs) - set_sys_dirs( set_cplus_dir); - - if (mkdep_mf) { /* -MF overrides -MD */ - mkdep_fp = ACE_OS::fopen( mkdep_mf, "w"); - } else if (mkdep_md) { - mkdep_fp = ACE_OS::fopen( mkdep_md, "w"); - } - if (mkdep_mq) /* -MQ overrides -MT */ - mkdep_target = mkdep_mq; - else if (mkdep_mt) - mkdep_target = mkdep_mt; - - /* Normalize the path-list */ - if (*in_pp && ! str_eq( *in_pp, "-")) { - char * tmp = norm_path( null, *in_pp, FALSE, FALSE); - if (tmp) /* The file exists */ - *in_pp = tmp; - /* Else mcpp_main() will diagnose *in_pp and exit */ - } - if (! (mcpp_debug & MACRO_CALL)) { - /* -K option alters behavior of -v option */ - if (option_flags.v) - version(); - if (show_path) { - fp_debug = stderr; - dump_path(); - fp_debug = stdout; - } - } -} - -static void version( void) -/* - * Print version message. - */ -{ - const char * mes[] = { - -#ifdef MCPP_LIB - /* Write messages here, for example, "MySomeTool with ". */ -#endif - -#ifdef VERSION_MSG - "MCPP V.2.7.2 (2008/11) " -#else - "MCPP V.", VERSION, " (", DATE, ") " -#endif -#if COMPILER == INDEPENDENT - , "compiler-independent-build " -#else -#ifdef CMP_NAME - , "for ", CMP_NAME, " " -#endif -#endif - , "compiled by " -#ifdef VERSION_MSG - , VERSION_MSG -#else -#ifdef HOST_CMP_NAME - , HOST_CMP_NAME -#if HOST_COMPILER == GNUC - , " V.", GCC_MAJOR_VERSION, ".", GCC_MINOR_VERSION -#endif -#endif -#endif - , "\n", - 0 - }; - - const char ** mpp = mes; - while (*mpp) - mcpp_fputs( *mpp++, ERR); -} - -static void usage( - int opt - ) -/* - * Print usage. - */ -{ - const char * mes[] = { - - "Usage: ", - "mcpp", - " [-<opts> [-<opts>]] [<infile> [-<opts>] [<outfile>] [-<opts>]]\n", - " <infile> defaults to stdin and <outfile> defaults to stdout.\n", - - "\nCommonly used options:\n", - - "-@MODE Specify preprocessing mode. MODE should be one of these 4:\n", - " -@std Standard conforming mode. (default)\n", - " -@poststd, -@post special 'post-Standard' mode.\n", - " -@kr K&R 1st mode.\n", - " -@oldprep, -@old 'old_preprocessor' mode (i.e. 'Reiser model' cpp).\n", - -#if COMPILER == MSC - "-arch:SSE, -arch:SSE2 Define the macro _M_IX86_FP as 1, 2 respectively.\n", -#endif -#if SYSTEM == SYS_MAC && COMPILER == GNUC - "-arch <arch> Change the target to <arch> (i386, x86_64, ppc, ppc64).\n", -#endif - -#if ! STD_LINE_PREFIX - "-b Output #line lines in C source style.\n", -#endif - - "-C Output also comments.\n", - "-D <macro>[=<value>] Define <macro> as <value> (default:1).\n", - "-D <macro(args)>[=<replace>] Define <macro(args)> as <replace>.\n", - "-e <encoding> Change the default multi-byte character encoding to one of:\n", - " euc_jp, gb2312, ksc5601, big5, sjis, iso2022_jp, utf8.\n", - -#if SYSTEM == SYS_MAC - "-F <framework> Add <framework> to top of framework directory list.\n", -#endif -#if COMPILER == GNUC - "-finput-charset=<encoding> Same as -e <encoding>.\n", - " (Don't insert spaces around '=').\n", -#endif -#if COMPILER == MSC - "-Fl <file> Include the <file> prior to the main input file.\n", - "-G<n> Define the macro _M_IX86 according to <n>.\n", -#endif -#if COMPILER == LCC - "-g <n> Define the macro __LCCDEBUGLEVEL as <n>.\n", -#endif - - "-I <directory> Add <directory> to the #include search list.\n", - -#if COMPILER == GNUC - "-isysroot <dir> Change root of system header directory to <dir>.\n", - "-include <file> Include the <file> prior to the main input file.\n", -#else - "-I- Unset system or site specific include directories.\n", -#endif -#if COMPILER == MSC - "-J Define the macro _CHAR_UNSIGNED as 1.\n", -#endif - - "-j Don't output the source line in diagnostics.\n", - "-M, -MM, -MD, -MMD, -MP, -MQ target, -MT target, -MF file\n", - " Output source file dependency line for makefile.\n", -#if SYS_FAMILY == SYS_UNIX - "-m32 Change target CPU from x86_64, ppc64 to i386, ppc, respectively.\n", - "-m64 Change target CPU from i386, ppc to x86_64, ppc64, respectively.\n", -#endif - "-N Don't predefine any non-standard macros.\n", - -#if COMPILER == GNUC - "-nostdinc Unset system or site specific include directories.\n", -#endif -#if COMPILER == LCC - "-O Define the macro __LCCOPTIMLEVEL as 1.\n", -#endif - - "-o <file> Output to <file>.\n", - "-P Don't output #line lines.\n", - "-Q Output diagnostics to \"mcpp.err\" (default:stderr).\n", -#if COMPILER == MSC - "-RTC* Define the macro __MSVC_RUNTIME_CHECKS as 1.\n", -#endif -#if COMPILER == GNUC - "-traditional, -traditional-cpp Same as -@oldprep.\n", -#endif - "-U <macro> Undefine <macro>.\n", - -#if COMPILER == GNUC - "-undef Same as -N.\n", -#endif -#if COMPILER == MSC - "-u Same as -N.\n", -#endif - - "-v Show version and include directories of mcpp.\n", - "-W <level> Set warning level to <level> (OR of {0,1,2,4,8,16}, default:1).\n", - -#if COMPILER == MSC - "-WL Same as -j.\n", -#endif -#if COMPILER == MSC || COMPILER == GNUC - "-w Same as -W0.\n", -#endif -#if COMPILER == MSC - "-X Same as -I-.\n", - "-Zc:wchar_t Define _NATIVE_WCHAR_T_DEFINED and _WCHAR_T_DEFINED as 1.\n", - "-Zl Define the macro _VC_NODEFAULTLIB as 1.\n", -#endif - - "-z Don't output the included file, only defining macros.\n", - - "\nOptions available with -@std (default) or -@poststd options:\n", - - "-+ Process C++ source.\n", - -#if DIGRAPHS_INIT - "-2 Disable digraphs.\n", -#else - "-2 Enable digraphs.\n", -#endif -#if COMPILER == GNUC - "-digraphs Enable digraphs.\n", -#endif - - "-h <n> Re-define the pre-defined macro __STDC_HOSTED__ as <n>.\n", - -#if COMPILER == GNUC - "-lang-c89 Same as -S1.\n", - "-lang-c++ Same as -+.\n", - "-pedantic, -pedantic-errors Same as -W7.\n", - "-S <n> Redefine __STDC__ to <n>.\n", -#else - "-S <n> Redefine __STDC__ to <n>, undefine old style macros.\n", -#endif - -#if COMPILER == GNUC - "-std=<STANDARD> Specify the standard to which the code should conform.\n", - " <STANDARD> may be one of: c90, c99, iso9899:1990, iso14882, etc.\n", - " iso9899:<n>, iso14882:<n> : Same as -V <n> (long in decimals).\n", -#endif -#if COMPILER == MSC - "-Tp Same as -+.\n", -#endif - - "-V <n> Redefine __STDC_VERSION__ or __cplusplus to <n>.\n", - " C with -V199901L specifies C99 specs.\n", - " C++ with -V199901L specifies C99 compatible specs.\n", - -#if COMPILER == GNUC - "-x c++ Same as -+.\n", -#endif - - "\nOptions available with only -@std (default) option:\n", - - "-@compat Expand recursive macro more than Standard.\n", -#if TRIGRAPHS_INIT - "-3 Disable trigraphs.\n", -#else - "-3 Enable trigraphs.\n", -#endif - "-K Output macro annotations embedding in comments.\n", -#if COMPILER == GNUC - "-trigraphs Enable trigraphs.\n", -#endif - - "\nOptions available with -@std (default), -@kr or -@oldprep options:\n", - -#if COMPILER == GNUC - "-lang-asm Same as -x assembler-with-cpp.\n", - "-x assembler-with-cpp Process \"assembler\" source.\n", -#elif COMPILER == MSC - "-A Process \"assembler\" source.\n", -#else - "-a Process \"assembler\" source.\n", -#endif - - "-k Keep white spaces of input lines as they are.\n", - - "\nFor further details see mcpp-manual.html.\n", - 0, - }; - - const char * illegopt = "Incorrect option -%c%s\n"; - const char * const * mpp = mes; - - if (opt != '?') - mcpp_fprintf( ERR, illegopt, opt, mcpp_optarg ? mcpp_optarg : null); - version(); -#ifdef MCPP_LIB - mes[ 1] = argv0; -#endif - while (*mpp) - mcpp_fputs( *mpp++, ERR); - longjmp( error_exit, -1); -} - -static void set_opt_list( - char * optlist - ) -/* - * Set list of legal option characters. - */ -{ - const char * list[] = { - -#if ! STD_LINE_PREFIX - "b", -#endif - -#if SYS_FAMILY == SYS_UNIX - "m:", -#endif - -#if COMPILER == GNUC - "$A:a:cd:Ef:g:i:l:r:s:t:u:O:p:q:wx:", -#elif COMPILER == MSC - "Aa:F:G:JR:T:XZ:uw", -#elif COMPILER == LCC - "g:O", -#endif - -#if COMPILER != GNUC && COMPILER != MSC - "a", -#endif -#if SYSTEM == SYS_MAC - "F:-:", -#endif - - 0 - }; - - const char * const * lp = & list[ 0]; - - ACE_OS::strcpy( optlist, "23+@:e:h:jkn:o:vzCD:I:KM:NPQS:U:V:W:"); - /* Default options */ - while (*lp) - ACE_OS::strcat( optlist, *lp++); - if (ACE_OS::strlen( optlist) >= OPTLISTLEN) - cfatal( "Bug: Too long option list", 0, 0L, 0); /* _F_ */ -} - -static int parse_warn_level( - const char * mcpp_optarg, - int opt - ) -/* - * Parse warn level option. - * Warning level option is specified as '19' or '1|2|16' or even '3|16'. - * Even spaces are allowed as ' 1 | 2|16 '. - */ -{ - const char * cp = mcpp_optarg; - int w, i; - - w = i = 0; - while( *cp != EOS) { - while( *cp == ' ') - cp++; /* Skip spaces */ - if (! isdigit( *cp)) - break; /* Error */ - while (isdigit( *cp)) { - i *= 10; - i += (*cp++ - '0'); - } - while (*cp == ' ') - cp++; - if (*cp == '|') { /* Only digits or '|' are allowed */ - w |= i; /* Take OR of the args */ - i = 0; - cp++; - } - } - if (*cp != EOS) { /* Not ending with digit */ - mcpp_fprintf( ERR, "Illegal warning level option \"%s\"\n" - , mcpp_optarg); - usage( opt); - } - w |= i; /* Take the last arg */ - return w; -} - -static void def_a_macro(int opt, /* 'D' */ - char * def /* Argument of -D option */ - ) -/* - * Define a macro specified by -D option. - * The macro maybe either object-like or function-like (with parameter). - */ -{ - DEFBUF * defp; - char * definition; /* Argument of -D option */ - char * cp; - int i; - - /* Convert trigraphs for the environment which need trigraphs */ - if (mcpp_mode == STD && option_flags.trig) - cnv_trigraph( def); - if (mcpp_mode == POST_STD && option_flags.dig) - cnv_digraph( def); /* Convert prior to installing macro */ - definition = (char *)ACE_OS::malloc( ACE_OS::strlen( def) + 6); - ACE_OS::strcpy( definition, def); - if ((cp = ACE_OS::strchr( definition, '=')) != 0) { - *cp = ' '; /* Remove the '=' */ - // cp = "\n"; /* Append <newline> */ - *(cp + 0) = '\n'; - *(cp + 1) = '\0'; - } else { - cp = ACE_OS::strlen (def) + definition; - *(cp + 0) = ' '; - *(cp + 1) = '1'; - *(cp + 2) = '\n'; - *(cp + 3) = '\0'; - //cp = " 1\n"; /* With definition "1" */ - } - cp = definition; - while ((char_type[ *cp & UCHARMAX] & SPA) == 0) - cp++; - i = *cp; - *cp = EOS; - if ((defp = look_id( definition)) != 0) /* Pre-defined */ - undefine( definition); - *cp = i; - /* Now, save the definition. */ - unget_string( definition, 0); - if (do_define( FALSE, 0) == 0) /* Define a macro */ - usage( opt); - *cp = EOS; - if (str_eq( definition, "__STDC__")) { - defp = look_id( definition); - defp->nargs = DEF_NOARGS_STANDARD; - /* Restore Standard-predefinedness */ - } - ACE_OS::free( definition); - skip_nl(); /* Clear the appended <newline> */ -} - -static void chk_opts( - int sflag, /* Flag of Standard or post-Standard mode */ - int trad /* -traditional (GCC only) */ - ) -/* - * Check consistency between the specified options. - * Set default value of some variables for each 'mcpp_mode'. - */ -{ - int incompat = FALSE; - - switch (mcpp_mode) { - case STD : - case POST_STD : - if (trad) - incompat = TRUE; - if (! stdc_val) - stdc_val = STDC; - break; - case KR : - case OLD_PREP : -#if COMPILER == GNUC - if (sflag || cplus_val || ansi || std_val != -1L) -#else - if (sflag || cplus_val || std_val != -1L) -#endif - incompat = TRUE; - if (option_flags.dig) { - if (option_flags.dig != DIGRAPHS_INIT) - incompat = TRUE; - else - option_flags.dig = 0; - } - break; - } - - if (mcpp_mode == POST_STD - && (option_flags.lang_asm || compat_mode || option_flags.k)) - incompat = TRUE; - if (mcpp_mode != STD && option_flags.trig) { - if (option_flags.trig != TRIGRAPHS_INIT) - incompat = TRUE; - else - option_flags.trig = FALSE; - } - if (mcpp_mode != STD && (mcpp_debug & MACRO_CALL)) - incompat = TRUE; - if ((mcpp_debug & MACRO_CALL) - && (option_flags.lang_asm || option_flags.c)) { - mcpp_fputs( "Disabled -K option.\n", ERR); - mcpp_debug &= ~MACRO_CALL; - /* -a and -C options do not co-exist with -K */ - } - if (incompat) { - mcpp_fputs( "Incompatible options are specified.\n", ERR); - usage( '?'); - } - - standard = (mcpp_mode == STD || mcpp_mode == POST_STD); - /* Modify magic characters in character type table. */ - if (! standard) - char_type[ DEF_MAGIC] = 0; - if (mcpp_mode != STD) - char_type[ IN_SRC] = 0; - if (mcpp_mode == POST_STD || mcpp_mode == KR) - char_type[ TOK_SEP] = 0; /* TOK_SEP equals to COM_SEP */ - if (mcpp_mode != STD) - char_type[ MAC_INF] = 0; - - expand_init( compat_mode, ansi); - /* Set function pointer to macro expansion routine */ -} - -#if COMPILER != GNUC - -static void init_cpu_macro ( - int gval, /* Argument of -G option for MSC */ - int sse /* Argument of -sse: option for MSC */ - ) -/* - * Set predefined macros for CPU. - * This routine is called from do_options() only once. - * GCC-specific-build defines these macro by init_gcc_macro(). - */ -{ - ACE_UNUSED_ARG (gval); - ACE_UNUSED_ARG (sse); - - const char * cpu_macro[][ 7] = { -#if SYS_FAMILY == SYS_UNIX - { "__i386__" -#if SYSTEM == SYS_CYGWIN - , "_X86_" -#endif - , 0,}, - { "__x86_64__", "__amd64__", 0,}, - { "__ppc__", "__powerpc__", 0,}, - { "__ppc64__", "__powerpc64__", 0,} -#elif SYS_FAMILY == SYS_WIN - { "_WIN32", "__WIN32__", "_X86_" -#if SYSTEM == SYS_MINGW - , "__i386__" -#endif - , 0,}, - { "_WIN32", "_WIN64", "__WIN64__", "_M_AMD64", "_AMD64_", "_X64_" - , 0,}, /* "_WIN32" is defined even on Windows 64 */ - { 0,}, /* Not supported */ - { 0,} /* Not supported */ -#endif - }; - const char ** macro; - int index; - - if (str_eq( arch, "i386")) - index = 0; - else if (str_eq( arch, "x86_64")) - index = 1; - else if (str_eq( arch, "ppc")) - index = 2; - else if (str_eq( arch, "ppc64")) - index = 3; - else - index = 9; - - if (index == 9) { /* Unknown CPU */ - look_and_install( "__" CPU "__", DEF_NOARGS_PREDEF, null, "1"); - return; - } - macro = cpu_macro[ index]; - while (*macro) - look_and_install( *macro++, DEF_NOARGS_PREDEF, null, "1"); -#if SYS_FAMILY == SYS_WIN - if (index == 0) { - char val[] = "600"; - if (gval) - val[ 0] = gval; - look_and_install( "_M_IX86", DEF_NOARGS_PREDEF, null, val); - val[ 0] = '0' + sse; - val[ 1] = '\0'; - look_and_install( "_M_IX86_FP", DEF_NOARGS_PREDEF, null, val); - } -#endif -} -#endif /* COMPILER != GNUC */ - -static void init_predefines( void) -/* - * Set or unset predefined macros. - */ -{ - char tmp[ 16]; - - if (std_val != -1L) { /* Version is specified */ - if (cplus_val) - cplus_val = std_val; /* Value of __cplusplus */ - else - stdc_ver = std_val; /* Value of __STDC_VERSION__ */ - } else { - if (! cplus_val) - stdc_ver = stdc_val ? STDC_VERSION : 0L; - } - - if (nflag) { - un_predefine( TRUE); - } else if (stdc_val || cplus_val) { -#if COMPILER != GNUC - un_predefine( FALSE); /* Undefine "unix" or so */ -#endif - } - ACE_OS::sprintf( tmp, "%ldL", cplus_val ? cplus_val : stdc_ver); - if (cplus_val) { - look_and_install( "__cplusplus", DEF_NOARGS_STANDARD, null, tmp); - } else { - if (stdc_ver) - look_and_install( "__STDC_VERSION__", DEF_NOARGS_STANDARD, null - , tmp); -#ifdef COMPILER_CPLUS - if (! nflag) /* Undefine pre-defined macro for C++ */ - undefine( COMPILER_CPLUS); -#endif - } - set_limit(); - stdc2 = cplus_val || stdc_ver >= 199901L; - stdc3 = (cplus_val >= 199901L) || (stdc_ver >= 199901L); - /* (cplus_val >= 199901L) makes C++ C99-compatible specs */ - if (standard) - init_std_defines(); - if (stdc3) - set_pragma_op(); -} - -static void init_std_defines( void) -/* - * For STD and POST_STD modes. - * The magic pre-defines are initialized with magic argument counts. - * expand_macro() notices this and calls the appropriate routine. - * DEF_NOARGS is one greater than the first "magic" definition. - * 'DEF_NOARGS - n' are reserved for pre-defined macros. - * __STDC_VERSION__ and __cplusplus are defined by chk_opts() and set_cplus(). - */ -{ - char tmp[ 16]; - char timestr[ 14]; - time_t tvec; - char * tstring; - - look_and_install( "__LINE__", DEF_NOARGS_DYNAMIC - 1, null, "-1234567890"); - /* Room for 11 chars (10 for long and 1 for '-' in case of wrap round. */ - look_and_install( "__FILE__", DEF_NOARGS_DYNAMIC - 2, null, null); - /* Should be stuffed */ - - /* Define __DATE__, __TIME__ as present date and time. */ - ACE_OS::time( &tvec); - tstring = ACE_OS::ctime( &tvec); - ACE_OS::sprintf( timestr, "\"%.3s %c%c %.4s\"", - tstring + 4, - *(tstring + 8) == '0' ? ' ' : *(tstring + 8), - *(tstring + 9), - tstring + 20); - look_and_install( "__DATE__", DEF_NOARGS_DYNAMIC, null, timestr); - ACE_OS::sprintf( timestr, "\"%.8s\"", tstring + 11); - look_and_install( "__TIME__", DEF_NOARGS_DYNAMIC, null, timestr); - - if (! look_id( "__STDC_HOSTED__")) { - /* - * Some compilers, e.g. GCC older than 3.3, define this macro by - * -D option. - */ - ACE_OS::sprintf( tmp, "%d", STDC_HOSTED); - look_and_install( "__STDC_HOSTED__", DEF_NOARGS_PREDEF, null, tmp); - } -#if COMPILER != GNUC /* GCC do not undefine __STDC__ on C++ */ - if (cplus_val) - return; -#endif - /* Define __STDC__ as 1 or such for Standard conforming compiler. */ - if (! look_id( "__STDC__")) { - ACE_OS::sprintf( tmp, "%d", stdc_val); - look_and_install( "__STDC__", DEF_NOARGS_STANDARD, null, tmp); - } -} - -static void set_limit( void) -/* - * Set the minimum translation limits specified by the Standards. - */ -{ - if (cplus_val) { /* Specified by C++ 1998 Standard */ - std_limits.str_len = SLEN_CPLUS_MIN; - std_limits.id_len = IDLEN_CPLUS_MIN; - std_limits.n_mac_pars = NMACPARS_CPLUS_MIN; - std_limits.exp_nest = EXP_NEST_CPLUS_MIN; - std_limits.blk_nest = BLK_NEST_CPLUS_MIN; - std_limits.inc_nest = INCLUDE_NEST_CPLUS_MIN; - std_limits.n_macro = NMACRO_CPLUS_MIN; - std_limits.line_num = LINE_CPLUS_LIMIT; - } else if (stdc_ver >= 199901L) { /* Specified by C 1999 Standard */ - std_limits.str_len = SLEN99MIN; - std_limits.id_len = IDLEN99MIN; - std_limits.n_mac_pars = NMACPARS99MIN; - std_limits.exp_nest = EXP_NEST99MIN; - std_limits.blk_nest = BLK_NEST99MIN; - std_limits.inc_nest = INCLUDE_NEST99MIN; - std_limits.n_macro = NMACRO99MIN; - std_limits.line_num = LINE99LIMIT; - } else if (standard) { /* Specified by C 1990 Standard */ - std_limits.str_len = SLEN90MIN; - std_limits.id_len = IDLEN90MIN; - std_limits.n_mac_pars = NMACPARS90MIN; - std_limits.exp_nest = EXP_NEST90MIN; - std_limits.blk_nest = BLK_NEST90MIN; - std_limits.inc_nest = INCLUDE_NEST90MIN; - std_limits.n_macro = NMACRO90MIN; - std_limits.line_num = LINE90LIMIT; - } - /* Else pre-Standard mode */ -} - -static void set_pragma_op( void) -/* - * #define _Pragma(a) _Pragma ( a ) - * Define _Pragma() operator as a special macro so as to be searched - * easily. The unusual 'DEF_PRAGMA' is a marker of this psuedo - * macro. - */ -{ - const char * name = "_Pragma"; - char tmp[ 16]; - - ACE_OS::sprintf( tmp, "%c%s ( %c%c )", DEF_MAGIC, name, MAC_PARM, 1); - /* Replacement text */ - look_and_install( name, DEF_PRAGMA, "a", tmp); -} - -void init_sys_macro( void) -/* - * Define system-specific macros and some Standard required macros - * and undefine macros specified by -U options. - */ -{ - /* This order is important. */ - - def_macros(); /* Define macros specified by -D */ -#if COMPILER == GNUC - chk_env(); -#endif - init_predefines(); /* Define predefined macros */ -#if COMPILER == GNUC - init_gcc_macro(); -#elif COMPILER == MSC - init_msc_macro(); -#endif - undef_macros(); /* Undefine macros specified by -U */ - if (mcpp_debug & MACRO_CALL) - dump_def( FALSE, TRUE); /* Finally putout current macro names */ -} - -void at_start( void) -/* - * Do the commands prior to processing main source file after do_options(). - */ -{ - char * env; - FILEINFO * file_saved = infile; - - /* - * Set multi-byte character encoding according to environment variables - * LC_ALL, LC_CTYPE and LANG -- with preference in this order. - */ - if (! mb_changed) { /* -m option precedes */ - if ((env = ACE_OS::getenv( "LC_ALL")) != 0) - set_encoding( env, "LC_ALL", 0); - else if ((env = ACE_OS::getenv( "LC_CTYPE")) != 0) - set_encoding( env, "LC_CTYPE", 0); - else if ((env = ACE_OS::getenv( "LANG")) != 0) - set_encoding( env, "LANG", 0); - } - -#if COMPILER == GNUC || COMPILER == MSC - if (option_flags.dollar_in_name) - char_type[ 0x24] |= LET; /* Enable '$' in identifiers */ - /* - * Do the -include (-Fl for MSC) options in the specified order. - * Note: This functionality is implemented as nested #includes - * which results the same effect as sequential #includes. - */ - { - char ** preinc; - /* - * Note: Here, 'infile' is the main input file, which is pseudo- - * parent file of the files to pre-include. So, we must - * temporarily set the infile's directory to the current directory - * in order to preinclude the files relative to it. - */ - preinc = preinc_end; - while (preinclude <= --preinc && *preinc != 0) - open_file( &null, 0, *preinc, TRUE, TRUE, FALSE); - } -#endif - - put_info( file_saved); -} - -static void put_info( - FILEINFO * sharp_file - ) -/* - * Putout compiler-specific information. - */ -{ - if (no_output || option_flags.p) - return; - sharp_file->line++; - sharp( sharp_file, 0); - sharp_file->line--; -#if COMPILER == GNUC - if (gcc_work_dir) - mcpp_fprintf( OUT, "%s%ld \"%s%c\"\n" - , std_line_prefix ? "#line " : LINE_PREFIX - , 1, cur_work_dir, '/'); - /* Putout the current directory as a #line line as: */ - /* '# 1 "/abs-path/cur_dir//"'. */ - mcpp_fprintf( OUT, "%s%ld \"<built-in>\"\n" - , std_line_prefix ? "#line " : LINE_PREFIX , 1); - mcpp_fprintf( OUT, "%s%ld \"<command line>\"\n" - , std_line_prefix ? "#line " : LINE_PREFIX , 1); - mcpp_fprintf( OUT, "%s%ld \"%s\"%s\n" - , std_line_prefix ? "#line " : LINE_PREFIX, 1, cur_fullname - , ! str_eq( cur_fullname, sharp_file->full_fname) ? " 1" : null); - /* Suffix " 1" for the file specified by -include */ -#endif -} - -static char * set_files( - int argc, - char ** argv, - const char ** in_pp, - const char ** out_pp - ) -/* - * Set input and/or output files. - */ -{ - char * cp; - - if (*in_pp == 0) { /* Input file */ - cp = argv[ mcpp_optind++]; -#if SYS_FAMILY == SYS_WIN - cp = bsl2sl( cp); -#endif - *in_pp = cp; - } - if (mcpp_optind < argc && argv[ mcpp_optind][ 0] != '-' - && *out_pp == 0) { - cp = argv[ mcpp_optind++]; -#if SYS_FAMILY == SYS_WIN - cp = bsl2sl( cp); -#endif - *out_pp = cp; /* Output file */ - } - if (mcpp_optind >= argc) - return 0; /* Exhausted command line arguments */ - if (argv[ mcpp_optind][ 0] == '-') - return argv[ mcpp_optind]; /* More options */ - cfatal( "Excessive file argument \"%s\"", argv[ mcpp_optind], 0L , 0); - return 0; -} - -static void set_env_dirs( void) -/* - * Add to include path those specified by environment variables. - */ -{ - const char * env; - - if (cplus_val) { - if ((env = ACE_OS::getenv( ENV_CPLUS_INCLUDE_DIR)) != 0) - parse_env( env); - } - if ((env = ACE_OS::getenv( ENV_C_INCLUDE_DIR)) != 0) - parse_env( env); -} - -static void parse_env( - const char * env - ) -/* - * Parse environmental variable and append the path to include-dir-list. - */ -{ - char * save; - char * save_start; - char * p; - int sep; - - save = save_start = save_string( env); - while (*save) { - p = save; - while (*p && *p != ENV_SEP) - p++; - if (p != save) { /* Variable separator */ - sep = *p; - *p = EOS; - set_a_dir( save); - if (sep == EOS) - break; - save = ++p; - } - while (*save == ENV_SEP) - ++save; - } - ACE_OS::free( save_start); -} - -static void set_sys_dirs( - int set_cplus_dir /* Set C++ include-directory too */ - ) -/* - * Set site-specific and system-specific directories to the include directory - * list. - */ -{ - if (cplus_val && set_cplus_dir) { -#ifdef CPLUS_INCLUDE_DIR1 - set_a_dir( CPLUS_INCLUDE_DIR1); -#endif -#ifdef CPLUS_INCLUDE_DIR2 - set_a_dir( CPLUS_INCLUDE_DIR2); -#endif -#ifdef CPLUS_INCLUDE_DIR3 - set_a_dir( CPLUS_INCLUDE_DIR3); -#endif -#ifdef CPLUS_INCLUDE_DIR4 - set_a_dir( CPLUS_INCLUDE_DIR4); -#endif - } - -#if SYS_FAMILY == SYS_UNIX - set_a_dir( "/usr/local/include"); -#endif - -#ifdef C_INCLUDE_DIR1 - set_a_dir( C_INCLUDE_DIR1); -#endif -#ifdef C_INCLUDE_DIR2 - set_a_dir( C_INCLUDE_DIR2); -#endif - -#if SYS_FAMILY == SYS_UNIX -#if SYSTEM == SYS_CYGWIN - if (no_cygwin) /* -mno-cygwin */ - set_a_dir( "/usr/include/mingw"); - else - set_a_dir( "/usr/include"); -#else - set_a_dir( "/usr/include"); /* Should be placed after C_INCLUDE_DIR? */ -#endif -#endif -} - -static void set_a_dir( - const char * dirname /* The path-name */ - ) -/* - * Append an include directory. - * This routine is called from the following routines (in this order). - * 1. do_options() by -I option. - * 2. do_options() by -isystem option (for GNUC). - * 3. set_env_dirs() by environment variables. - * 4. set_sys_dirs() by CPLUS_INCLUDE_DIR?, C_INCLUDE_DIR? and system- - * specifics (unless -I- or -nostdinc option is specified). - * Ignore non-existent directory. - * Note that this routine should be called only in initializing steps, - * because increase of include dirs causes reallocation of incdir[]. - * Note: a trailing PATH-DELIM is appended by norm_path(). - */ -{ - char * norm_name; - const char ** ip; - - if (incdir == 0) { /* Should be initialized */ - max_inc = INIT_NUM_INCLUDE; - incdir = (const char **) ACE_OS::malloc( sizeof (char *) * max_inc); - incend = &incdir[ 0]; - } else if (incend - incdir >= max_inc) { /* Buffer full */ -#if SYSTEM == SYS_MAC - size_t framework_pos = to_search_framework - incdir; -#endif -#if COMPILER == GNUC - size_t sys_pos = 0; - if (sys_dirp) - sys_pos = sys_dirp - incdir; -#endif - incdir = (const char **) ACE_OS::realloc( reinterpret_cast <char *> (incdir), sizeof (char *) * max_inc * 2); - incend = &incdir[ max_inc]; -#if COMPILER == GNUC - if (sys_pos) - sys_dirp = &incdir[ sys_pos]; -#endif -#if SYSTEM == SYS_MAC - to_search_framework = &incdir[ framework_pos]; -#endif - max_inc *= 2; - } - - if (dirname == 0) - return; /* Only to initialize incdir[] */ - norm_name = norm_dir( dirname, FALSE); - if (! norm_name) /* Non-existent */ - return; - for (ip = incdir; ip < incend; ip++) { - if (str_case_eq( *ip, norm_name)) { - if (option_flags.v && ! (mcpp_debug & MACRO_CALL)) - mcpp_fprintf( ERR, "Duplicate directory \"%s\" is ignored\n" - , norm_name); - ACE_OS::free( norm_name); /* Already registered */ - return; - } - } - /* Register new directory */ - *incend++ = norm_name; -} - -#if SYSTEM == SYS_MAC && COMPILER == GNUC -/* Definitions for "header map" file of Xcode / Apple-GCC. */ -/* These definitions were taken from cpplib.h of Apple-GCC-4.0.1 */ - -#define HMAP_SAME_ENDIANNESS_MAGIC \ - (((((('h' << 8) | 'm') << 8) | 'a') << 8) | 'p') - -typedef unsigned short uint16; -typedef unsigned int uint32; - -struct hmap_bucket -{ - uint32 key; /* Offset (into strings) of key */ - struct { - uint32 prefix; /* Offset (into strings) of value prefix */ - uint32 suffix; /* Offset (into strings) of value suffix */ - } value; /* Value (prefix- and suffix-strings) */ -}; - -struct hmap_header_map -{ - uint32 magic; /* Magic word, also indicates byte order */ - uint16 version; /* Version number -- currently 1 */ - uint16 _reserved; /* Reserved for future use -- zero for now */ - uint32 strings_offset; /* Offset to start of string pool */ - uint32 count; /* Number of entries in the string table */ - uint32 capacity; /* Number of buckets (always a power of 2) */ - uint32 max_value_length; - /* Length of longest result path (excl. '\0') */ - struct hmap_bucket buckets[1]; - /* Inline array of 'capacity' maptable buckets */ - /* Strings follow the buckets, at strings_offset. */ -}; -#endif - -static char * norm_dir( - const char * dirname, /* Directory path to normalize */ - int /*framework*/ /* Setting a framework directory*/ - ) -/* - * Normalize include directory path. - * Handle -isysroot option for GCC, including framework directory for SYS_MAC. - */ -{ - char * norm_name; - -#if COMPILER == GNUC - if (sysroot && sys_dirp) { - /* Logical system root specified and dirname is system header dir */ - char delim[ 2] = { EOS, EOS}; - char * dir; -#if SYSTEM == SYS_MAC - if (! framework && memcmp( dirname, "/usr/", 5) != 0) - return 0; /* /Developer/usr/lib/gcc/ */ -#endif - if (dirname[ 0] != PATH_DELIM) - delim[ 0] = PATH_DELIM; - dir = ACE_OS::malloc( ACE_OS::strlen( sysroot) + ACE_OS::strlen( dirname) + 2); - ACE_OS::sprintf( dir, "%s%s%s", sysroot, delim, dirname); - dirname = dir; - } -#endif -#if SYSTEM == SYS_MAC && COMPILER == GNUC - if (ACE_OS::strlen( dirname) > 5 - && str_case_eq( dirname + ACE_OS::strlen( dirname) - 5, ".hmap")) { - /* "header map" file (not an include directory) */ - norm_name = norm_path( null, dirname, FALSE, TRUE); - if (! norm_name && option_flags.v) - mcpp_fprintf( ERR, "Invalid header map file \"%s\" is ignored\n" - , dirname); - } else -#endif - { - norm_name = norm_path( dirname, 0, FALSE, FALSE); - /* Normalize the pathname to compare */ - if (! norm_name && option_flags.v && ! (mcpp_debug & MACRO_CALL)) - mcpp_fprintf( ERR, "Non-existent directory \"%s\" is ignored\n" - , dirname); - } -#if COMPILER == GNUC - if (sysroot && sys_dirp) - ACE_OS::free( dirname); -#endif - - return norm_name; -} - -static char * norm_path( - const char * dir, /* Include directory (maybe "", never 0) */ - const char * fname, - /* Filename (possibly has directory part, or maybe 0) */ - int inf, /* If TRUE, output some infs when (mcpp_debug & PATH) */ - int /*hmap*/ /* "header map" file of Apple-GCC */ - ) -/* - * Normalize the pathname removing redundant components such as - * "foo/../", "./" and trailing "/.". - * Append trailing "/" if 'fname' is 0. - * Change relative path to absolute path. - * Dereference a symbolic linked file (or directory) to a real directory/file. - * Return a malloc'ed buffer, if the directory/file exists. - * Return 0, if the specified directory/file does not exist or 'dir' is - * not a directory or 'fname' is not a regular file. - * This routine is called from set_a_dir(), init_gcc_macro(), do_once() and - * open_file(). - */ -{ - char * norm_name; /* The path-list converted */ - char * start; - char * cp1; - char * cp2; - char * abs_path; - int len; /* Should not be size_t */ - size_t start_pos = 0; - char slbuf1[ PATHMAX+1]; /* Working buffer */ -#if SYS_FAMILY == SYS_UNIX - char slbuf2[ PATHMAX+1]; /* Working buffer for dereferencing */ -#endif -#if SYSTEM == SYS_CYGWIN || SYSTEM == SYS_MINGW - static char * root_dir; - /* System's root directory in Windows file system */ - static size_t root_dir_len; -#if SYSTEM == SYS_CYGWIN - static char * cygdrive = "/cygdrive/"; /* Prefix for drive letter */ -#else - static char * mingw_dir; /* "/mingw" dir in Windows */ - static size_t mingw_dir_len; -#endif -#endif -#if HOST_COMPILER == MSC - struct _stat st_buf; -#else - ACE_stat st_buf; -#endif - - if (! dir || (*dir && is_full_path( fname))) - cfatal( "Bug: Wrong argument to norm_path()" /* _F_ */ - , 0, 0L, 0); - inf = inf && (mcpp_debug & PATH); /* Output information */ - - ACE_OS::strcpy( slbuf1, dir); /* Include directory */ - len = ACE_OS::strlen( slbuf1); - if (fname && len && slbuf1[ len - 1] != PATH_DELIM) { - slbuf1[ len] = PATH_DELIM; /* Append PATH_DELIM */ - slbuf1[ ++len] = EOS; - } else if (! fname && len && slbuf1[ len - 1] == PATH_DELIM) { - /* stat() of some systems do not like trailing '/' */ - slbuf1[ --len] = EOS; - } - if (fname) - ACE_OS::strcat( slbuf1, fname); - if (ACE_OS::stat( slbuf1, & st_buf) != 0 /* Non-existent */ - || (! fname && ! S_ISDIR( st_buf.st_mode)) - /* Not a directory though 'fname' is not specified */ - || (fname && ! S_ISREG( st_buf.st_mode))) - /* Not a regular file though 'fname' is specified */ - return 0; -#if SYSTEM == SYS_MAC && COMPILER == GNUC - if (hmap) { /* Dirty "header map" file */ - struct hmap_header_map hmap; - size_t cnt; - FILE * fp; - fp = fopen( fname, "r"); - cnt = fread( & hmap, sizeof (struct hmap_header_map), 1, fp); - fclose( fp); - if (cnt == 0 || hmap.magic != HMAP_SAME_ENDIANNESS_MAGIC) - return 0; - } -#endif - if (! fname) { - slbuf1[ len] = PATH_DELIM; /* Append PATH_DELIM */ - slbuf1[ ++len] = EOS; - } -#if SYS_FAMILY == SYS_UNIX - /* Dereference symbolic linked directory or file, if any */ - slbuf1[ len] = EOS; /* Truncate PATH_DELIM and 'fname' part, if any */ - slbuf2[ 0] = EOS; - if (*dir && ! fname) { /* Registering include directory */ - /* Symbolic link check of directories are required */ - deref_syml( slbuf1, slbuf2, slbuf1); - } else if (fname) { /* Regular file */ - len = ACE_OS::strlen( slbuf1); - ACE_OS::strcat( slbuf1, fname); - deref_syml( slbuf1, slbuf2, slbuf1 + len); - /* Symbolic link check of directory */ - if ((len = ACE_OS::readlink( slbuf1, slbuf2, PATHMAX)) > 0) { - /* Dereference symbolic linked file (not directory) */ - *(slbuf2 + len) = EOS; - cp1 = slbuf1; - if (slbuf2[ 0] != PATH_DELIM) { /* Relative path */ - cp2 = ACE_OS::strrchr( slbuf1, PATH_DELIM); - if (cp2) /* Append to the source directory */ - cp1 = cp2 + 1; - } - ACE_OS::strcpy( cp1, slbuf2); - } - } - if (inf) { - if (slbuf2[ 0]) - mcpp_fprintf( DBG, "Dereferenced \"%s%s\" to \"%s\"\n" - , dir, fname ? fname : null, slbuf1); - } -#endif - len = ACE_OS::strlen( slbuf1); - start = norm_name = (char *)ACE_OS::malloc( len + 1); /* Need a new buffer */ - ACE_OS::strcpy( norm_name, slbuf1); -#if SYS_FAMILY == SYS_WIN - bsl2sl( norm_name); -#endif -#if SPECIAL_PATH_DELIM /* ':' ? */ - for (cp1 = norm_name; *cp1 != EOS; cp1++) { - if (*cp1 == PATH_DELIM) - *cp1 = '/'; - } -#endif - cp1 = norm_name; - -#if SYSTEM == SYS_CYGWIN - /* Convert to "/cygdirve/x/dir" style of absolute path-list */ - if (len >= 8 && (memcmp( cp1, "/usr/bin", 8) == 0 - || memcmp( cp1, "/usr/lib", 8) == 0)) { - memmove( cp1, cp1 + 4, len - 4 + 1); /* Remove "/usr" */ - len -= 4; - } - if (*cp1 == '/' && (len < 10 || memcmp( cp1, cygdrive, 10) != 0)) { - /* /dir, not /cygdrive/ */ - if (! root_dir_len) { /* Should be initialized */ - /* Convert "X:\DIR-list" to "/cygdrive/x/dir-list" */ - root_dir = ACE_OS::malloc( ACE_OS::strlen( CYGWIN_ROOT_DIRECTORY) + 1); - ACE_OS::strcpy( root_dir, CYGWIN_ROOT_DIRECTORY); - *(root_dir + 1) = *root_dir; /* "x:/" to " x/" */ - cp1 = ACE_OS::malloc( ACE_OS::strlen( cygdrive) + ACE_OS::strlen( root_dir)); - ACE_OS::strcpy( cp1, cygdrive); - ACE_OS::strcat( cp1, root_dir + 1); - ACE_OS::free( root_dir); - root_dir = cp1; - root_dir_len = ACE_OS::strlen( root_dir); - } - cp1 = ACE_OS::malloc( root_dir_len + len + 1); - ACE_OS::strcpy( cp1, root_dir); - ACE_OS::strcat( cp1, norm_name); /* Convert to absolute path */ - ACE_OS::free( norm_name); - norm_name = start = cp1; - len += root_dir_len; - } -#endif - -#if SYSTEM == SYS_MINGW - /* Handle the mess of MinGW's path-list */ - /* Convert to "x:/dir" style of absolute path-list */ - if (*cp1 == PATH_DELIM && isalpha( *(cp1 + 1)) - && *(cp1 + 2) == PATH_DELIM) { /* /c/, /d/, etc*/ - *cp1 = *(cp1 + 1); - *(cp1 + 1) = ':'; /* Convert to c:/, d:/, etc */ - } else if (memcmp( cp1, "/mingw", 6) == 0) { - if (! mingw_dir_len) { /* Should be initialized */ - mingw_dir_len = ACE_OS::strlen( MINGW_DIRECTORY); - mingw_dir = ACE_OS::malloc( mingw_dir_len + 1); - ACE_OS::strcpy( mingw_dir, MINGW_DIRECTORY); - } - cp1 = ACE_OS::malloc( mingw_dir_len + len + 1); - ACE_OS::strcpy( cp1, mingw_dir); - ACE_OS::strcat( cp1, norm_name + 6); /* Convert to absolute path */ - ACE_OS::free( norm_name); - norm_name = start = cp1; - len += mingw_dir_len; - } else if (memcmp( cp1, "/usr", 4) == 0) { - memmove( cp1, cp1 + 4, len - 4 + 1); /* Remove "/usr" */ - len -= 4; - } - if (*cp1 == '/') { /* /dir or / */ - if (! root_dir_len) { /* Should be initialized */ - root_dir_len = ACE_OS::strlen( MSYS_ROOT_DIRECTORY); - root_dir = ACE_OS::malloc( root_dir_len + 1); - ACE_OS::strcpy( root_dir, MSYS_ROOT_DIRECTORY); - } - cp1 = ACE_OS::malloc( root_dir_len + len + 1); - ACE_OS::strcpy( cp1, root_dir); - ACE_OS::strcat( cp1, norm_name); /* Convert to absolute path */ - ACE_OS::free( norm_name); - norm_name = start = cp1; - len += root_dir_len; - } -#endif - -#if SYS_FAMILY == SYS_WIN - if (*(cp1 + 1) == ':') - start = cp1 += 2; /* Next to the drive letter */ - start_pos = 2; -#endif - if (len == 1 && *norm_name == '/') /* Only "/" */ - return norm_name; - - if (ACE_OS::strncmp( cp1, "./", 2) == 0) /* Remove beginning "./" */ - ACE_OS::memmove( cp1, cp1 + 2, ACE_OS::strlen( cp1 + 2) + 1); /* +1 for EOS */ - if (*start != '/') { /* Relative path to current directory */ - /* Make absolute path */ - abs_path = (char *)ACE_OS::malloc( len + ACE_OS::strlen( cur_work_dir) + 1); - cp1 = mcpp_stpcpy( abs_path, cur_work_dir); - ACE_OS::strcpy( cp1, start); - ACE_OS::free( norm_name); - norm_name = abs_path; - start = cp1 = norm_name + start_pos; - } - - while ((cp1 = ACE_OS::strstr( cp1, "/./")) != 0) - ACE_OS::memmove( cp1, cp1 + 2, ACE_OS::strlen( cp1 + 2) + 1); - /* Remove "/." of "/./" */ - cp1 = start; - /* Remove redundant "foo/../" */ - while ((cp1 = ACE_OS::strstr( cp1, "/../")) != 0) { - *cp1 = EOS; - if ((cp2 = ACE_OS::strrchr( start, '/')) != 0) { - if (*(cp1 - 1) != '.') { - ACE_OS::memmove( cp2 + 1, cp1 + 4, ACE_OS::strlen( cp1 + 4) + 1); - /* Remove "foo/../" */ - cp1 = cp2; - } else { /* Impossible */ - break; - } - } else { /* Impossible */ - break; - } - } - -#if SPECIAL_PATH_DELIM - for (cp1 = start; *cp1 != EOS; cp1++) { - if (*cp1 == '/') - *cp1 = PATH_DELIM; - } -#endif - if (inf) { - char debug_buf[ PATHMAX+1]; - ACE_OS::strcpy( debug_buf, dir); - ACE_OS::strcat( debug_buf, fname ? fname : null); -#if SYS_FAMILY == SYS_WIN - bsl2sl( debug_buf); -#endif - if (! str_eq( debug_buf, norm_name)) - mcpp_fprintf( DBG, "Normalized the path \"%s\" to \"%s\"\n" - , debug_buf, norm_name); - } - - return norm_name; -} - -#if SYS_FAMILY == SYS_UNIX - -static void deref_syml( - char * slbuf1, /* Original path-list */ - char * slbuf2, /* Working buffer */ - char * chk_start /* Pointer into slbuf1 */ - ) -/* Dereference symbolic linked directory */ -{ - char * cp2; - int len; /* Should be int, not size_t */ - - while ((chk_start = ACE_OS::strchr( chk_start, PATH_DELIM)) != 0) { - *chk_start = EOS; - if ((len = ACE_OS::readlink( slbuf1, slbuf2, PATHMAX)) > 0) { - /* Dereference symbolic linked directory */ - cp2 = ACE_OS::strrchr( slbuf1, PATH_DELIM); /* Previous delimiter */ - *chk_start = PATH_DELIM; - ACE_OS::strcpy( slbuf2 + len, chk_start); - if (slbuf2[ 0] == PATH_DELIM) { /* Absolute path */ - ACE_OS::strcpy( slbuf1, slbuf2); - chk_start = slbuf1 + len + 1; - } else { - if (cp2) - chk_start = cp2 + 1; - else - chk_start = slbuf1; - ACE_OS::strcpy( chk_start, slbuf2); /* Rewrite the path */ - chk_start += len; - } - } else { - *chk_start++ = PATH_DELIM; - } - } -} -#endif - -#if COMPILER == GNUC - -static void init_gcc_macro( void) -/* - * Predefine GCC macros. - * This routine should be called after opening output file in order to putout - * macro informations by -K option into the file. - * Also this routine should be called before undef_macros() in order to - * permit undefining a macro by -U option. - */ -{ - char fname[ BUFSIZ]; - char lbuf[ BUFSIZ]; - char * include_dir; /* The version-specific include directory */ - char * tmp; - FILE * fp; - DEFBUF * defp; - const char * cp; - char * tp; - int i; - - if (nflag) /* -undef option */ - goto undef_special; - - tmp = ACE_OS::malloc( ACE_OS::strlen( INC_DIR) + ACE_OS::strlen( "/mingw/mcpp-gcc-") - + ACE_OS::strlen( arch) + 1); -#if SYSTEM == SYS_CYGWIN - if (no_cygwin) { - ACE_OS::sprintf( tmp, "%s/mingw/mcpp-gcc-%s", INC_DIR, arch); - } else { - ACE_OS::sprintf( tmp, "%s/mcpp-gcc-%s", INC_DIR, arch); - } -#else - ACE_OS::sprintf( tmp, "%s/mcpp-gcc-%s", INC_DIR, arch); -#endif - include_dir = norm_path( tmp, 0, TRUE, FALSE); - ACE_OS::free( tmp); - - for (i = 0; i <= 1; i++) { - int nargs; - - if ((mcpp_mode == POST_STD || ansi) && i == 0) - continue; /* POST_STD or __STRICT_ANSI__ does not */ - /* predefine non-conforming macros */ - /* The predefined macro file */ - cp = i ? "std" : "old"; - ACE_OS::sprintf( fname, "%sg%s%d%d_predef_%s.h" - , include_dir, cplus_val ? "xx" : "cc" - , gcc_maj_ver, gcc_min_ver, cp); - /* Note that norm_path() append a PATH_DELIM. */ - if ((fp = fopen( fname, "r")) == 0) { - mcpp_fprintf( ERR, "The mode for %s has not been installed.\n" - , arch); - longjmp( error_exit, -1); - } - nargs = i ? 0 : DEF_NOARGS_PREDEF_OLD; - /* g*_predef_std.h has DEF_NOARGS_PREDEF or non-negative args */ - /* while g*_predef_old.h has only DEF_NOARGS_PREDEF_OLD args */ - while (fgets( lbuf, BUFSIZ, fp) != 0) { - unget_string( lbuf, "gcc_predefine"); - if (skip_ws() == '#' - && scan_token( skip_ws(), (tp = work_buf, &tp), work_end) - == NAM - && str_eq( work_buf, "define")) { - defp = do_define( TRUE, nargs); /* Ignore re-definition */ - } - skip_nl(); - } - } - ACE_OS::free( include_dir); - - undef_special: - if (look_id( "__OPTIMIZE__")) /* -O option is specified */ - undefine( "__NO_INLINE__"); -} - -static void chk_env( void) -/* - * Check the environment variables to specify output of dependency lines. - */ -{ - char * env; - char * cp; - - /* Output of dependency lines */ - if ((env = ACE_OS::getenv( "DEPENDENCIES_OUTPUT")) == 0) { - if ((env = ACE_OS::getenv( "SUNPRO_DEPENDENCIES")) == 0) - return; - else - mkdep |= MD_SYSHEADER; - } - mkdep |= MD_MKDEP; - if ((cp = ACE_OS::strchr( env, ' ')) != 0) { - *cp++ = EOS; - while (*cp == ' ') - cp++; - } - if (! mkdep_fp) /* Command line option precedes */ - mkdep_fp = fopen( env, "a"); - if (! mkdep_target) - mkdep_target = cp; -} - -#elif COMPILER == MSC - -static void init_msc_macro( void) -/* - * Define a few MSC-specific predefined macros. - */ -{ - DEFBUF * defp; - int i; - - defp = look_id( "_MSC_VER"); - i = atoi( defp->repl); - if (i >= 1400) { /* _MSC_VER >= 1400 */ - look_and_install( "_MT", DEF_NOARGS_PREDEF, null, "1"); - if (cplus_val && ! wchar_t_modified) { - /* -Zc:wchar_t- was not specified */ - look_and_install( "_NATIVE_WCHAR_T_DEFINED", DEF_NOARGS_PREDEF - , null, "1"); - look_and_install( "_WCHAR_T_DEFINED", DEF_NOARGS_PREDEF, null - , "1"); - } - } -} - -#endif - -static void def_macros( void) -/* - * Define macros specified by -D option. - * This routine should be called before undef_macros(). - */ -{ - size_t i(0); - - for (i = 0; i < def_cnt; i++) - { - def_a_macro( 'D', def_list[ i]); - } - -} - -static void undef_macros( void) -/* - * Undefine macros specified by -U option. - * This routine should be called after init_predefine(). - */ -{ - const char * name; - size_t i; - - for (i = 0; i < undef_cnt; i++) { - name = undef_list[ i]; - if (look_id( name) != 0) - undefine( name); - else if (warn_level & 8) - mcpp_fprintf( ERR, "\"%s\" wasn't defined\n", name); - } -} - -void put_depend( - const char * filename - ) -/* - * Append a header name to the source file dependency line. - */ -{ -#define MAX_OUT_LEN 76 /* Maximum length of output line */ -#define MKDEP_INITLEN (MKDEP_INIT * 0x100) -#define MKDEP_MAX (MKDEP_INIT * 0x10) -#define MKDEP_MAXLEN (MKDEP_INITLEN * 0x10) - - static char * output = 0; /* File names */ - static size_t * pos = 0; /* Offset to filenames */ - static unsigned int pos_num; /* Index of pos[] */ - static char * out_p; /* Pointer to output[] */ - static size_t mkdep_len; /* Size of output[] */ - static size_t pos_max; /* Size of pos[] */ - static FILE * fp; /* Path to output dependency line */ - static size_t llen; /* Length of current physical output line */ - size_t * pos_p; /* Index into pos[] */ - size_t fnamlen; /* Length of filename */ - - if (fp == 0) { /* Main source file. Have to initialize. */ -#ifdef MCPP_LIB - if (output != 0) { - ACE_OS::free( output); - ACE_OS::free( pos); - } -#endif - output = (char *) ACE_OS::malloc( mkdep_len = MKDEP_INITLEN); - pos = (size_t *) ACE_OS::malloc( (pos_max = MKDEP_INIT) * sizeof (size_t)); - out_p = md_init( filename, output); - fp = mkdep_fp; - llen = ACE_OS::strlen( output); - pos_num = 0; /* Initialize for MCPP_LIB build */ - } else if (filename == 0) { /* End of input */ - out_p = mcpp_stpcpy( out_p, "\n\n"); - if (mkdep & MD_PHONY) { - /* Output the phony target line for each recorded header files. */ - char * cp; - int c; - - if (ACE_OS::strlen( output) * 2 + (pos_num * 2) >= MKDEP_MAXLEN) { - cerror( "Too long dependency line" /* _E_ */ - , 0, 0L, 0); - if (fp == fp_out) - mcpp_fputs( output, OUT); - else - ACE_OS::fputs( output, fp); - return; - } else if (ACE_OS::strlen( output) * 2 + (pos_num * 2) >= mkdep_len) { - /* Enlarge the buffer */ - size_t len = out_p - output; - output = (char *) ACE_OS::realloc( output, mkdep_len *= 2); - out_p = output + len; - } - pos_num--; - for (pos_p = &pos[ 0]; pos_p <= &pos[ pos_num]; pos_p++) { - if (pos_p == &pos[ pos_num]) { /* End of output */ - for (cp = output + *pos_p; *cp != '\n'; cp++) - ; - c = '\n'; /* Append newline */ - } else { - cp = output + *(pos_p + 1) - 1; - while( *cp == ' ' || *cp == '\\' || *cp == '\n') - cp--; /* Remove trailing spaces */ - c = *(++cp); - } - *cp = EOS; - out_p = mcpp_stpcpy( out_p, output + *pos_p); - out_p = mcpp_stpcpy( out_p, ":\n\n"); - *cp = c; - } - } - if (fp == fp_out) { /* To the same path with normal preprocessing */ - mcpp_fputs( output, OUT); - } else { /* To the file specified by -MF, -MD, -MMD options */ - ACE_OS::fputs( output, fp); - ACE_OS::fclose( fp); - } - fp = 0; /* Clear for the next call in MCPP_LIB build */ - return; - } - - fnamlen = ACE_OS::strlen( filename); - /* Check the recorded filename */ - for (pos_p = pos; pos_p < &pos[ pos_num]; pos_p++) { - if (ACE_OS::memcmp( output + *pos_p, filename, fnamlen) == 0) - return; /* Already recorded filename */ - } - /* Any new header. Append its name to output. */ - if (llen + fnamlen > MAX_OUT_LEN) { /* Line is long */ - out_p = mcpp_stpcpy( out_p, " \\\n "); /* Fold it */ - llen = 1; - } - llen += fnamlen + 1; - if (pos_num >= MKDEP_MAX - || out_p + fnamlen + 1 >= output + MKDEP_MAXLEN) - cfatal( "Too long dependency line: %s", output, 0L, 0); - /* Need to enlarge the buffer */ - if (pos_num >= pos_max) { - pos = (size_t *) ACE_OS::realloc( (char *) pos - , (pos_max *= 2) * sizeof (size_t *)); - } - if (output + mkdep_len <= out_p + fnamlen + 1) { - size_t len = out_p - output; - output = (char *) ACE_OS::realloc( output, mkdep_len *= 2); - out_p = output + len; - } - *out_p++ = ' '; - pos[ pos_num++] = out_p - output; /* Remember the offset */ - /* Don't use pointer, since 'output' may be reallocated later. */ - out_p = mcpp_stpcpy( out_p, filename); -} - -static char * md_init( - const char * filename, /* The source file name */ - char * output /* Output to dependency file */ - ) -/* - * Initialize output file and target. - */ -{ - char prefix[ PATHMAX]; - char * cp = 0; - size_t len; - char * out_p; - const char * target = filename; - const char * cp0; - - if (! mkdep_target || ! mkdep_fp) { /* Make target name */ -#ifdef PATH_DELIM - if ((cp0 = ACE_OS::strrchr( target, PATH_DELIM)) != 0) - target = cp0 + 1; -#endif - if ((cp0 = ACE_OS::strrchr( target, '.')) == 0) - len = ACE_OS::strlen( target); - else - len = (size_t) (cp0 - target); - ACE_OS::memcpy( prefix, target, len); - cp = prefix + len; - *cp++ = '.'; - } - - if (! mkdep_fp) { /* Unless already opened by -MF, -MD, -MMD options */ - if (mkdep & MD_FILE) { - ACE_OS::strcpy( cp, "d"); - mkdep_fp = ACE_OS::fopen( prefix, "w"); - } else { - mkdep_fp = fp_out; /* Output dependency line to normal output */ - no_output++; /* Without normal output */ - } - } - - if (mkdep_target) { /* -MT or -MQ option is specified */ - if (mkdep & MD_QUOTE) { /* 'Quote' $, \t and space */ - out_p = md_quote( output); - } else { - out_p = mcpp_stpcpy( output, mkdep_target); - } - } else { - ACE_OS::strcpy( cp, OBJEXT); - out_p = mcpp_stpcpy( output, prefix); - } - - *out_p++ = ':'; - *out_p = EOS; - return out_p; -} - -static char * md_quote( - char * output - ) -/* - * 'Quote' $, tab and space. - * This function was written referring to GCC V.3.2 source. - */ -{ - char * p; - char * q; - - for (p = mkdep_target; *p; p++, output++) { - switch (*p) { - case ' ': - case '\t': - /* GNU-make treats backslash-space sequence peculiarly */ - for (q = p - 1; mkdep_target <= q && *q == '\\'; q--) - *output++ = '\\'; - *output++ = '\\'; - break; - case '$': - *output++ = '$'; - break; - default: - break; - } - *output = *p; - } - *output = EOS; - return output; -} - -static const char * toolong_fname = - "Too long header name \"%s%.0ld%s\""; /* _F_ */ -static const char * excess_token = - "Excessive token sequence \"%s\""; /* _E_, _W1_ */ - -int do_include( - int next /* TRUE if the directive is #include_next */ - ) -/* - * Process the #include line. - * There are three variations: - * #include "file" search somewhere relative to the - * current (or source) directory, if not - * found, treat as #include <file>. - * #include <file> Search in an implementation-dependent - * list of places. - * #include macro-call Expand the macro call, it must be one of - * "file" or <file>, process as such. - * On success : return TRUE; - * On failure of syntax : return FALSE; - * On failure of file opening : return FALSE. - * do_include() always absorbs the line (including the <newline>). - */ -{ - const char * const no_name = "No header name"; /* _E_ */ - char header[ PATHMAX + 16]; - int token_type; - char * fname; - char * filename; - int delim; /* " or <, > */ - - if ((delim = skip_ws()) == '\n') { /* No argument */ - cerror( no_name, 0, 0L, 0); - return FALSE; - } - fname = infile->bptr - 1; /* Current token for diagnosis */ - - if (standard && (char_type[ delim] & LET)) { /* Maybe macro */ - int c; - char *hp; - - hp = header; - *hp = EOS; - c = delim; - while (get_unexpandable( c, FALSE) != NO_TOKEN) { - /* Expand any macros in the line */ - if (header + PATHMAX < hp + (int) (workp - work_buf)) - cfatal( toolong_fname, header, 0L, work_buf); - hp = mcpp_stpcpy( hp, work_buf); - while (char_type[ c = get_ch()] & HSP) - *hp++ = c; - } - *hp = EOS; /* Ensure to terminate */ - if (macro_line == MACRO_ERROR) /* Unterminated macro */ - return FALSE; /* already diagnosed. */ - unget_string( header, 0); /* To re-read */ - delim = skip_ws(); - if (delim == '\n') { - cerror( no_name, 0, 0L, 0); /* Expanded to */ - return FALSE; /* 0 token. */ - } - } - - token_type = scan_token( delim, (workp = work_buf, &workp) - , work_buf + PATHMAX); - if (token_type == STR) /* String literal form */ - goto found_name; - else if (token_type == OPE && openum == OP_LT) /* '<' */ - workp = scan_quote( delim, work_buf, work_buf + PATHMAX, TRUE); - /* Re-construct or diagnose */ - else /* Any other token in- */ - goto not_header; /* cluding <=, <<, <% */ - - if (workp == 0) /* Missing closing '>' */ - goto syntax_error; - - found_name: - *--workp = EOS; /* Remove the closing and */ - fname = save_string( &work_buf[ 1]); /* the starting delimiter. */ - - if (skip_ws() != '\n') { - if (standard) { - cerror( excess_token, infile->bptr-1, 0L, 0); - skip_nl(); - goto error; - } else if (mcpp_mode == OLD_PREP) { - skip_nl(); - } else { - if (warn_level & 1) - cwarn( excess_token, infile->bptr-1, 0L, 0); - skip_nl(); - } - } - -#if SYS_FAMILY == SYS_WIN - bsl2sl( fname); -#endif - filename = fname; -#if NO_DIR /* Unofficial feature */ - if (no_dir) { /* Strip directory components */ - char src_dir[ PATHMAX] = { EOS, }; - if (has_directory( fname, src_dir)) - filename = fname + ACE_OS::strlen( src_dir); - delim = '"'; /* Even a system header is handled as a local one */ - } -#endif - if (open_include( filename, (delim == '"'), next)) { - /* 'fname' should not be ACE_OS::free()ed, it is used as file-> */ - /* real_fname and has been registered into fnamelist[] */ - return TRUE; - } - - cerror( "Can't open include file \"%s\"", filename, 0L, 0); /* _E_ */ - error: - ACE_OS::free( fname); - return FALSE; - - not_header: - cerror( "Not a header name \"%s\"", fname, 0L, 0); /* _E_ */ - syntax_error: - skip_nl(); - return FALSE; -} - -static int open_include( - char * filename, /* File name to include */ - int searchlocal, /* TRUE if #include "file" */ - int next /* TRUE if #include_next */ - ) -/* - * Open an include file. This routine is only called from do_include() above. - * It searches the list of directories via search_dir() and opens the file - * via open_file(), linking it into the list of active files. - * Returns TRUE if the file was opened, FALSE if it fails. - */ -{ - char src_dir[ PATHMAX] = { EOS, }; /* Directory part of includer */ - int full_path; /* Filename is full-path-list */ - int has_dir = FALSE; /* Includer has directory part */ - int has_dir_src = FALSE; - int has_dir_fname = FALSE; - - full_path = is_full_path( filename); - - if (!full_path && searchlocal && (search_rule & SOURCE)) { - has_dir_src = has_directory( infile->src_dir, src_dir); - has_dir_fname = has_directory( infile->real_fname - , src_dir + ACE_OS::strlen( src_dir)); - /* Get directory part of the parent file of the file to include.*/ - /* Note that infile->dirp of main input file is set to "" and */ - /* remains the same even if -include options are processed. */ - has_dir = has_dir_src || has_dir_fname - || (**(infile->dirp) != EOS); - } - if (mcpp_debug & PATH) - mcpp_fprintf( DBG, "filename: %s\n", filename); - -#if COMPILER == GNUC - if (! full_path) { - if (i_split /* -I- option is specified */ - || next) /* or #include_next */ - goto search_dirs; - } -#endif - - if ((searchlocal && ((search_rule & CURRENT) || !has_dir)) || full_path) { - /* - * Look in local directory first. - * Try to open filename relative to the "current directory". - */ - if (open_file( &null, 0, filename, searchlocal && !full_path - , FALSE, FALSE)) - return TRUE; - if (full_path) - return FALSE; - } - - if (searchlocal && (search_rule & SOURCE) && has_dir) { - /* - * Look in local directory of source file. - * Try to open filename relative to the "source directory". - */ - if (open_file( infile->dirp, src_dir, filename, TRUE, FALSE, FALSE)) - return TRUE; - } - -#if COMPILER == MSC - if (searchlocal) { - /* Visual C searches ancestor source's directory, too. */ - FILEINFO * file = infile; - while ((file = file->parent) != 0) { - /* Search each parent includer's directory */ - if (open_file( file->dirp, src_dir, filename, TRUE, FALSE, FALSE)) - return TRUE; - } - } -#endif -#if COMPILER == GNUC - search_dirs: - if (searchlocal) { - /* Search the directories specified by -iquote option, if any. */ - const char ** qdir; - for (qdir = quote_dir; qdir < quote_dir_end; qdir++) { - if (open_file( qdir, 0, filename, FALSE, FALSE, FALSE)) - return TRUE; - } - } -#endif - /* Search the include directories */ - if (search_dir( filename, searchlocal, next)) - return TRUE; - - return FALSE; -} - -static int has_directory( - const char * source, /* Filename to examine */ - char * directory /* Put directory stuff here */ - ) -/* - * If a directory is found in the 'source' filename string (i.e. "includer"), - * the directory part of the string is copied to 'directory' and - * has_directory() returns TRUE. - * Else, nothing is copied and it returns FALSE. - */ -{ - const char * sp; - size_t len; - - if (! source) - return FALSE; - if ((sp = ACE_OS::strrchr( source, PATH_DELIM)) == 0) { - return FALSE; - } else { - len = (size_t)(sp - source) + 1; /* With path-delimiter */ - ACE_OS::memcpy( directory, source, len); - directory[ len] = EOS; - return TRUE; - } -} - -static int is_full_path( - const char * path - ) -/* - * Check whether the path is a full (absolute) path list or not. - */ -{ - if (! path) - return FALSE; -#if SYS_FAMILY == SYS_UNIX - if (path[0] == PATH_DELIM) -#elif SYS_FAMILY == SYS_WIN - if ((path[1] == ':' && path[2] == PATH_DELIM) /* "C:/path" */ - || path[0] == PATH_DELIM) /* Root dir of current drive */ -#elif 1 - /* For other systems you should write code here. */ - if (path[0] == PATH_DELIM) -#endif - return TRUE; - else - return FALSE; -} - -static int search_dir( - char * filename, /* File name to include */ - int /*searchlocal*/, /* #include "header.h" */ - int /*next*/ /* TRUE if #include_next */ - ) -/* - * Look in any directories specified by -I command line arguments, - * specified by environment variable, then in the builtin search list. - */ -{ - const char ** incptr; /* -> inlcude directory */ - - incptr = incdir; -#if COMPILER == GNUC - if (next && **inc_dirp != EOS) - incptr = inc_dirp + 1; - /* In case of include_next search after the includer's directory */ -#endif - - for ( ; incptr < incend; incptr++) { - if (ACE_OS::strlen( *incptr) + ACE_OS::strlen( filename) >= PATHMAX) - cfatal( toolong_fname, *incptr, 0L, filename); /* _F_ */ -#if SYSTEM == SYS_MAC - if (incptr == to_search_framework && ! searchlocal) { - /* Now search the framework dirs */ - if (search_framework( filename)) { /* Found */ - if (in_import) /* "#import"ed file is once only */ - do_once( infile->full_fname); - return TRUE; - } - /* Else continue to search incptr */ - } -#endif - if (open_file( incptr, 0, filename, FALSE, FALSE, FALSE)) - /* Now infile has been renewed */ - return TRUE; - } - - return FALSE; -} - -static int open_file( - const char ** dirp, /* Pointer to include directory */ - const char * src_dir, /* Source directory of includer */ - const char * filename, /* Filename (possibly has directory) */ - int /*local*/, /* #include "file" */ - int include_opt, /* Specified by -include option */ - int /*sys_frame*/ /* System framework header (for SYS_MAC)*/ - ) -/* - * Open a file, add it to the linked list of open files, close the includer - * if nessesary and truncate the includer's buffer. - * This is called from open_include() and at_start(). - */ -{ - char dir_fname[ PATHMAX] = { EOS, }; -#if HOST_COMPILER == BORLANDC - /* Borland's ACE_OS::fopen() does not set errno. */ - static int max_open = FOPEN_MAX - 5; -#else - static int max_open; -#endif - int len; - FILEINFO * file = infile; - FILE * fp; - char * fullname; - const char * fname; - - errno = 0; /* Clear errno possibly set by path searching */ -#if SYSTEM == SYS_MAC && COMPILER == GNUC - if (ACE_OS::strlen( *dirp) > 5 - && str_case_eq( *dirp + ACE_OS::strlen( *dirp) - 5, ".hmap")) { - /* Search header map file for a header */ - if (! search_header_map( *dirp, filename, dir_fname)) - return 0; - fname = dir_fname; /* Found a path-list */ - dirp = &null; - goto search; - } else -#endif - { - if (mcpp_debug & PATH) - mcpp_fprintf( DBG, "Searching %s%s%s\n", *dirp - , src_dir ? src_dir : null, filename); - } - /* src_dir is usually 0. This is specified to */ - /* search the source directory of the includer. */ - if (src_dir && *src_dir != EOS) { - ACE_OS::strcpy( dir_fname, src_dir); - ACE_OS::strcat( dir_fname, filename); - fname = dir_fname; - } else { - fname = filename; - } - //search: - fullname = norm_path( *dirp, fname, TRUE, FALSE); - /* Convert to absolute path */ - if (! fullname) /* Non-existent or directory */ - return FALSE; - if (standard && included( fullname)) /* Once included */ - goto true_label; - - if ((max_open != 0 && max_open <= include_nest) - /* Exceed the known limit of open files */ - || ((fp = ACE_OS::fopen( fullname, "r")) == 0 && errno == EMFILE)) { - /* Reached the limit for the first time */ - if (mcpp_debug & PATH) { -#if HOST_COMPILER == BORLANDC - if (include_nest == FOPEN_MAX - 5) -#else - if (max_open == 0) -#endif - mcpp_fprintf( DBG, - "#include nest reached at the maximum of system: %d, returned errno: %d\n" - , include_nest, errno); - } - /* - * Table of open files is full. - * Remember the file position and close the includer. - * The state will be restored by get_line() on end of the included. - */ - file->pos = ACE_OS::ftell( file->fp); - ACE_OS::fclose( file->fp); - /* In case of failure, re-open the includer */ - if ((fp = ACE_OS::fopen( fullname, "r")) == 0) { - file->fp = ACE_OS::fopen( cur_fullname, "r"); - ACE_OS::fseek( file->fp, file->pos, SEEK_SET); - goto false_label; - } - if (max_open == 0) /* Remember the limit of the system */ - max_open = include_nest; - } else if (fp == 0) /* No read permission */ - goto false_label; - /* Truncate buffer of the includer to save memory */ - len = (int) (file->bptr - file->buffer); - if (len) { - file->buffer = (char *) ACE_OS::realloc( file->buffer, len + 1); - file->bptr = file->buffer + len; - } - - if (! include_opt) - sharp( 0, 0); /* Print includer's line num and fname */ - add_file( fp, src_dir, filename, fullname, include_opt); - /* Add file-info to the linked list. 'infile' has been just renewed */ - /* - * Remember the directory for #include_next. - * Note: inc_dirp is restored to the parent includer's directory - * by get_ch() when the current includer is finished. - */ - infile->dirp = inc_dirp = dirp; -#if 0 /* This part is only for debugging */ - chk_dirp( dirp); -#endif -#if COMPILER == GNUC - if ((**dirp != EOS && sys_dirp <= dirp && dirp <= incend) -#if SYSTEM == SYS_MAC - || sys_frame -#endif - ) - infile->sys_header = TRUE; /* Found in a system header dir */ - else - infile->sys_header = FALSE; -#endif - cur_fullname = fullname; - - if (option_flags.z) { - no_output++; /* Don't output the included file */ - if (include_nest == 2) - mcpp_fprintf( OUT, "#include \"%s\"\n", fullname); - /* Output #include line instead, if it is in main source file */ - } else if (! include_opt) { /* Do not sharp() on -include */ - src_line = 1; /* Working on line 1 now */ - sharp( 0, 1); /* Print out the included file name */ - } - src_line = 0; /* To read the first line */ - - if (mkdep && ((mkdep & MD_SYSHEADER) || ! infile->sys_header)) - put_depend( fullname); /* Output dependency line */ - - true_label: - return TRUE; - false_label: - ACE_OS::free( fullname); - return FALSE; -} - -void add_file( - FILE * fp, /* Open file pointer */ - const char * ,/*src_dir*/ /* Directory of source */ - const char * filename, /* Name of the file */ - const char * fullname, /* Full path list */ - int include_opt /* File specified by -include option */ - ) -/* - * Initialize tables for this open file. This is called from open_file() - * (for #include files), and from the entry to MCPP to open the main input - * file. It calls a common routine get_file() to build the FILEINFO - * structure which is used to read characters. - */ -{ - FILEINFO * file; - const char * too_many_include_nest = - "More than %.0s%ld nesting of #include"; /* _F_ _W4_ */ - - filename = set_fname( filename); /* Search or append to fnamelist[] */ - fullname = set_fname( fullname); /* Search or append to fnamelist[] */ - file = get_file( filename, 0 /*src_dir*/, fullname, (size_t) NBUFF, include_opt); - - /* file == infile */ - file->fp = fp; /* Better remember FILE * */ - cur_fname = fullname; - - if (include_nest >= INCLUDE_NEST) /* Probably recursive #include */ - cfatal( too_many_include_nest, 0, (long) INCLUDE_NEST, 0); - if (standard && (warn_level & 4) - && include_nest == std_limits.inc_nest + 1) - cwarn( too_many_include_nest, 0, (long) std_limits.inc_nest, 0); - include_nest++; -} - -static const char * set_fname( - const char * filename - ) -/* - * Register the source filename to fnamelist[]. - * Search fnamelist[] for filename or append filename to fnamelist[]. - * Returns the pointer. - * file->real_fname and file->full_fname points into fnamelist[]. - */ -{ - INC_LIST * fnamep; - size_t fnamelen; - - if (fnamelist == 0) { /* Should be initialized */ - max_fnamelist = INIT_NUM_FNAMELIST; - fnamelist = (INC_LIST *) ACE_OS::malloc( sizeof (INC_LIST) * max_fnamelist); - fname_end = &fnamelist[ 0]; - } else if (fname_end - fnamelist >= max_fnamelist) { - /* Buffer full: double the elements */ - fnamelist = (INC_LIST *) ACE_OS::realloc( reinterpret_cast<char *> (fnamelist), sizeof (INC_LIST) * max_fnamelist * 2); - fname_end = &fnamelist[ max_fnamelist]; - max_fnamelist *= 2; - } - - /* Register the filename in fnamelist[] */ - fnamelen = ACE_OS::strlen( filename); - for (fnamep = fnamelist; fnamep < fname_end; fnamep++) { - if (fnamep->len == fnamelen && str_case_eq( fnamep->name, filename)) - { - return filename; /* Already registered */ - } - } - fname_end->name = (char *) ACE_OS::malloc( fnamelen + 1); - filename = ACE_OS::strcpy( fname_end->name, filename); - /* Global pointer for get_file() */ - fname_end->len = fnamelen; - fname_end++; - - return filename; -} - -#if SYSTEM == SYS_MAC -#if COMPILER == GNUC - -/* Routines to search "header map" file of Xcode / Apple-GCC. */ -/* search_header_map() and hmap_hash() were written referring to */ -/* c-incpath.c of Apple-GCC-4.0.1. */ - -static char * search_header_map( - const char * hmap_file, /* Header map file */ - const char * filename, /* Filename to search */ - char * pathlist /* Buffer for a found pathlist */ - ) -/* - * Search a table in "header map" file for a header. - */ -{ - struct stat stat_buf; - FILE * fp; - size_t fsize; - const char * contents; - struct hmap_header_map * hmap; - struct hmap_bucket * buckets; - const char * strings; - uint32 mask; - uint32 key_offs; - uint32 i; - - stat( hmap_file, &stat_buf); /* Get size of the file */ - fsize = stat_buf.st_size; - contents = ACE_OS::malloc( fsize + 1); - fp = ACE_OS::fopen( hmap_file, "r"); - fread( contents, fsize, 1, fp); /* Read whole of the file at once */ - hmap = (struct hmap_header_map *) contents; - - strings = ((const char *) hmap) + hmap->strings_offset; - buckets = hmap->buckets; - mask = hmap->capacity - 1; - i = hmap_hash( filename) & mask; - while ((key_offs = buckets[ i].key) != 0) { - if (str_case_eq( filename, strings + key_offs)) { - /* The names match. Make path-list. */ - char * cp = mcpp_stpcpy( pathlist, strings + buckets[ i].value.prefix); - ACE_OS::strcpy( cp, strings + buckets[ i].value.suffix); - break; - } - i = ++i & mask; - } - ACE_OS::free( contents); - return key_offs ? pathlist : 0; -} - -static unsigned hmap_hash( - const char * fname /* header name */ - ) -/* - * Get hash value for the fname. - */ -{ - const char * sp; - unsigned hash_code = 0; - - for (sp = fname; *sp; sp++) - hash_code += tolower( *sp & 0xFF) * 13; - return hash_code; -} -#endif /* COMPILER == GNUC */ - -static void init_framework( void) -/* - * Initialize framework[]. - */ -{ - char * framework_dir; - /* Some frameworks may have been already specified by -F option. */ - sys_framework = num_framework; /* These are system frameworks */ -#ifdef FRAMEWORK1 - framework_dir = norm_dir( FRAMEWORK1, TRUE); - if (framework_dir) - framework[ num_framework++] = framework_dir; -#endif -#ifdef FRAMEWORK2 - framework_dir = norm_dir( FRAMEWORK2, TRUE); - if (framework_dir) - framework[ num_framework++] = framework_dir; -#endif -#ifdef FRAMEWORK3 - framework_dir = norm_dir( FRAMEWORK3, TRUE); - if (framework_dir) - framework[ num_framework++] = framework_dir; -#endif - if (num_framework >= MAX_FRAMEWORK) { - mcpp_fputs( "Too many Framework directories.", ERR); - longjmp( error_exit, -1); - } -} - -static const char * dot_frame = ".framework"; - -static int search_framework( - char * filename - ) -/* - * Search "Framework" directories. - * 'frame/header.h' is converted to - * '/System/Library/Frameworks/frame.framework/Headers/header.h', - * '/System/Library/Frameworks/frame.framework/PrivateHeaders/header.h', - * and so on. - */ -{ - char fullname[ PATHMAX + 1]; - FILEINFO * file; - char * frame, * fname, * cp1, * cp2; - int sys_frame = FALSE; - int i; - - cp1 = cp2 = ACE_OS::strchr( filename, PATH_DELIM); - /* - * 'filename' should be <frame/header> format or sometimes - * <frame/dir/header>. - * e.g.: <Foundation/Foundation.h>, <CarbonCore/OSUtils.h> - * or <IOKit/pwr_mgt/IOPMLib.h>. - */ - if (! cp1) - return FALSE; - *cp1 = EOS; - frame = filename; - fname = cp1 + 1; - - /* Search framework[] directories */ - for (i = 0; i < num_framework; i++) { - cp1 = mcpp_stpcpy( fullname, framework[ i]); - /* 'fullname' e.g.: /System/Library/Frameworks/ */ - if (search_subdir( fullname, cp1, frame, fname, sys_framework <= i)) - return TRUE; - } - - /* - * Search subframework dirs searching its possible parent framework - * starting from current file's directory to its ancestors. - * Header file in subframework directories should be included only - * by its parent or sibling framework headers. - */ - for (i = sys_framework; i < num_framework; i++) { - size_t frame_len, fname_len; - frame_len = ACE_OS::strlen( framework[ i]); - fname_len = ACE_OS::strlen( infile->real_fname); - if (fname_len <= frame_len) - continue; - if (ACE_OS::memcmp( framework[ i], infile->real_fname, frame_len) == 0) { - sys_frame = TRUE; - break; - } - } - for (file = infile; file; file = file->parent) { - const char * dot; - size_t len; - - if (! file->fp) - continue; - dot = strstr( file->real_fname, dot_frame); - if (! dot) - continue; - len = dot - file->real_fname + ACE_OS::strlen( dot_frame) + 1; - ACE_OS::memcpy( fullname, file->real_fname, len); - cp1 = fullname + len; - cp1 = mcpp_stpcpy( cp1, "Frameworks/"); - /* 'fullname' e.g.: */ - /* /System/Library/Frameworks/Foundation.framework/Frameworks/ */ - if (search_subdir( fullname, cp1, frame, fname, sys_frame)) - return TRUE; - } - - *cp2 = PATH_DELIM; /* Restore original include file format */ - - return FALSE; -} - -static int search_subdir( - char * fullname, /* Buffer for path-list to open */ - char * cp, /* Latter half of 'fullname' */ - char * frame, /* 'frame' of <frame/header> */ - char * fname, /* 'header' of <frame/header> */ - /* or sometimes 'dir/header' of <frame/dir/header> */ - int sys_frame /* System framework header ? */ - ) -/* - * Make path-list and try to open. - */ -{ - static const char * subdir[] = { "Headers", "PrivateHeaders", 0}; - int j, n; - - cp += ACE_OS::sprintf( cp, "%s%s%c", frame, dot_frame, PATH_DELIM); - for (j = 0; subdir[ j] != 0; j++) { - n = ACE_OS::sprintf( cp, "%s%c%s", subdir[ j], PATH_DELIM, fname); - /* - * 'fullname' is for example: - * /System/Library/Frameworks/Foundation.framework/Headers/ - * Foundation.h, - * /System/Library/Frameworks/Foundation.framework/Frameworks/ - * CarbonCore.framework/Headers/OSUtils.h, - * or /System/Library/Frameworks/IOKit.framework/Headers/ - * pwr_mgt/IOPMLib.h. - * Pass this as one filename argument to open_file() rather than - * deviding to directory part and file part. The first argument to - * open_file() which is a pointer to the directory part is remembered - * by FILEINFO struct. But, 'fullname' is over-written each time, - * and the former path-list is lost soon. Therefore, it cannot be - * passed as the first argument. In addition, though the first - * argument to open_file() is needed for #include_next, this directive - * has no meaning in framework. - */ - if ((cp - fullname) + n > PATHMAX) - cfatal( "Too long framework path", 0, 0L, 0); /* _F_ */ - if (open_file( &null, 0, fullname, FALSE, FALSE, sys_frame)) - return TRUE; - } - return FALSE; -} - -#endif /* SYSTEM == SYS_MAC */ - -#if 0 /* This part is only for debugging */ -static int chk_dirp( - const char ** dirp - ) -/* - * Check the validity of include directory specified for open_file(). - * Called only from open_file(). - */ -{ - const char ** ip; - - if (dirp == &null) - return TRUE; - - for (ip = incdir; ip < incend; ip++) - if (dirp == ip) - break; - if (ip == incend) { -#if COMPILER == MSC - FILEINFO * pfile = infile->parent; - if (pfile) { - while ((pfile = pfile->parent) != 0) { - /* Search each parent includer's directory */ - if (dirp == pfile->dirp) - break; - } - } - if (! pfile) -#endif -#if COMPILER == GNUC - const char ** qdir; - for (qdir = quote_dir; qdir < quote_dir_end; qdir++) { - if (dirp == qdir) - break; - } - if (qdir == quote_dir_end) -#endif - { - cfatal( "Bug: *dirp:%s is invalid", *dirp, 0L, 0); - return FALSE; - } - } - return TRUE; -} -#endif - -void sharp( - FILEINFO * sharp_file, - int flag /* Flag to append to the line for GCC */ - ) -/* - * Output a line number line. - * 'file' is 'sharp_file' if specified, - * else (i.e. 'sharp_file' is 0) 'infile'. - */ -{ - static FILEINFO * sh_file; - static int sh_line; - FILEINFO * file; - int line; - - file = sharp_file ? sharp_file : infile; - if (! file) - return; - while (! file->fp) - file = file->parent; - line = sharp_file ? sharp_file->line : src_line; - if (no_output || option_flags.p || file == 0 - || (file == sh_file && line == sh_line)) - goto sharp_exit; - sh_file = file; - sh_line = line; - if (keep_comments) - mcpp_fputc( '\n', OUT); /* Ensure to be on line top */ - if (std_line_prefix) - mcpp_fprintf( OUT, "#line %ld", line); - else - mcpp_fprintf( OUT, "%s%ld", LINE_PREFIX, line); - cur_file( file, sharp_file, flag); - mcpp_fputc( '\n', OUT); - sharp_exit: - wrong_line = FALSE; -} - -static void cur_file( - FILEINFO * file, /* infile or sharp_file */ - FILEINFO * sharp_file, /* The 'file' or 0 */ - int /*flag*/ /* Flag to append for GCC */ - ) -/* - * Output current source file name and line number. - * Called only from sharp() above. - */ -{ - const char * name; - - if (mcpp_debug & MACRO_CALL) { /* In macro notification mode */ - if (sharp_file) /* Main input file */ - { - name = file->filename; - } - else - {/* Output full-path-list, normalized */ - name = cur_fullname; - } - } else { /* Usually, the path not "normalized" */ - if (sharp_file) { /* Main input file */ - name = file->filename; - } else if (str_eq( file->filename, file->real_fname)) { - ACE_OS::sprintf( work_buf, "%s%s", "" /* *(file->dirp)*/, cur_fname); - name = work_buf; - } else { /* Changed by '#line fname' directive */ - name = file->filename; - } - } - if (sharp_filename == 0 || ! str_eq( name, sharp_filename)) { - if (sharp_filename != 0) - ACE_OS::free( sharp_filename); - sharp_filename = save_string( name); - } - mcpp_fprintf( OUT, " \"%s\"", name); -#if COMPILER == GNUC - if (! std_line_prefix) { - if (flag) { - mcpp_fputc( ' ', OUT); - mcpp_fputc( '0' + flag, OUT); - } - if (file->sys_header) - mcpp_fputs( " 3", OUT); - } -#endif -} - -#if SYS_FAMILY == SYS_WIN - -static char * bsl2sl( - char * filename - ) -/* - * Convert '\\' in the path-list to '/'. - */ -{ - static int diagnosed = FALSE; - char * cp; - - cp = filename; - - while (*cp) { - if (bsl_in_mbchar) { - int c; - c = *cp & UCHARMAX; - if (char_type[ c] & mbchk) { /* First byte of MBCHAR */ - char tmp[ PATHMAX]; - char * tp = tmp; - *tp++ = *cp++; - mb_read( c, &cp, &tp); - /* Read over the multi-byte characters */ - continue; - } - } - if (*cp == '\\') { - *cp++ = PATH_DELIM; - if (!diagnosed && (warn_level & 2) && (warn_level != -1)) { - /* Backslash in source program */ - cwarn( "Converted \\ to %s", "/", 0L, 0); /* _W2_ */ - diagnosed = TRUE; /* Diagnose only once */ - } - } else { - cp++; - } - } - - return filename; -} - -#endif /* SYS_FAMILY == SYS_WIN */ - -static const char * const unknown_arg = - "Unknown argument \"%s\""; /*_W1_*/ -static const char * const not_ident = - "Not an identifier \"%s\""; /*_W1_*/ - -static int is_junk( void) -/* - * Check the trailing junk in a directive line. - * This routine is never called in OLD_PREP mode. - */ -{ - int c; - - c = skip_ws(); - unget_ch(); - if (c != '\n') { /* Trailing junk */ - if (warn_level & 1) - cwarn( unknown_arg, infile->bptr, 0L, 0); - return TRUE; - } else { - return FALSE; - } -} - -#define PUSH 1 -#define POP -1 - -#define __SETLOCALE 1 /* #pragma __setlocale( "encoding") */ -#define SETLOCALE 2 /* #pragma setlocale( "encoding") */ - -void do_pragma( void) -/* - * Process the #pragma lines. - * 1. Process the sub-directive for MCPP. - * 2. Pass the line to the compiler-proper. - * #pragma MCPP put_defines, #pragma MCPP preprocess, - * #pragma MCPP preprocessed and #pragma once are, however, not put - * out so as not to duplicate output when re-preprocessed. - * When EXPAND_PRAGMA == TRUE and (__STDC_VERSION__ >= 199901L or - * __cplusplus >= 199901L), the line is subject to macro expansion unless - * the next to 'pragma' token is one of 'STDC', 'GCC' or 'MCPP'. - */ -{ - int c; - int warn = FALSE; /* Necessity of warning */ - int token_type; - char * bp; /* Pointer to argument */ - char * tp; - FILEINFO * file; - - wrong_line = TRUE; /* In case of error */ - c = skip_ws(); - bp = infile->bptr - 1; /* Remember token to pass to compiler */ - if (c == '\n') { - if (warn_level & 1) - cwarn( "No sub-directive", 0, 0L, 0); /* _W1_ */ - unget_ch(); - return; - } - token_type = scan_token( c, (tp = work_buf, &tp), work_end); -#if EXPAND_PRAGMA -#if COMPILER == MSC - if (token_type == NAM - && !str_eq( identifier, "STDC") && !str_eq( identifier, "MCPP")) { -#else - if (stdc3 && token_type == NAM - && !str_eq( identifier, "STDC") && !str_eq( identifier, "MCPP")) { -#endif - DEFBUF * defp; - char * mp; - char * mp_end; - LINE_COL line_col = { 0L, 0}; - - bp = mp = ACE_OS::malloc( (size_t)(NMACWORK + IDMAX)); - /* Buffer for macro expansion */ - mp_end = mp + NMACWORK; - tp = mcpp_stpcpy( mp, identifier); - do { /* Expand all the macros in the line */ - int has_pragma; - if (token_type == NAM && (defp = is_macro( &tp)) != 0) { - tp = expand_macro( defp, bp, mp_end, line_col, & has_pragma); - if (has_pragma) - cerror( "_Pragma operator found in #pragma line" /* _E_ */ - , 0, 0L, 0); - if (! stdc3 && (warn_level & 2)) - cwarn( - "\"%s\" is macro expanded in other than C99 mode" /* _W2_ */ - , identifier, 0L, 0); - } - token_type = scan_token( c = get_ch(), (bp = tp, &tp), mp_end); - } while (c != '\n'); - unget_string( mp, 0); /* To re-read */ - ACE_OS::free( mp); - c = skip_ws(); - bp = infile->bptr - 1; - token_type = scan_token( c, (tp = work_buf, &tp), work_end); - } -#endif - if (token_type != NAM) { - if (warn_level & 1) - cwarn( not_ident, work_buf, 0L, 0); - goto skip_nl; - } else if (str_eq( identifier, "once")) { /* #pragma once */ - if (! is_junk()) { - file = infile; - while (file->fp == 0) - file = file->parent; - do_once( file->full_fname); - goto skip_nl; - } - } else if (str_eq( identifier, "MCPP")) { - if (scan_token( skip_ws(), (tp = work_buf, &tp), work_end) != NAM) { - if (warn_level & 1) - cwarn( not_ident, work_buf, 0L, 0); - } - if (str_eq( identifier, "put_defines")) { - if (! is_junk()) - dump_def( TRUE, FALSE); /* #pragma MCPP put_defines */ - } else if (str_eq( identifier, "preprocess")) { - if (! is_junk()) /* #pragma MCPP preprocess */ - mcpp_fputs( "#pragma MCPP preprocessed\n", OUT); - /* Just putout the directive */ - } else if (str_eq( identifier, "preprocessed")) { - if (! is_junk()) { /* #pragma MCPP preprocessed*/ - skip_nl(); - do_preprocessed(); - return; - } - } else if (str_eq( identifier, "warning")) { - /* #pragma MCPP warning */ - cwarn( infile->buffer, 0, 0L, 0); - } else if (str_eq( identifier, "push_macro")) { - push_or_pop( PUSH); /* #pragma MCPP push_macro */ - } else if (str_eq( identifier, "pop_macro")) { - push_or_pop( POP); /* #pragma MCPP pop_macro */ - } else if (str_eq( identifier, "debug")) { - do_debug( TRUE); /* #pragma MCPP debug */ - } else if (str_eq( identifier, "end_debug")) { - do_debug( FALSE); /* #pragma MCPP end_debug */ - } else { - warn = TRUE; - } - if (warn && (warn_level & 1)) - cwarn( unknown_arg, identifier, 0L, 0); - goto skip_nl; /* Do not putout the line */ -#if COMPILER == GNUC - /* The #pragma lines for GCC is skipped not to confuse cc1. */ - } else if (str_eq( identifier, "GCC")) { /* #pragma GCC * */ - if (scan_token( skip_ws(), (tp = work_buf, &tp), work_end) == NAM) { - if (str_eq( identifier, "poison") - || str_eq( identifier, "dependency")) { - if (warn_level & 2) - cwarn( "Skipped the #pragma line" /*_W2_ */ - , 0, 0L, 0); - goto skip_nl; - } else if (str_eq( identifier, "system_header")) { - infile->sys_header = TRUE; /* Mark as a system header */ - goto skip_nl; - } - } -#endif - -#if COMPILER == MSC - } else if (str_eq( identifier, "setlocale")) { - if (skip_ws() == '(' - && scan_token( skip_ws(), (tp = work_buf, &tp), work_end) - == STR - && skip_ws() == ')') { - if (! is_junk()) { - work_buf[ 0] = *(tp - 1) = '\0'; - set_encoding( work_buf + 1, 0, SETLOCALE); - work_buf[ 0] = *(tp - 1) = '"'; - } /* else warned by is_junk() */ - } else { - warn = TRUE; - } -#else /* COMPILER != MSC */ - } else if (str_eq( identifier, "__setlocale")) { - if (skip_ws() == '(' - && scan_token( skip_ws(), (tp = work_buf, &tp), work_end) - == STR - && skip_ws() == ')') { - if (! is_junk()) { /* #pragma __setlocale */ - work_buf[ 0] = *(tp - 1) = '\0'; - set_encoding( work_buf + 1, 0, __SETLOCALE); - work_buf[ 0] = *(tp - 1) = '"'; - } /* else warned by is_junk() */ - } else { - warn = TRUE; - } -#endif - -#if COMPILER == MSC - } else if (str_eq( identifier, "push_macro")) { - push_or_pop( PUSH); - goto skip_nl; - } else if (str_eq( identifier, "pop_macro")) { - push_or_pop( POP); - goto skip_nl; -#endif - -#if COMPILER == LCC - } else if (str_eq( identifier, "optimize") - && (skip_ws() == '(') - && (char_type[ (c = skip_ws()) & UCHARMAX] == DIG) - && (skip_ws() == ')')) { - char tmp[ 2]; - - tmp[ 0] = c; - tmp[ 1] = EOS; - look_and_install( optim_name, DEF_NOARGS_PREDEF, null, tmp); -#endif - -#if COMPILER == COMPILER_UNKNOWN - /* - * Write here any compiler-specific #pragma sub-directive which should - * be processed by preprocessor. - */ -#endif - } - - if (warn) { - if (warn_level & 1) - cwarn( unknown_arg, identifier, 0L, 0); - goto skip_nl; /* Do not putout the line */ - } - - sharp( 0, 0); /* Synchronize line number before output */ - if (! no_output) { - mcpp_fputs( "#pragma ", OUT); - mcpp_fputs( bp, OUT); /* Line is put out */ - } - skip_nl: /* Don't use skip_nl() which skips to the newline in source file */ - while (get_ch() != '\n') - ; - } - - static void do_once( - const char * fullname /* Full-path-list of the header */ - ) - /* - * Process #pragma once so as not to re-include the file later. - * This directive has been imported from GCC V.1.* / cpp as an extension. - */ - { - if (once_list == 0) { /* Should initialize */ - max_once = INIT_NUM_ONCE; - once_list = (INC_LIST *) ACE_OS::malloc( sizeof (INC_LIST) * max_once); - once_end = &once_list[ 0]; - } else if (once_end - once_list >= max_once) { - /* Double the elements */ - once_list = (INC_LIST *) ACE_OS::realloc( reinterpret_cast <char *> (once_list), sizeof (INC_LIST) * max_once * 2); - once_end = &once_list[ max_once]; - max_once *= 2; - } - once_end->name = const_cast <char *> (fullname); - once_end->len = ACE_OS::strlen( fullname); - once_end++; - } - - static int included( - const char * fullname - ) - /* - * Has the file been once included ? - * This routine is only called from open_file(). - */ - { - INC_LIST * inc; - size_t fnamelen; - - if (once_list == 0) /* No once file registered */ - return FALSE; - fnamelen = ACE_OS::strlen( fullname); - for (inc = once_list; inc < once_end; inc++) { - if (inc->len == fnamelen && str_case_eq( inc->name, fullname)) { - /* Already included */ - if (mcpp_debug & PATH) - mcpp_fprintf( DBG, "Once included \"%s\"\n", fullname); - return TRUE; - } - } - return FALSE; /* Not yet included */ - } - - static void push_or_pop( - int direction - ) - /* Process #pragma MCPP push_macro( "MACRO"), - * #pragma MCPP pop_macro( "MACRO") for other compilers than Visual C, - * and #pragma push_macro( "MACRO"), #pragma pop_macro( "MACRO") for Visual C. - * Note:1. "push" count is set in defp->push. - * 2. pushed definitions are inserted immediatly after the current - * definition of the same name. - * 3. the definitions of a same name macro can be pushed multiple times. - */ - { - char * tp; - DEFBUF ** prevp; - DEFBUF * defp; - DEFBUF * dp; - int cmp; - size_t s_name, s_def; - - if (skip_ws() == '(' - && scan_token( skip_ws(), (tp = work_buf, &tp), work_end) == STR - && skip_ws() == ')') { /* Correct syntax */ - - if (is_junk()) - return; - s_name = ACE_OS::strlen( work_buf) - 2; - *(work_buf + s_name + 1) = '\0'; - ACE_OS::memcpy( identifier, work_buf + 1, s_name + 1); - /* Remove enclosing '"' */ - prevp = look_prev( identifier, &cmp); - if (cmp == 0) { /* Current definition or pushed definition exists */ - defp = *prevp; - if (direction == PUSH) {/* #pragma push_macro( "MACRO") */ - if (defp->push) { /* No current definition*/ - if (warn_level & 1) - cwarn( "\"%s\" is already pushed" /* _W1_ */ - , identifier, 0L, 0); - return; - } - /* Else the current definition exists. Push it */ - s_def = sizeof (DEFBUF) + 3 + s_name - + ACE_OS::strlen( defp->repl) + ACE_OS::strlen( defp->fname); - if (mcpp_mode == STD) - s_def += ACE_OS::strlen( defp->parmnames); - dp = (DEFBUF *) ACE_OS::malloc( s_def); - ACE_OS::memcpy( dp, defp, s_def); /* Copy the definition */ - dp->link = *prevp; /* Insert to linked-list*/ - *prevp = dp; /* the pushed def */ - prevp = &dp->link; /* Next link to search */ - } else { /* #pragma pop_macro( "MACRO") */ - if (defp->push == 0) { /* Current definition */ - if (defp->link == 0 - || ! str_eq( identifier, defp->link->name)) { - if (warn_level & 1) - cwarn( "\"%s\" has not been pushed" /* _W1_ */ - , identifier, 0L, 0); - return; - } else { - *prevp = defp->link; - /* Link the previous and the next */ - ACE_OS::free( defp); - /* Delete the definition to enable popped def */ - } - } /* Else no current definition exists */ - } - while ((defp = *prevp) != 0) { - /* Increment or decrement "push" count of all pushed defs */ - if ((cmp = ACE_OS::memcmp( defp->name, identifier, s_name)) > 0) - break; - defp->push += direction; /* Increment or decrement */ - prevp = &defp->link; - } - } else { /* No current definition nor pushed definition */ - if (warn_level & 1) - cwarn( "\"%s\" has not been defined" /* _W1_ */ - , identifier, 0L, 0); - } - } else { /* Wrong syntax */ - if (warn_level & 1) - cwarn( "Bad %s syntax", direction == PUSH /* _W1_ */ - ? "push_macro" : "pop_macro", 0L, 0); - } - } - - static void do_asm( - int asm_start /* #asm ? */ - ) - /* - * #asm, #endasm - * Originally written for OS-9/09 Microware C. - */ - { - if (! compiling) - return; - if (asm_start == (in_asm != 0L)) { - if (in_asm) - cerror( "In #asm block started at line %.0s%ld" /* _E_ */ - , 0, in_asm, 0); - else - cerror( "Without #asm", 0, 0L, 0); /* _E_ */ - skip_nl(); - unget_ch(); - return; - } - in_asm = asm_start ? src_line : 0L; - } - - void do_old( void) - /* - * Process the out-of-standard directives. - * GCC permits #include_next and #warning even in STANDARD mode. - */ - { - static const char * const unknown - = "Unknown #directive \"%s\"%.0ld%s"; /* _E_ _W8_ */ - // static const char * const ext - // = "%s is not allowed by Standard%.0ld%s"; /* _W2_ _W8_*/ - -#if COMPILER == GNUC - if (str_eq( identifier, "include_next")) { - if ((compiling && (warn_level & 2)) - || (! compiling && (warn_level & 8))) - cwarn( ext, "#include_next", 0L - , compiling ? 0 : " (in skipped block)"); - if (! compiling) - return; - in_include = TRUE; - do_include( TRUE); - in_include = FALSE; - return; - } else if (str_eq( identifier, "warning")) { - if ((compiling && (warn_level & 2)) - || (! compiling && (warn_level & 8))) - cwarn( ext, "#warning", 0L - , compiling ? 0 : " (in skipped block)"); - if (! compiling) - return; - cwarn( infile->buffer, 0, 0L, 0); - /* Always output the warning */ - skip_nl(); - unget_ch(); - return; - } else if (str_eq( identifier, "ident") || str_eq( identifier, "sccs")) { - if ((compiling && (warn_level & 1)) - || (! compiling && (warn_level & 8))) { - if (str_eq( identifier, "ident")) - cwarn( - compiling ? "Ignored #ident" : "#ident (in skipped block)" /* _W1_ _W8_*/ - , 0, 0L, 0); - else - cwarn( - compiling ? "Ignored #sccs" : "#sccs (in skipped block)" /* _W1_ _W8_*/ - , 0, 0L, 0); - } - if (! compiling) - return; - skip_nl(); - unget_ch(); - return; - } -#endif /* COMPILER == GNUC */ - -#if COMPILER == MSC - if (str_eq( identifier, "using") || str_eq( identifier, "import")) { - /* #using or #import */ - if (! compiling) - return; - mcpp_fputs( infile->buffer, OUT); /* Putout the line as is*/ - skip_nl(); - unget_ch(); - return; - } -#endif - -#if SYSTEM == SYS_MAC - if (str_eq( identifier, "import")) { - if ((compiling && (warn_level & 2)) - || (! compiling && (warn_level & 8))) - cwarn( ext, "#import", 0L - , compiling ? 0 : " (in skipped block)"); - if (! compiling) - return; - in_import = in_include = TRUE; - do_include( FALSE); - in_import = in_include = FALSE; - return; - } -#endif - - if (! standard && do_prestd_directive()) - return; - - if (compiling) { - if (option_flags.lang_asm) { /* "Assembler" source */ - if (warn_level & 1) - cwarn( unknown, identifier, 0L, 0); - mcpp_fputs( infile->buffer, OUT); /* Putout the line */ - } else { - cerror( unknown, identifier, 0L, 0); - } - } else if (warn_level & 8) { - cwarn( unknown, identifier, 0L, " (in skipped block)"); - } - skip_nl(); - unget_ch(); - return; - } - - static int do_prestd_directive( void) - /* - * Process directives for pre-Standard mode. - */ - { -#if COMPILER != GNUC - if (str_eq( identifier, "assert")) { /* #assert */ - if (! compiling) /* Only validity check */ - return TRUE; - if (eval_if() == 0L) { /* Assert expression */ - cerror( "Preprocessing assertion failed" /* _E_ */ - , 0, 0L, 0); - skip_nl(); - unget_ch(); - } - return TRUE; - } else -#endif - if (str_eq( identifier, "put_defines")) { - if (! compiling) /* Only validity check */ - return TRUE; - if (mcpp_mode != OLD_PREP && ! is_junk()) - dump_def( TRUE, FALSE); /* #put_defines */ - skip_nl(); - unget_ch(); - return TRUE; - } else if (str_eq( identifier, "preprocess")) { - if (! compiling) /* Only validity check */ - return TRUE; - if (mcpp_mode != OLD_PREP && ! is_junk()) - /* Just putout the directive for the succeding preprocessor */ - mcpp_fputs( "#preprocessed\n", OUT); - skip_nl(); - unget_ch(); - return TRUE; - } else if (str_eq( identifier, "preprocessed")) { - if (! compiling) /* Only validity check */ - return TRUE; - if (mcpp_mode != OLD_PREP && ! is_junk()) { - skip_nl(); - do_preprocessed(); /* #preprocessed */ - return TRUE; - } - skip_nl(); - unget_ch(); - return TRUE; - } - - if (str_eq( identifier, "debug")) { /* #debug <args> */ - if (! compiling) /* Only validity check */ - return TRUE; - do_debug( TRUE); - return TRUE; - } else if (str_eq( identifier, "end_debug")) { - if (! compiling) - return TRUE; - do_debug( FALSE); /* #end_debug <args> */ - return TRUE; - } - - if (str_eq( identifier, "asm")) { /* #asm */ - do_asm( TRUE); - return TRUE; - } - if (str_eq( identifier, "endasm")) { /* #endasm */ - do_asm( FALSE); - skip_nl(); /* Skip comments, etc. */ - unget_ch(); - return TRUE; - } - - return FALSE; /* Unknown directive */ - } - - static void do_preprocessed( void) - /* - * The source file has been already preprocessed. - * Copy the lines to output. - * Install macros according the #define directives. - */ - { - const char * corrupted = - "This preprocessed file is corrupted"; /* _F_ */ - FILEINFO * file; - char * lbuf; - char * cp; - const char ** incptr; - char * comment = 0; - char * colon = 0; - const char * dir; -#if STD_LINE_PREFIX == FALSE - char conv[ NBUFF]; - char * arg; - - /* - * Compiler cannot accept C source style #line. - * Convert it to the compiler-specific format. - */ - ACE_OS::strcpy( conv, LINE_PREFIX); - arg = conv + ACE_OS::strlen( conv); -#endif - file = infile; - lbuf = file->bptr = file->buffer; /* Reset file->bptr */ - - /* Copy the input to output until a comment line appears. */ - while (ACE_OS::fgets( lbuf, NBUFF, file->fp) != 0 - && ACE_OS::memcmp( lbuf, "/*", 2) != 0) { -#if STD_LINE_PREFIX == FALSE - if (ACE_OS::memcmp( lbuf, "#line ", 6) == 0) { - ACE_OS::strcpy( arg, lbuf + 6); - mcpp_fputs( conv, OUT); - } else -#endif - { - mcpp_fputs( lbuf, OUT); - } - } - if (! str_eq( lbuf, "/* Currently defined macros. */\n")) - cfatal( "This is not a preprocessed source" /* _F_ */ - , 0, 0L, 0); - - /* Define macros according to the #define lines. */ - while (ACE_OS::fgets( lbuf, NWORK, file->fp) != 0) { - if (ACE_OS::memcmp( lbuf, "/*", 2) == 0) { - /* Standard predefined macro */ - continue; - } - if (ACE_OS::memcmp( lbuf, "#define ", 8) != 0) { - if (ACE_OS::memcmp( lbuf, "#line", 5) == 0) - continue; - else - cfatal( corrupted, 0, 0L, 0); - } - /* Filename and line-number information in comment as: */ - /* dir/fname:1234\t*/ - cp = lbuf + ACE_OS::strlen( lbuf); - if ((ACE_OS::memcmp( cp - 4, "\t*/\n", 4) != 0) - || (*(cp - 4) = EOS - , (comment = ACE_OS::strrchr( lbuf, '*')) == 0) - || (ACE_OS::memcmp( --comment, "/* ", 3) != 0) - || ((colon = ACE_OS::strrchr( comment, ':')) == 0)) - cfatal( corrupted, 0, 0L, 0); - src_line = ACE_OS::atol( colon + 1); /* Pseudo line number */ - *colon = EOS; - dir = comment + 3; - inc_dirp = &null; - /* Search the include directory list */ - for (incptr = incdir ; incptr < incend; incptr++) { - if (ACE_OS::memcmp( *incptr, dir, ACE_OS::strlen( *incptr)) == 0) { - inc_dirp = incptr; - break; - } - } - /* Register the filename to fnamelist[] */ - /* inc_dirp may be 0, and cur_fname may be "(predefined)" */ - cur_fname = set_fname( dir + ACE_OS::strlen( *inc_dirp)); - - ACE_OS::strcpy( comment - 2, "\n"); /* Remove the comment */ - unget_string( lbuf + 8, 0); - do_define( FALSE, 0); - get_ch(); /* '\n' */ - get_ch(); /* Clear the "file" */ - unget_ch(); /* infile == file */ - } - file->bptr = file->buffer + ACE_OS::strlen( file->buffer); - } - - static int do_debug( - int set /* TRUE to set debugging */ - ) - /* - * #pragma MCPP debug, #pragma MCPP end_debug, #debug, #end_debug - * Return TRUE when diagnostic is issued else return FALSE. - */ - { - struct Debug_arg { - const char * arg_name; /* Name of option */ - int arg_num; /* Value of 'debug' */ - }; - static struct Debug_arg debug_args[] = { - { "path", PATH }, - { "token", TOKEN }, - { "expand", EXPAND }, - { "macro_call", MACRO_CALL }, /* Implemented only in STD mode */ - { "if", IF }, - { "expression", EXPRESSION }, - { "getc", GETC }, - { "memory", MEMORY }, - { 0, 0 }, - }; - struct Debug_arg *argp; - int num = 0; - int c; - - c = skip_ws(); - if (c == '\n') { - unget_ch(); - if (set) { - if (warn_level & 1) - cwarn( "No argument", 0, 0L, 0); /* _W1_ */ - return TRUE; - } else { - mcpp_debug = 0; /* Clear all the flags */ - return FALSE; - } - } - while (scan_token( c, (workp = work_buf, &workp), work_end) == NAM) { - argp = debug_args; - while (argp->arg_name) { - if (str_eq( argp->arg_name, work_buf)) - break; - argp++; - } - if (argp->arg_name == 0) { - if (warn_level & 1) - cwarn( unknown_arg, work_buf, 0L, 0); - goto diagnosed; - } else { - num = argp->arg_num; - if (set) { - mcpp_debug |= num; - if (num == PATH) - dump_path(); - else if (num == MEMORY) - print_heap(); - else if (num == MACRO_CALL) - option_flags.k = TRUE; /* This pragma needs this mode */ - } else { - mcpp_debug &= ~num; - } - } - c = skip_ws(); - } - if ((mcpp_mode != STD && (mcpp_debug & MACRO_CALL)) || c != '\n') { - if (warn_level & 1) { - if (c != '\n') { - cwarn( not_ident, work_buf, 0L, 0); - } else { - cwarn( unknown_arg, work_buf, 0L, 0); - mcpp_debug &= ~num; /* Disable */ - } - } - skip_nl(); - unget_ch(); - goto diagnosed; - } - unget_ch(); - return FALSE; - diagnosed: - return TRUE; - } - - void put_asm( void) - /* - * Put out source line as it is. - */ - { -#if 0 - mcpp_fputs( "#2\n", OUT); - mcpp_fputs( infile->buffer, OUT); - skip_nl(); -#endif - } - - static void dump_path( void) - /* - * Show the include directories. - */ - { - const char ** incptr; - const char * inc_dir; - const char * dir = "./"; - // int i; - - mcpp_fputs( "Include paths are as follows --\n", DBG); - for (incptr = incdir; incptr < incend; incptr++) { - inc_dir = *incptr; - if (*inc_dir == '\0') - inc_dir = dir; - mcpp_fprintf( DBG, " %s\n", inc_dir); - } - mcpp_fputs( "End of include path list.\n", DBG); -#if SYSTEM == SYS_MAC - mcpp_fputs( "Framework paths are as follows --\n", DBG); - for (i = 0; i < num_framework; i++ ) - mcpp_fprintf( DBG, " %s\n", framework[ i]); - mcpp_fputs( "End of framework path list.\n", DBG); -#endif - } - - /* - * Note: The getopt() of glibc should not be used since the specification - * differs from the standard one. - * Use this mcpp_getopt() for mcpp. - */ - - /* Based on the public-domain-software released by AT&T in 1985. */ - -#define OPTERR( s, c) if (mcpp_opterr) { \ - mcpp_fputs( argv[0], ERR); \ - mcpp_fputs( s, ERR); \ - mcpp_fputc( c, ERR); \ - mcpp_fputc( '\n', ERR); \ - } - - static int mcpp_getopt( - int argc, - char * const * argv, - const char * opts - ) - /* - * Get the next option (and it's argument) from the command line. - */ - { - const char * const error1 = ": option requires an argument --"; - const char * const error2 = ": illegal option --"; - static int sp = 1; - int c; - const char * cp; - - if (sp == 1) { - if (argc <= mcpp_optind || - argv[ mcpp_optind][ 0] != '-' - || argv[ mcpp_optind][ 1] == '\0') { - return EOF; - } else if (ACE_OS::strcmp( argv[ mcpp_optind], "--") == 0) { - mcpp_optind++; - return EOF; - } - } - /* mcpp_optopt = c = (unsigned char) argv[ mcpp_optind][ sp]; */ - mcpp_optopt = c = argv[ mcpp_optind][ sp] & UCHARMAX; - if (c == ':' || (cp = ACE_OS::strchr( opts, c)) == 0) { - OPTERR( error2, c) - if (argv[ mcpp_optind][ ++sp] == '\0') { - mcpp_optind++; - sp = 1; - } - return '?'; - } - if (*++cp == ':') { - if (argv[ mcpp_optind][ sp+1] != '\0') { - mcpp_optarg = &argv[ mcpp_optind++][ sp+1]; - } else if (argc <= ++mcpp_optind) { - OPTERR( error1, c) - sp = 1; - return '?'; - } else { - mcpp_optarg = argv[ mcpp_optind++]; - } - sp = 1; - } else { - if (argv[ mcpp_optind][ ++sp] == '\0') { - sp = 1; - mcpp_optind++; - } - mcpp_optarg = 0; - } - return c; - } - -#if defined(HOST_HAVE_STPCPY) && HOST_HAVE_STPCPY == FALSE - char * mcpp_stpcpy( - char * dest, - const char * src - ) - /* - * Copy the string and return the advanced pointer. - */ - { - const char * s; - char * d; - - for (s = src, d = dest; (*d++ = *s++) != '\0'; ) - ; - return d - 1; - } -#endif - - /* - * list_heap() is a function to print out information of heap-memory. - * See "kmmalloc-2.5.3.zip" by kmatsui. - */ -#if KMMALLOC - int list_heap( int); -#elif BSD_MALLOC - int list_heap( char *); -#elif DB_MALLOC || DMALLOC - int list_heap( FILE *); -#endif - - void print_heap( void) - { -#if KMMALLOC - list_heap( 1); -#elif BSD_MALLOC - list_heap( ":cpp"); -#elif DB_MALLOC || DMALLOC || PHK_MALLOC || DLMALLOC - list_heap( fp_debug); -#endif - } - - void at_end( void) - /* - * Handle the commands to be executed at the end of processing. - */ - { -#if COMPILER == GNUC - if (dMflag || dDflag) - dump_def( FALSE, FALSE); -#endif - } - -#ifdef MCPP_LIB - void clear_filelist( void) - /* - * Free malloced memory for filename-list and directory-list. - */ - { - const char ** incp; - INC_LIST * namep; - - for (incp = incdir; incp < incend; incp++) - ACE_OS::free( (void *) *incp); - ACE_OS::free( (void *) incdir); - for (namep = fnamelist; namep < fname_end; namep++) - ACE_OS::free( (void *) namep->name); - ACE_OS::free( (void *) fnamelist); - if (standard) - ACE_OS::free( (void *) once_list); - } -#endif - diff --git a/TAO/TAO_IDL/contrib/mcpp/testmain.c b/TAO/TAO_IDL/contrib/mcpp/testmain.c deleted file mode 100644 index fdef7aa80f5..00000000000 --- a/TAO/TAO_IDL/contrib/mcpp/testmain.c +++ /dev/null @@ -1,84 +0,0 @@ -/* $Id$ - * testmain.c: A sample source to show how to use mcpp as a subroutine. - * 2006/11 Contributed by Juergen Mueller. - * Refer to mcpp-porting.html section 3.12 for compiling mcpp as a subroutine. - * - * 2007/03 Updated to enable testing of memory buffer output. - * 2008/04 The macro MCPP_LIB is no longer necessary. - */ - -#include <stdio.h> -#include <stdlib.h> -#include <time.h> - -#include "mcpp_lib.h" -// FUZZ: disable check_for_improper_main_declaration -int main(int argc, char *argv[]) -// FUZZ: enable check_for_improper_main_declaration -{ - int i, j; - char ** tmp_argv; - - tmp_argv = (char **) malloc(sizeof(char *) * (argc + 1)); - - if (tmp_argv == 0) { - return(0); - } - - /* - * assume strict order: <options, ...> <files, ...> and - * each option and its argument are specified without intervening spaces - * such as '-I/dir' or '-otmp.i' (not '-I /dir' nor '-o tmp.i'). - */ - for (i = 0; i < argc; ++i) { - tmp_argv[i] = argv[i]; /* copy options */ - - if ( (*argv[i] != '-') - && (*argv[i] != '/') - && (i > 0)) { - break; - } - } - - /* this works only if called function does not manipulate pointer array! */ - /* - * Note that mcpp no longer uses freopen() since 2008/04/20, so you can - * output multiple input to different files, though this sample output - * to stdout, which may be redirected. - */ - for (j = i; i < argc; ++i) { - int retval; - char * result; - clock_t start, finish; - - tmp_argv[j] = argv[i]; /* process each file */ - fprintf(stderr, "\n%s\n", argv[i]); - - start = clock(); /* get start time */ -#if OUT2MEM /* Use memory buffer */ - mcpp_use_mem_buffers( 1); /* enable memory output */ - retval = mcpp_lib_main(j + 1, tmp_argv); /* call MCPP */ - result = mcpp_get_mem_buffer( OUT); /* get the output */ - if (result) - fputs( result, stdout); - result = mcpp_get_mem_buffer( ERR); /* get the diagnostics */ - if (result) - fputs( result, stderr); -#if 0 /* debug output is the same with normal output by default */ - result = mcpp_get_mem_buffer( DBG); /* get the debug output */ - if (result) - fputs( result, stdout); /* appended to output */ -#endif -#else /* Normal output to file */ - retval = mcpp_lib_main(j + 1, tmp_argv); -#endif - finish = clock(); /* get finish time */ - - fprintf(stderr, "\nReturned status:%d, Elapsed time: %.3f seconds.\n", - retval, (double)(finish - start) / (double)CLOCKS_PER_SEC); - } - - free(tmp_argv); - - return(0); -} diff --git a/TAO/TAO_IDL/contrib/mcpp/testmain.cpp b/TAO/TAO_IDL/contrib/mcpp/testmain.cpp deleted file mode 100644 index 5a75e79678b..00000000000 --- a/TAO/TAO_IDL/contrib/mcpp/testmain.cpp +++ /dev/null @@ -1,77 +0,0 @@ -/* $Id$ - * testmain.c: A sample source to show how to use mcpp as a subroutine. - * 2006/11 Contributed by Juergen Mueller. - * Refer to mcpp-porting.html section 3.12 for compiling mcpp as a subroutine. - * - * 2007/03 Updated to enable testing of memory buffer output. - */ - -#include <stdio.h> -#include <stdlib.h> -#include <time.h> - -#define MCPP_LIB 1 -#include "mcpp_lib.h" -// FUZZ: disable check_for_improper_main_declaration -int main (int argc, char *argv[]) -{ - int i, j; - char ** tmp_argv; - - tmp_argv = (char **) malloc(sizeof(char *) * (argc + 1)); - - if (tmp_argv == 0) { - return(0); - } - - /* - * assume strict order: <options, ...> <files, ...> and - * each option and its argument are specified without intervening spaces - * such as '-I/dir' or '-otmp.i' (not '-I /dir' nor '-o tmp.i'). - */ - for (i = 0; i < argc; ++i) { - tmp_argv[i] = argv[i]; /* copy options */ - - if ( (*argv[i] != '-') - && (*argv[i] != '/') - && (i > 0)) { - break; - } - } - - /* this works only if called function does not manipulate pointer array! */ - for (j = i; i < argc; ++i) { - int retval; - char * result; - clock_t start, finish; - - tmp_argv[j] = argv[i]; /* process each file */ - ACE_OS::fprintf(stderr, "\n%s\n", argv[i]); - start = clock(); /* get start time */ -#if OUT2MEM /* Use memory buffer */ - mcpp_use_mem_buffers( 1); /* enable memory output */ - retval = mcpp_lib_main(j + 1, tmp_argv); /* call MCPP */ - result = mcpp_get_mem_buffer( OUT); /* get the output */ - if (result) - ACE_OS::fputs( result, stdout); - result = mcpp_get_mem_buffer( ERR); /* get the diagnostics */ - if (result) - ACE_OS::fputs( result, stderr); -#if 0 /* debug output is the same with normal output by default */ - result = mcpp_get_mem_buffer( DBG); /* get the debug output */ - if (result) - ACE_OS::fputs( result, stdout); /* appended to output */ -#endif -#else /* Normal output to file */ - retval = mcpp_lib_main(j + 1, tmp_argv); -#endif - finish = clock(); /* get finish time */ - - ACE_OS::fprintf(stderr, "\nReturned status:%d, Elapsed time: %.3f seconds.\n", - retval, (double)(finish - start) / (double)CLOCKS_PER_SEC); - } - - ACE_OS::free(tmp_argv); - - return(0); -} diff --git a/TAO/TAO_IDL/driver/drv_mcpp_preproc.cpp b/TAO/TAO_IDL/driver/drv_mcpp_preproc.cpp deleted file mode 100644 index dd44fa61919..00000000000 --- a/TAO/TAO_IDL/driver/drv_mcpp_preproc.cpp +++ /dev/null @@ -1,1006 +0,0 @@ -// $Id$ - -/* - -COPYRIGHT - -Copyright 1992, 1993, 1994 Sun Microsystems, Inc. Printed in the United -States of America. All Rights Reserved. - -This product is protected by copyright and distributed under the following -license restricting its use. - -The Interface Definition Language Compiler Front End (CFE) is made -available for your use provided that you include this license and copyright -notice on all media and documentation and the software program in which -this product is incorporated in whole or part. You may copy and extend -functionality (but may not remove functionality) of the Interface -Definition Language CFE without charge, but you are not authorized to -license or distribute it to anyone else except as part of a product or -program developed by you or with the express written consent of Sun -Microsystems, Inc. ("Sun"). - -The names of Sun Microsystems, Inc. and any of its subsidiaries or -affiliates may not be used in advertising or publicity pertaining to -distribution of Interface Definition Language CFE as permitted herein. - -This license is effective until terminated by Sun for failure to comply -with this license. Upon termination, you shall destroy or return all code -and documentation for the Interface Definition Language CFE. - -INTERFACE DEFINITION LANGUAGE CFE IS PROVIDED AS IS WITH NO WARRANTIES OF -ANY KIND INCLUDING THE WARRANTIES OF DESIGN, MERCHANTIBILITY AND FITNESS -FOR A PARTICULAR PURPOSE, NONINFRINGEMENT, OR ARISING FROM A COURSE OF -DEALING, USAGE OR TRADE PRACTICE. - -INTERFACE DEFINITION LANGUAGE CFE IS PROVIDED WITH NO SUPPORT AND WITHOUT -ANY OBLIGATION ON THE PART OF Sun OR ANY OF ITS SUBSIDIARIES OR AFFILIATES -TO ASSIST IN ITS USE, CORRECTION, MODIFICATION OR ENHANCEMENT. - -SUN OR ANY OF ITS SUBSIDIARIES OR AFFILIATES SHALL HAVE NO LIABILITY WITH -RESPECT TO THE INFRINGEMENT OF COPYRIGHTS, TRADE SECRETS OR ANY PATENTS BY -INTERFACE DEFINITION LANGUAGE CFE OR ANY PART THEREOF. - -IN NO EVENT WILL SUN OR ANY OF ITS SUBSIDIARIES OR AFFILIATES BE LIABLE FOR -ANY LOST REVENUE OR PROFITS OR OTHER SPECIAL, INDIRECT AND CONSEQUENTIAL -DAMAGES, EVEN IF SUN HAS BEEN ADVISED OF THE POSSIBILITY OF SUCH DAMAGES. - -Use, duplication, or disclosure by the government is subject to -restrictions as set forth in subparagraph (c)(1)(ii) of the Rights in -Technical Data and Computer Software clause at DFARS 252.227-7013 and FAR -52.227-19. - -Sun, Sun Microsystems and the Sun logo are trademarks or registered -trademarks of Sun Microsystems, Inc. - -SunSoft, Inc. -2550 Garcia Avenue -Mountain View, California 94043 - -NOTE: - -SunOS, SunSoft, Sun, Solaris, Sun Microsystems or the Sun logo are -trademarks or registered trademarks of Sun Microsystems, Inc. - -*/ - -// Pass an IDL file through the C preprocessor - - -#include "idl_defines.h" -#include "global_extern.h" -#include "fe_extern.h" -#include "drv_extern.h" -#include "utl_string.h" -#include "ace/Version.h" -#include "ace/Process_Manager.h" -#include "ace/SString.h" -#include "ace/Env_Value_T.h" -#include "ace/ARGV.h" -#include "ace/UUID.h" -#include "ace/Dirent.h" -#include "ace/OS_NS_sys_stat.h" - -// FUZZ: disable check_for_streams_include -#include "ace/streams.h" - -#include "ace/OS_NS_stdio.h" -#include "ace/OS_NS_unistd.h" -#include "ace/OS_NS_fcntl.h" - -#include "mcpp_lib.h" - -// Storage for preprocessor args. -unsigned long const DRV_MAX_ARGCOUNT = 1024; -unsigned long DRV_argcount = 0; -ACE_TCHAR const * DRV_arglist[DRV_MAX_ARGCOUNT] = { 0 }; - -static char const * output_arg_format = 0; -static long output_arg_index = 0; - -ACE_TCHAR const DIR_DOT[] = ACE_TEXT ("."); -ACE_TCHAR const DIR_DOT_DOT[] = ACE_TEXT (".."); - -// Lines can be 1024 chars long intially - it will expand as required. -#define LINEBUF_SIZE 1024 -char* drv_line = 0; -static size_t drv_line_size = LINEBUF_SIZE + 1; - -// Push the new CPP location if we got a -Yp argument. -void -DRV_cpp_new_location (char const * new_loc) -{ - ACE::strdelete (const_cast<ACE_TCHAR *> (DRV_arglist[0])); - DRV_arglist[0] = ACE::strnew (ACE_TEXT_CHAR_TO_TCHAR (new_loc)); -} - -// Push an argument into the DRV_arglist. -void -DRV_cpp_putarg (const char *str) -{ - if (DRV_argcount >= DRV_MAX_ARGCOUNT) - { - ACE_ERROR ((LM_ERROR, - "%C: More than %d arguments to preprocessor\n", - idl_global->prog_name (), - DRV_MAX_ARGCOUNT)); - - throw Bailout (); - } - - DRV_arglist[DRV_argcount++] = ACE::strnew (ACE_TEXT_CHAR_TO_TCHAR (str)); -} - -// Expand the output argument with the given filename. -void -DRV_cpp_expand_output_arg (const char *filename) -{ - if (output_arg_format != 0) - { - ACE::strdelete (const_cast<ACE_TCHAR *> (DRV_arglist[output_arg_index])); - DRV_arglist[output_arg_index] = 0; - - ACE_NEW (DRV_arglist[output_arg_index], - ACE_TCHAR [ACE_OS::strlen (output_arg_format) - + ACE_OS::strlen (filename) - + 1]); - - ACE_OS::sprintf (const_cast<ACE_TCHAR *> (DRV_arglist[output_arg_index]), - ACE_TEXT_CHAR_TO_TCHAR (output_arg_format), - ACE_TEXT_CHAR_TO_TCHAR (filename)); - } -} - -// Get a line from stdin. -static bool -DRV_get_line (FILE *file) -{ - char *line = ACE_OS::fgets (drv_line, - drv_line_size, - file); - - if (!line || (!*line && feof (file))) - { - // End of file, nothing else read in. - return false; - } - - do - { - // Check for line continuation escape... - size_t len = ACE_OS::strlen (drv_line); - if (2 <= len && - '\n' == drv_line [len-1] && - '\\' == drv_line [len-2] ) - { - // This is a "false" end-of-line, remove token - len-= 2; - drv_line [len]= '\0'; - } - // Check for end-of-line - if (len && '\n' == drv_line [len-1]) - { - // Replace the end-of-line with a null - drv_line [len-1] = '\0'; - return true; - } - - // Need to continue to read more of this line in, - // is there enough space left in the buffer? - if (drv_line_size - len < 10) - { - // Create a bigger buffer - size_t temp_size = drv_line_size * 2; - char *temp = 0; - ACE_NEW_RETURN (temp, char [temp_size], false); - ACE_OS::strcpy (temp, drv_line); - delete [] drv_line; - drv_line = temp; - drv_line_size = temp_size; - } - - line = ACE_OS::fgets (drv_line + len, - drv_line_size - len, - file); - } while (line && *line); - - return true; -} - -// Initialize the cpp argument list. -void -DRV_cpp_init (void) -{ - // Create the line buffer. - // (JP) Deleting this at the end or DRV_pre_proc() causes - // Purify to output a Freeing Mismatched Memory warning. - // When it is not deleted (currently the case) there is no - // memory leak reported by Purify. I don't know why. - ACE_NEW (drv_line, - char [drv_line_size]); - - char const * const cpp_loc = FE_get_cpp_loc_from_env (); - DRV_cpp_putarg (cpp_loc); - - // Add an option to the IDL compiler to make the TAO version - // available to the user. A XX.YY.ZZ release gets version 0xXXYYZZ, - // for example, 5.1.14 gets 0x050114. - char version_option[128]; - ACE_OS::sprintf (version_option, - "-D__TAO_IDL=0x%2.2d%2.2d%2.2d", - ACE_MAJOR_VERSION, - ACE_MINOR_VERSION, - ACE_BETA_VERSION); - - DRV_cpp_putarg (version_option); - DRV_cpp_putarg ("-I."); - - const char *platform_cpp_args = FE_get_cpp_args_from_env (); - - if (platform_cpp_args == 0) - { - // If no cpp flag was defined by the user, we define some - // platform specific flags here. - -#if defined (TAO_IDL_PREPROCESSOR_ARGS) - platform_cpp_args = TAO_IDL_PREPROCESSOR_ARGS; -#elif defined (ACE_CC_PREPROCESSOR_ARGS) - platform_cpp_args = ACE_CC_PREPROCESSOR_ARGS; -#else - platform_cpp_args = "-o %s"; -#endif /* TAO_IDL_PREPROCESSOR_ARGS */ - - // So we can find OMG IDL files, such as `orb.idl'. - ACE_CString include_path1, include_path2; - - char* TAO_ROOT = ACE_OS::getenv ("TAO_ROOT"); - - // When adding new dirs here don't forget to update - // IDL_GlobalData::validate_orb_include accordingly. - if (TAO_ROOT != 0) - { - DRV_add_include_path (include_path1, TAO_ROOT, 0, true); - DRV_add_include_path (include_path2, TAO_ROOT, "/tao", true); - } - else - { - char* ACE_ROOT = ACE_OS::getenv ("ACE_ROOT"); - - if (ACE_ROOT != 0) - { - DRV_add_include_path (include_path1, ACE_ROOT, "/TAO", true); - DRV_add_include_path (include_path2, ACE_ROOT, "/TAO/tao", true); - } - else - { -#if defined (TAO_IDL_INCLUDE_DIR) - // TAO_IDL_INCLUDE_DIR may be in quotes, - // e.g. "/usr/local/include/tao" - // We deal with a case like this below ... - DRV_add_include_path (include_path1, TAO_IDL_INCLUDE_DIR, 0, true); - DRV_add_include_path (include_path2, TAO_IDL_INCLUDE_DIR, "/tao", true); -#else - DRV_add_include_path (include_path1, ".", 0, true); -#endif /* TAO_IDL_INCLUDE_DIR */ - } - } - - idl_global->tao_root (include_path1.c_str ()); - } - - // Add any flags in platform_cpp_args to cpp's DRV_arglist. - ACE_ARGV platform_arglist (ACE_TEXT_CHAR_TO_TCHAR (platform_cpp_args)); - - for (int i = 0; i < platform_arglist.argc (); ++i) - { - // Check for an argument that specifies the preprocessor's output file. - if (ACE_OS::strstr (platform_arglist[i], ACE_TEXT("%s")) != 0 - && output_arg_format == 0) - { - output_arg_format = ACE::strnew (ACE_TEXT_ALWAYS_CHAR (platform_arglist[i])); - output_arg_index = DRV_argcount; - DRV_cpp_putarg (0); - } - else - { - DRV_cpp_putarg (ACE_TEXT_ALWAYS_CHAR (platform_arglist[i])); - } - } -} - -int -DRV_sweep_dirs (const char *rel_path, - const char *base_path) -{ - // Zero rel_path means we're not using this option, and - // so we become a no-op. - if (rel_path == 0) - { - return 0; - } - - if (ACE_OS::chdir (rel_path) == -1) - { - ACE_ERROR_RETURN ((LM_ERROR, - "DRV_sweep_dirs: chdir %C failed\n", - rel_path), - -1); - } - - ACE_Dirent dir (DIR_DOT); - ACE_CString bname (base_path); - bname += (bname.length () > 0 ? "/" : ""); - bname += rel_path; - bool include_added = false; - char abspath[MAXPATHLEN] = ""; - char *full_path = 0; - - for (dirent *dir_entry; (dir_entry = dir.read ()) != 0;) - { - // Skip the ".." and "." files in each directory. - if (ACE::isdotdir (dir_entry->d_name) == true) - continue; - - ACE_CString lname (ACE_TEXT_ALWAYS_CHAR (dir_entry->d_name)); - ACE_stat stat_buf; - - if (ACE_OS::lstat (lname.c_str (), &stat_buf) == -1) - { - ACE_ERROR_RETURN ((LM_ERROR, - "DRV_sweep_dirs: ACE_OS::lstat (%C) failed\n", - lname.c_str ()), - -1); - } - - size_t len = 0; - - switch (stat_buf.st_mode & S_IFMT) - { - case S_IFREG: // Either a regular file or an executable. - len = lname.length (); - - if (len > 4 && lname.substr (len - 4) == ".idl") - { - if (!include_added) - { - ACE_CString incl_arg ("-I"); - incl_arg += bname; - DRV_cpp_putarg (incl_arg.c_str ()); - idl_global->add_rel_include_path (bname.c_str ()); - full_path = ACE_OS::realpath ("", abspath); - - if (full_path != 0) - { - idl_global->add_include_path (full_path, false); - } - - include_added = true; - } - - ACE_CString fname (bname); - fname += "/"; - fname += lname; - DRV_push_file (fname.c_str ()); - } - - break; - case S_IFDIR: // Subdirectory. - DRV_sweep_dirs (lname.c_str (), bname.c_str ()); - break; - case S_IFLNK: // Either a file link or directory link. - default: // Some other type of file (PIPE/FIFO/device). - break; - } - } - - // Move back up a level. - if (ACE_OS::chdir (DIR_DOT_DOT) == -1) - { - ACE_ERROR_RETURN ((LM_ERROR, - "DRV_sweep_dirs: chdir .. (from %C) failed\n", - rel_path), - -1); - } - - return 0; -} - -ACE_CString& -DRV_add_include_path (ACE_CString& include_path, const char *path, - const char *suffix, bool is_system) -{ - if (!path) - return include_path; - - const bool needToQuote= (('"' == *path) || ACE_OS::strchr (path, ' ')); - const size_t pathLength= ACE_OS::strlen (path); - const char -#if defined (ACE_WIN32) - nativeDir= '\\', - foreignDir= '/'; -#else - nativeDir= '/', - foreignDir= '\\'; -#endif - - // Eliminate possible enclosing quotes from the path, and since some compilers - // choke on double directory separators in paths, ensure that the path does not - // end with a directory slash. - include_path= - ACE_CString (path + ('"' == *path), // Skip leading Quote - pathLength - - ('"' == *path) // Don't count leading Quote - - ( (1uL < pathLength) && // Don't count trailing Quote XOR directory - ('"' == path [pathLength - 1uL] || - nativeDir == path [pathLength - 1uL] || - foreignDir == path [pathLength - 1uL] - ) ) - - ( (2uL < pathLength) && // Don't count trailing Quote AND directory - '"' == path [pathLength - 1uL] && - (nativeDir == path [pathLength - 2uL] || - foreignDir == path [pathLength - 2uL] - ) ) - ); - - if (suffix) - { - if (!include_path.length () && ((nativeDir == *suffix) || (foreignDir == *suffix))) - ++suffix; // Path is empty, don't add the suffix's leading directory seporator - - if (include_path.length () && *suffix && (nativeDir != *suffix) && (foreignDir != *suffix)) - include_path+= nativeDir; // Force a directory seporator - - // Add the suffix string to the path, ensuring that foreign directory slashes - // are added as the native type. - for ( ; *suffix; ++suffix) - include_path+= (foreignDir == *suffix) ? nativeDir : *suffix; - } - - // Build up the include string from the new path+suffix - ACE_CString include_option ("-I\"", 2 + needToQuote); - include_option+= include_path; - if (needToQuote) - include_option+= '"'; - - DRV_cpp_putarg (include_option.c_str ()); - idl_global->add_include_path (include_path.c_str (), is_system); - - return include_path; -} - -// Adds additional include paths, but after parse_args() has -// added user-defined include paths. -void -DRV_cpp_post_init (void) -{ - // Add include path for TAO_ROOT/orbsvcs. - char* TAO_ROOT = ACE_OS::getenv ("TAO_ROOT"); - - ACE_CString include_path3, include_path4, include_path5; - - // When adding new dirs here don't forget to update - // IDL_GlobalData::validate_orb_include accordingly. - if (TAO_ROOT != 0) - { - DRV_add_include_path (include_path3, TAO_ROOT, "/orbsvcs", true); - } - else - { - // If TAO_ROOT isn't defined, assume it's under ACE_ROOT. - char* ACE_ROOT = ACE_OS::getenv ("ACE_ROOT"); - - if (ACE_ROOT != 0) - { - DRV_add_include_path (include_path3, ACE_ROOT, "/TAO/orbsvcs", true); - } - else - { -#if defined (TAO_IDL_INCLUDE_DIR) - DRV_add_include_path (include_path3, - TAO_IDL_INCLUDE_DIR, - "/orbsvcs", - true); -#else - // If ACE_ROOT isn't defined either, there will already - // be a warning from DRV_preproc(). - DRV_add_include_path (include_path3, ".", 0, true); -#endif /* TAO_IDL_INCLUDE_DIR */ - } - } - - // Add include paths for CIAO_ROOT and CIAO_ROOT/ciao and ccm. - char* CIAO_ROOT = ACE_OS::getenv ("CIAO_ROOT"); - - // When adding new dirs here don't forget to update - // IDL_GlobalData::validate_orb_include accordingly. - if (CIAO_ROOT != 0) - { - DRV_add_include_path (include_path4, CIAO_ROOT, 0, true); - DRV_add_include_path (include_path5, CIAO_ROOT, "/ciao", true); - DRV_add_include_path (include_path5, CIAO_ROOT, "/ccm", true); - } - else if (TAO_ROOT != 0) - { - // If CIAO_ROOT hasn't been set, maybe it's nested under TAO_ROOT. - DRV_add_include_path (include_path4, TAO_ROOT, "/CIAO", true); - DRV_add_include_path (include_path5, TAO_ROOT, "/CIAO/ciao", true); - DRV_add_include_path (include_path5, TAO_ROOT, "/CIAO/ccm", true); - } - else - { - // If TAO_ROOT hasn't been set, try ACE_ROOT. - char* ACE_ROOT = ACE_OS::getenv ("ACE_ROOT"); - - if (ACE_ROOT != 0) - { - DRV_add_include_path (include_path4, ACE_ROOT, "/TAO/CIAO", true); - DRV_add_include_path (include_path5, ACE_ROOT, "/TAO/CIAO/ciao", true); - DRV_add_include_path (include_path5, ACE_ROOT, "/TAO/CIAO/ccm", true); - } - else - { -#if defined (TAO_IDL_INCLUDE_DIR) - DRV_add_include_path (include_path4, - TAO_IDL_INCLUDE_DIR, - 0, - true); - DRV_add_include_path (include_path5, - TAO_IDL_INCLUDE_DIR, - "/ciao", - true); - DRV_add_include_path (include_path5, - TAO_IDL_INCLUDE_DIR, - "/ccm", - true); -#else - // If ACE_ROOT isn't defined either, there will already - // be a warning from DRV_preproc(). - DRV_add_include_path (include_path4, ACE_ROOT, ".", true); - DRV_add_include_path (include_path5, ACE_ROOT, ".", true); -#endif /* TAO_IDL_INCLUDE_DIR */ - } - } - - // Save path of current directory, in case the call to DRV_sweep_dirs() - // below is not a no-op - then the current working directory will - // have to be restored. - char cwd_path[MAXPATHLEN]; - if (ACE_OS::getcwd (cwd_path, sizeof (cwd_path)) == 0) - { - ACE_ERROR ((LM_ERROR, - "DRV_cpp_post_init: ACE_OS::getcwd failed\n")); - - throw Bailout (); - } - - // If first arg is non-zero, adds an include path and filename - // for every IDL file found in all subdirectories. This is a - // no-op for most backends. - if (DRV_sweep_dirs (idl_global->recursion_start (), "") == -1) - { - ACE_ERROR ((LM_ERROR, - "DRV_cpp_post_init: DRV_sweep_dirs (%C) failed\n", - idl_global->recursion_start ())); - - throw Bailout (); - } - - // This is redundant for most backends, but not if the call to - // DRV_sweep_dirs() above is more than a no-op. - if (ACE_OS::chdir (cwd_path) == -1) - { - ACE_ERROR ((LM_ERROR, - "DRV_cpp_post_init: ACE_OS::chdir (%C) failed\n", - cwd_path)); - - throw Bailout (); - } -} - -namespace // local/internal helper function -{ - // Advances the input char buffer to the first non-white - // space character, handles /**/ comments as well. - char - DRV_skip_over_white_spaces (const char *&input) - { - while (*input) - { - // Skip the spaces, tabs, vertical-tabs and form feeds. - while (' ' == *input || - '\t' == *input || - '\v' == *input || - '\f' == *input ) - { - ++input; - } - - // Skip any "/*...*/" inline comments - // (Note we can't cope with fully multi-line comments since we - // are scanning only single lines at a time here.) - if ('/' != *input) - { - // This is the first non-white space character (could be - // end of line). - return *input; - } - if ('*' != *++input) - { - // Wasn't the start of a comment so / was the first non-white space character. - return *--input; - } - - // Skip over the contents of the comment (if we reach the end of the input - // line we have no option but to concider the comment closed, bummer). - do - { - // Looking for the closing "*/" characters - while ('*' != *++input && *input) - {} - while ('*' == *input) - { - ++input; - } - } while ('/' != *input && *input); - if ('/' == *input) - { - ++input; - } - } - - return '\0'; // Reached end of line. - } - - // Checks for and skips over #include, positions buffer - // at the leading quote character of the filename if - // #include is found. - bool - DRV_find_include_filename (const char *&input) - { - // Must have initial # character - if ('#' != DRV_skip_over_white_spaces (input)) - { - return false; - } - // Only want #include to match - const char *include_str = "include"; - if (*include_str != DRV_skip_over_white_spaces (++input)) - { - return false; - } - while (*++include_str == *++input && *input) - {} - if (*include_str || !*input) - { - return false; // Not #include (or it ends before filename given) - } - - // Next thing is finding the file that has been `#include'd. Skip - // over to the starting " or < character. - const char start_char = DRV_skip_over_white_spaces (input); - return ('"' == start_char || '<' == start_char); - } - - // We really need to know whether this line is a "#include ...". If - // so, we would like to separate the "file name" and keep that in the - // idl_global. We need them to produce "#include's in the stubs and - // skeletons. - void - DRV_check_for_include (const char* buf) - { - if (!DRV_find_include_filename (buf)) - { - return; - } - - // Skip over this leading " or < and copy the filename upto the - // closing " or > character. - const char - start_char = *buf++, - end_char = ('<' == start_char) ? '>' : start_char; - char - incl_file[MAXPATHLEN + 1], - *fi = incl_file; - while (*buf && *buf != end_char) - { - // Put Microsoft-style pathnames into a canonical form. - if ('\\' == buf[0] && '\\' == buf [1]) - { - ++buf; - } - *fi++ = *buf++; - if (fi == incl_file + sizeof(incl_file)-1) - { - break; // Safety valve, filename given was too long! - } - } - *fi= '\0'; - const size_t len = fi - incl_file; - if (!len) - { - return; // Null filename not allowed. - } - - ACE_CString const name_str (incl_file); - ACE_CString const simple ("orb.idl"); - ACE_CString const nix_path ("tao/orb.idl"); - ACE_CString const win_path ("tao\\orb.idl"); - - // Some backends pass this file through, others don't. - if (name_str == simple || name_str == nix_path || name_str == win_path) - { - if (idl_global->pass_orb_idl ()) - { - idl_global->add_to_included_idl_files (incl_file); - } - else - { - DRV_get_orb_idl_includes (); - } - } - - // We have special lookup for orb.idl (TAO_ROOT/tao) that - // also kicks in for .pidl files. If one of the latter is - // included as a local name only, we add the 'tao/' prefix - // so the generated C++ include files will be correct. - else if ((5 <= len && !ACE_OS::strcmp (incl_file + len - 5, ".pidl")) - && ACE_OS::strchr (incl_file, '/') == 0 - && ACE_OS::strchr (incl_file, '\\') == 0) - { - ACE_CString fixed_name ("tao/"); - fixed_name += incl_file; - - idl_global->add_to_included_idl_files (fixed_name.rep ()); - } - else - { - idl_global->add_to_included_idl_files (incl_file); - } - } - - // This method turns a line like '#include "a.idl"' into the - // line '#include <a.idl>' - void - DRV_convert_includes (char *buf) - { - const char *input = buf; - if (!DRV_find_include_filename (input) || '"' != *input) - { - return; // Only interested in #include "" type - } - buf = const_cast<char *> (input); - - // Find the closing '"' character. - char *open_quote= buf; - while ('"' != *++buf && *buf) - { - if ('>' == *buf) - { - return; // Can't change to #include <> as it has a > character in the filename! - } - } - if ('"' == *buf) - { - // Replace the quotes with angle brackets. - *open_quote = '<'; - *buf = '>'; - } - } -} // End of local/internal namespace - -void -DRV_get_orb_idl_includes (void) -{ - static char const orb_idl[] = "tao/orb.idl"; - - // Search for orb.idl in supplied include file search paths. - char const * directory = 0; - FILE * fp = idl_global->open_included_file (orb_idl, directory); - - if (fp == 0) - { - // Fall back on $TAO_ROOT/tao/orb.idl if orb.idl is not in the - // include path. - ACE_CString orb_idl_path (ACE_CString (idl_global->tao_root ()) - + ACE_CString ('/') - + ACE_CString (orb_idl)); - - fp = ACE_OS::fopen (orb_idl_path.c_str (), "r"); - - if (fp == 0) - { - ACE_ERROR ((LM_ERROR, - "TAO_IDL: cannot open or find file: %C\n", - orb_idl_path.c_str ())); - - throw Bailout (); - } - } - else - { - // Make sure the include directory containing orb.idl is passed - // to the preprocessor. - // This should go after user supplied include paths. - ACE_CString include_path_arg; - DRV_add_include_path (include_path_arg, directory, "/tao", true); - } - - while (DRV_get_line (fp)) - { - // Find the included .pidl files in orb.idl and add them to the - // included IDL file list. - DRV_check_for_include (drv_line); - } - - ACE_OS::fclose (fp); -} - -// Strip down a name to the last component, -// i.e. everything after the last '/' or '\' character. -static char * -DRV_stripped_name (char *fn) -{ - char *n = fn; - size_t l; - - if (n == 0) - { - return 0; - } - - l = ACE_OS::strlen (n); - int slash_found = 0; - - for (n += l - 1; n >= fn && !slash_found; n--) - { - slash_found = (*n == '/' || *n == '\\'); - } - - n += 1; - - if (slash_found) - { - n += 1; - } - - return n; -} - -static void -DRV_check_file_for_includes (const char *filename) -{ - FILE * const fin = ACE_OS::fopen (filename, "r"); - if (fin == 0) - { - ACE_ERROR ((LM_ERROR, - "%C: cannot open input file\n", - idl_global->prog_name ())); - - throw Bailout (); - } - - while (DRV_get_line (fin)) - { - DRV_convert_includes (drv_line); - - // We really need to know whether this line is a "#include - // ...". If so, we would like to separate the "file name" and - // keep that in the idl_global. We need them to produce - // "#include's in the stubs and skeletons. - DRV_check_for_include (drv_line); - } - - ACE_OS::fclose(fin); -} - -// Pass input through preprocessor. -void -DRV_pre_proc (const char *myfile) -{ - DRV_check_file_for_includes (myfile); - -#if defined (ACE_OPENVMS) - { - char main_abspath[MAXPATHLEN] = ""; - char trans_path[MAXPATHLEN] = ""; - char *main_fullpath = - ACE_OS::realpath (IDL_GlobalData::translateName (myfile, trans_path), - main_abspath); - idl_global->set_main_filename ( - idl_global->utl_string_factory (main_fullpath)); - } -#else - idl_global->set_main_filename (idl_global->utl_string_factory (myfile)); -#endif - - ACE_Auto_String_Free safety (ACE_OS::strdup (myfile)); - UTL_String *tmp = - idl_global->utl_string_factory (DRV_stripped_name (safety.get ())); - idl_global->set_stripped_filename (tmp); - - idl_global->set_real_filename (idl_global->utl_string_factory (myfile)); //t_ifile)); - - DRV_cpp_putarg (myfile); - - char * tmp_arglist [DRV_MAX_ARGCOUNT] = { 0 }; - - for (size_t i = 0; i < DRV_argcount; ++i) - { - tmp_arglist[i] = ACE::strnew (ACE_TEXT_ALWAYS_CHAR (DRV_arglist[i])); - } - - // tell mcpp to use memory buffers, instead of an output file. - mcpp_use_mem_buffers(1); - - if (mcpp_lib_main (DRV_argcount, tmp_arglist) != 0) - { - ACE_ERROR ((LM_ERROR, - "%C: mcpp preprocessor execution failed:\n%C", - idl_global->prog_name (), - mcpp_get_mem_buffer (ERR))); - throw Bailout (); - } - - for (size_t i = 0; i < DRV_argcount; ++i) - delete tmp_arglist[i]; - - // Remove the null termination and the input file from the DRV_arglist, - // the next file will the previous args. - DRV_argcount -= 2; - ACE::strdelete (const_cast<ACE_TCHAR *> (DRV_arglist[DRV_argcount])); - DRV_arglist[DRV_argcount] = 0; - - char * yyin = mcpp_get_mem_buffer(OUT); - - - if (yyin == 0) - { - ACE_ERROR ((LM_ERROR, - "%C: Could not retrieve preprocessed buffer\n%C", - idl_global->prog_name (), - mcpp_get_mem_buffer(ERR))); - - throw Bailout (); - } - - FE_set_yyin (yyin); - - if (idl_global->compile_flags () & IDL_CF_ONLY_PREPROC) - { -// char buffer[ACE_MAXLOGMSGLEN]; -// size_t bytes; - - // ACE_DEBUG sends to stderr - we want stdout for this dump - // of the preprocessor output. So we modify the singleton that - // was created in this process. Since IDL_CF_ONLY_PREPROC causes - // an (almost) immediate exit below, we don't have to restore - // the singleton's default parameters. - ACE_Log_Msg *out = ACE_Log_Msg::instance (); - out->msg_ostream (&cout); - out->clr_flags (ACE_Log_Msg::STDERR); - out->set_flags (ACE_Log_Msg::OSTREAM); - - size_t end = ACE_OS::strlen (yyin); - - for (size_t i = 0; i < end; i += ACE_MAXLOGMSGLEN) - { - ACE_DEBUG ((LM_DEBUG, "%C", - yyin + i)); - } - /* - while ((bytes = ACE_OS::fread (buffer, - sizeof (char), - ACE_MAXLOGMSGLEN - 1, - preproc)) - != 0) - { - buffer[bytes] = 0; - - ACE_DEBUG ((LM_DEBUG, - buffer)); - } - - ACE_OS::fclose (preproc);*/ - } - // need to free buffers? -} diff --git a/TAO/TAO_IDL/fe/mcpp_tao_yyinput.h b/TAO/TAO_IDL/fe/mcpp_tao_yyinput.h deleted file mode 100644 index 888c725ca75..00000000000 --- a/TAO/TAO_IDL/fe/mcpp_tao_yyinput.h +++ /dev/null @@ -1,28 +0,0 @@ -/** $Id$ - * @file mcpp_tao_yyinput.h - * @author William R. Otte <wotte@dre.vanderbilt.edu> - * - * Provides a YY_INPUT macro which enables lexing from an in-memory buffer - * instead of a file. - */ - -#ifndef MCPP_YYINPUT_H -#define MCPP_YYINPUT_H - -extern char *tao_preproc_buffer; -extern int tao_preproc_buffer_length; -extern int tao_preproc_buffer_pos; - -#define TAO_YY_INPUT(buf,result,max_size) \ - { \ - result = 0; \ - while ((tao_preproc_buffer_pos < tao_preproc_buffer_length) && \ - ((size_t) result < (size_t) max_size)) \ - { \ - buf[result] = tao_preproc_buffer[tao_preproc_buffer_pos]; \ - ++tao_preproc_buffer_pos; \ - ++result; \ - } \ - if (result == 0) result = TAO_YY_NULL;} \ - -#endif /* MCPP_YYINPUT_H */ diff --git a/TAO/TAO_IDL/tao_idl.mpc b/TAO/TAO_IDL/tao_idl.mpc index ae70329cbdf..0b023ae1f41 100644 --- a/TAO/TAO_IDL/tao_idl.mpc +++ b/TAO/TAO_IDL/tao_idl.mpc @@ -1,7 +1,7 @@ -// -*- MPC -*- +// -*- MPC -*-cr // $Id$ -project(TAO_IDL_EXE) : aceexe, install, tao_output, crosscompile, mcpp, tao_idl_mcpp_local, tao_idl_fe { +project(TAO_IDL_EXE) : aceexe, install, tao_output, crosscompile, tao_idl_fe { exename = tao_idl libs += TAO_IDL_BE exeout = $(ACE_ROOT)/bin @@ -42,6 +42,7 @@ project(TAO_IDL_EXE) : aceexe, install, tao_output, crosscompile, mcpp, tao_idl_ Source_Files { driver/drv_args.cpp + driver/drv_preproc.cpp tao_idl.cpp } diff --git a/TAO/TAO_IDL/tao_idl_fe.mpc b/TAO/TAO_IDL/tao_idl_fe.mpc index 7c931711a11..f9fae09de1c 100644 --- a/TAO/TAO_IDL/tao_idl_fe.mpc +++ b/TAO/TAO_IDL/tao_idl_fe.mpc @@ -83,7 +83,7 @@ project(TAO_IDL_GEN) { } } -project(TAO_IDL_FE) : acelib, conv_lib, tao_output, fe_mcpp { +project(TAO_IDL_FE) : acelib, conv_lib, tao_output { sharedname = TAO_IDL_FE dynamicflags = TAO_IDL_FE_BUILD_DLL includes += $(TAO_ROOT) diff --git a/TAO/TAO_IDL/tao_idl_mcpp_local.mpb b/TAO/TAO_IDL/tao_idl_mcpp_local.mpb deleted file mode 100644 index bbc9bcd1114..00000000000 --- a/TAO/TAO_IDL/tao_idl_mcpp_local.mpb +++ /dev/null @@ -1,14 +0,0 @@ -// $Id$ -feature(mcpp) : mcpp { - macros += USE_MCPP_BUFFER_LEXING ACE_USE - macros += ACE_USING_MCPP_PREPROCESSOR - Source_Files { - driver/drv_mcpp_preproc.cpp - } -} - -feature(!mcpp) { - Source_Files { - driver/drv_preproc.cpp - } -} |