#
# CDDL HEADER START
#
# The contents of this file are subject to the terms of the
# Common Development and Distribution License (the "License").
# You may not use this file except in compliance with the License.
#
# You can obtain a copy of the license at usr/src/OPENSOLARIS.LICENSE
# or http://www.opensolaris.org/os/licensing.
# See the License for the specific language governing permissions
# and limitations under the License.
#
# When distributing Covered Code, include this CDDL HEADER in each
# file and include the License file at usr/src/OPENSOLARIS.LICENSE.
# If applicable, add the following below this CDDL HEADER, with the
# fields enclosed by brackets "[]" replaced with your own identifying
# information: Portions Copyright [yyyy] [name of copyright owner]
#
# CDDL HEADER END
#

#
# Copyright 2006 Sun Microsystems, Inc.  All rights reserved.
# Use is subject to license terms.
#
# ident	"%Z%%M%	%I%	%E% SMI"
#

include		$(SRC)/cmd/sgs/Makefile.sub
#
# CDDL HEADER START
#
# The contents of this file are subject to the terms of the
# Common Development and Distribution License (the "License").
# You may not use this file except in compliance with the License.
#
# You can obtain a copy of the license at usr/src/OPENSOLARIS.LICENSE
# or http://www.opensolaris.org/os/licensing.
# See the License for the specific language governing permissions
# and limitations under the License.
#
# When distributing Covered Code, include this CDDL HEADER in each
# file and include the License file at usr/src/OPENSOLARIS.LICENSE.
# If applicable, add the following below this CDDL HEADER, with the
# fields enclosed by brackets "[]" replaced with your own identifying
# information: Portions Copyright [yyyy] [name of copyright owner]
#
# CDDL HEADER END
#

#
# Copyright (c) 1994, 2010, Oracle and/or its affiliates. All rights reserved.
# Copyright 2016 RackTop Systems.
# Copyright 2019 OmniOS Community Edition (OmniOSce) Association.
#

LIBRARY =	liblddbg.a
VERS =		.4

COMOBJS =	args.o		audit.o		basic.o		debug.o \
		syminfo.o	tls.o

COMOBJS32 =	bindings32.o	cap32.o		dlfcns32.o	dynamic32.o \
		elf32.o		entry32.o	files32.o	got32.o \
		libs32.o	map32.o		move32.o	phdr32.o \
		relocate32.o	sections32.o	segments32.o	shdr32.o \
		statistics32.o	support32.o	syms32.o	unused32.o \
		util32.o	version32.o

COMOBJS64 =	bindings64.o	cap64.o		dlfcns64.o	dynamic64.o \
		elf64.o		entry64.o	files64.o	got64.o \
		libs64.o	map64.o		move64.o	phdr64.o \
		relocate64.o	sections64.o	segments64.o	shdr64.o \
		statistics64.o	support64.o	syms64.o	unused64.o \
		util64.o	version64.o

BLTOBJ =	msg.o

SGSCOMMONOBJ =	alist.o

OBJECTS =	$(BLTOBJ) $(COMOBJS) $(COMOBJS32) $(COMOBJS64) $(SGSCOMMONOBJ)


include		$(SRC)/lib/Makefile.lib
include		$(SRC)/lib/Makefile.rootfs
include		$(SRC)/cmd/sgs/Makefile.com

LIBS =		$(DYNLIB)

# Hammerhead: removed stale COMPATLINKS/COMPATLINKS64 overrides.
# Makefile.rootfs sets correct COMPATLINKS for flattened layout.

SRCDIR =	$(SGSHOME)/liblddbg
MAPFILEDIR =	$(SRCDIR)/common

CERRWARN +=	-Wno-unused-value
CERRWARN +=	$(CNOWARN_UNINIT)
CERRWARN +=	-Wno-parentheses

CPPFLAGS +=	-I$(SRC)/lib/libc/inc
DYNFLAGS +=	$(VERSREF) '-R$$ORIGIN'
# Hammerhead: -ldl needed because libconv (static archive) contains demangle.o
# which calls dlopen/dlsym for C++ symbol demangling
LDLIBS +=	$(CONVLIBDIR) -lconv -ldl -lc

BLTDEFS =	msg.h
BLTDATA =	msg.c
BLTMESG =	$(SGSMSGDIR)/liblddbg

BLTFILES =	$(BLTDEFS) $(BLTDATA) $(BLTMESG)

SGSMSGCOM =	$(SRCDIR)/common/liblddbg.msg
SGSMSGALL =	$(SGSMSGCOM)
SGSMSGTARG =	$(SGSMSGCOM)
SGSMSGFLAGS +=	-h $(BLTDEFS) -d $(BLTDATA) -m $(BLTMESG) -n liblddbg_msg

CHKSRCS =	$(COMOBJS32:%32.o=$(SRCDIR)/common/%.c)

LIBSRCS =	$(COMOBJS:%.o=$(SRCDIR)/common/%.c) \
		$(SGSCOMMONOBJ:%.o=$(SGSCOMMON)/%.c) $(BLTDATA)

CLEANFILES +=	$(BLTFILES)
CLOBBERFILES +=	$(DYNLIB) $(LIBLINKS)

#
# CDDL HEADER START
#
# The contents of this file are subject to the terms of the
# Common Development and Distribution License (the "License").
# You may not use this file except in compliance with the License.
#
# You can obtain a copy of the license at usr/src/OPENSOLARIS.LICENSE
# or http://www.opensolaris.org/os/licensing.
# See the License for the specific language governing permissions
# and limitations under the License.
#
# When distributing Covered Code, include this CDDL HEADER in each
# file and include the License file at usr/src/OPENSOLARIS.LICENSE.
# If applicable, add the following below this CDDL HEADER, with the
# fields enclosed by brackets "[]" replaced with your own identifying
# information: Portions Copyright [yyyy] [name of copyright owner]
#
# CDDL HEADER END
#
#
# Copyright 2006 Sun Microsystems, Inc.  All rights reserved.
# Use is subject to license terms.
#
# Copyright 2016 RackTop Systems.
# Copyright 2019 OmniOS Community Edition (OmniOSce) Association.
#

pics/%.o:	$(SRCDIR)/common/%.c
		$(COMPILE.c) -o $@ $<
		$(POST_PROCESS_O)

pics/%.o:	$(SGSCOMMON)/%.c
		$(COMPILE.c) -o $@ $<
		$(POST_PROCESS_O)

pics/%32.o:	$(SRCDIR)/common/%.c
		$(COMPILE.c) -o $@ $<
		$(POST_PROCESS_O)

pics/%64.o:	$(SRCDIR)/common/%.c
		$(COMPILE.c) -D_ELF64 -o $@ $<
		$(POST_PROCESS_O)

$(LIBLINKS):
		-$(RM) $@; $(SYMLINK) $(DYNLIB) $@

$(PICS):	pics

include		$(SRC)/lib/Makefile.targ

# Derived source and header files (messaging).

catalog:	$(BLTMESG)

chkmsg:		$(LIBSRCS) $(CHKSRCS)
		sh $(CHKMSG) $(CHKMSGFLAGS) $(LIBSRCS) $(CHKSRCS)

# Hammerhead: Ensure messages directory exists, use grouped target syntax
$(SGSMSGDIR):
		$(MKDIR) -p $@

$(BLTDEFS) $(BLTDATA) $(BLTMESG) &: $(SGSMSGALL) | $(SGSMSGDIR)
		$(SGSMSG) $(SGSMSGFLAGS) $(SGSMSGALL)
#
# CDDL HEADER START
#
# The contents of this file are subject to the terms of the
# Common Development and Distribution License (the "License").
# You may not use this file except in compliance with the License.
#
# You can obtain a copy of the license at usr/src/OPENSOLARIS.LICENSE
# or http://www.opensolaris.org/os/licensing.
# See the License for the specific language governing permissions
# and limitations under the License.
#
# When distributing Covered Code, include this CDDL HEADER in each
# file and include the License file at usr/src/OPENSOLARIS.LICENSE.
# If applicable, add the following below this CDDL HEADER, with the
# fields enclosed by brackets "[]" replaced with your own identifying
# information: Portions Copyright [yyyy] [name of copyright owner]
#
# CDDL HEADER END
#

#
# Copyright (c) 1999, 2010, Oracle and/or its affiliates. All rights reserved.
# Copyright 2019 OmniOS Community Edition (OmniOSce) Association.
#

include		../Makefile.com

CONVLIBDIR =	$(CONVLIBDIR64)

.KEEP_STATE:

$(ROOTFS_DYNLIB64) :	FILEMODE= 755

all:		$(DYNLIB) $(LIBLINKS)

install:	all $(ROOTLIBS64) $(ROOTCOMPATLINKS64)

include		../Makefile.targ
include		$(SRC)/Makefile.master.64
/*
 * CDDL HEADER START
 *
 * The contents of this file are subject to the terms of the
 * Common Development and Distribution License (the "License").
 * You may not use this file except in compliance with the License.
 *
 * You can obtain a copy of the license at usr/src/OPENSOLARIS.LICENSE
 * or http://www.opensolaris.org/os/licensing.
 * See the License for the specific language governing permissions
 * and limitations under the License.
 *
 * When distributing Covered Code, include this CDDL HEADER in each
 * file and include the License file at usr/src/OPENSOLARIS.LICENSE.
 * If applicable, add the following below this CDDL HEADER, with the
 * fields enclosed by brackets "[]" replaced with your own identifying
 * information: Portions Copyright [yyyy] [name of copyright owner]
 *
 * CDDL HEADER END
 */

/*
 * Copyright 2010 Sun Microsystems, Inc.  All rights reserved.
 * Use is subject to license terms.
 */

#ifndef	_DEBUG_DOT_H
#define	_DEBUG_DOT_H

#include <debug.h>
#include <conv.h>

#ifdef	__cplusplus
extern "C" {
#endif

/*
 * Debugging is enabled by various tokens (see debug.c) that result in an
 * internal bit mask (d_class) being initialized.  Each debugging function is
 * appropriate for one or more of the classes specified by the bit mask.  Each
 * debugging function validates whether it is appropriate for the present
 * classes before printing anything.
 */
#define	DBG_NOTCLASS(c)	!(dbg_desc->d_class & (c))

#define	DBG_C_ARGS	0x00000001
#define	DBG_C_AUDITING	0x00000002
#define	DBG_C_BASIC	0x00000004
#define	DBG_C_BINDINGS	0x00000008
#define	DBG_C_CAP	0x00000010
#define	DBG_C_DEMANGLE	0x00000020
#define	DBG_C_ENTRY	0x00000040
#define	DBG_C_FILES	0x00000080
#define	DBG_C_GOT	0x00000100
#define	DBG_C_INIT	0x00000200
#define	DBG_C_LIBS	0x00000400
#define	DBG_C_MAP	0x00000800
#define	DBG_C_MOVE	0x00001000
#define	DBG_C_RELOC	0x00002000
#define	DBG_C_SECTIONS	0x00004000
#define	DBG_C_SEGMENTS	0x00008000
#define	DBG_C_STATS	0x00010000
#define	DBG_C_STRTAB	0x00020000
#define	DBG_C_SUPPORT	0x00040000
#define	DBG_C_SYMBOLS	0x00080000
#define	DBG_C_TLS	0x00100000
#define	DBG_C_UNUSED	0x00200000
#define	DBG_C_VERSIONS	0x00400000
#define	DBG_C_DL	0x00800000


#define	DBG_C_ALL	0xffffffff

typedef struct {
	const char	*o_name;	/* command line argument name */
	uint_t		o_class;	/* associated class for this name */
	uint_t		o_extra;	/* associated extra for this name */
} DBG_options;

#define	AL_CNT_DEBUG	4

/*
 * Some Dbg_*() format strings differ depending on whether they are used for
 * 32-bit or 64-bit values.
 */
#if	defined(_ELF64)

#define	MSG_EDATA_TITLE		MSG_EDATA_TITLE_64
#define	MSG_EDATA_ENTRY		MSG_EDATA_ENTRY_64

#else

#define	MSG_EDATA_TITLE		MSG_EDATA_TITLE_32
#define	MSG_EDATA_ENTRY		MSG_EDATA_ENTRY_32

#endif

/*
 * Some Elf_*() format strings differ depending on whether they are used for
 * 32-bit or 64-bit values.
 */
#if	defined(_ELF64)

#define	MSG_DL_IPHDR_ADDR	MSG_DL_IPHDR_ADDR_64
#define	MSG_DL_IPHDR_PHDR	MSG_DL_IPHDR_PHDR_64

#define	MSG_GOT_TITLE		MSG_GOT_TITLE_64
#define	MSG_GOT_ENTRY_RE	MSG_GOT_ENTRY_RE_64
#define	MSG_GOT_ENTRY_NR	MSG_GOT_ENTRY_NR_64
#define	MSG_GOT_COLUMNS1	MSG_GOT_COLUMNS1_64
#define	MSG_GOT_COLUMNS2	MSG_GOT_COLUMNS2_64
#define	MSG_GOT_FORMAT1		MSG_GOT_FORMAT1_64
#define	MSG_GOT_FORMAT2		MSG_GOT_FORMAT2_64

#define	MSG_PHD_VADDR		MSG_PHD_VADDR_64
#define	MSG_PHD_PADDR		MSG_PHD_PADDR_64
#define	MSG_PHD_FILESZ		MSG_PHD_FILESZ_64
#define	MSG_PHD_OFFSET		MSG_PHD_OFFSET_64

#define	MSG_REL_EFSA_TITLE	MSG_REL_EFSA_TITLE_64
#define	MSG_REL_EFLA_TITLE	MSG_REL_EFLA_TITLE_64
#define	MSG_REL_EFSN_TITLE	MSG_REL_EFSN_TITLE_64
#define	MSG_REL_EFLN_TITLE	MSG_REL_EFLN_TITLE_64
#define	MSG_REL_EFSA_ENTRY	MSG_REL_EFSA_ENTRY_64
#define	MSG_REL_EFLA_ENTRY	MSG_REL_EFLA_ENTRY_64
#define	MSG_REL_EFSN_ENTRY	MSG_REL_EFSN_ENTRY_64
#define	MSG_REL_EFLN_ENTRY	MSG_REL_EFLN_ENTRY_64
#define	MSG_REL_RT_APLREG	MSG_REL_RT_APLREG_64
#define	MSG_REL_RT_APLVAL	MSG_REL_RT_APLVAL_64
#define	MSG_REL_RTA_TITLE	MSG_REL_RTA_TITLE_64
#define	MSG_REL_RTN_TITLE	MSG_REL_RTN_TITLE_64
#define	MSG_REL_RTV_TITLE	MSG_REL_RTV_TITLE_64
#define	MSG_REL_RTA_ENTRY	MSG_REL_RTA_ENTRY_64
#define	MSG_REL_RTN_ENTRY	MSG_REL_RTN_ENTRY_64
#define	MSG_REL_LDSA_TITLE	MSG_REL_LDSA_TITLE_64
#define	MSG_REL_LDSN_TITLE	MSG_REL_LDSN_TITLE_64
#define	MSG_REL_LDSA_ENTRY	MSG_REL_LDSA_ENTRY_64
#define	MSG_REL_LDSN_ENTRY	MSG_REL_LDSN_ENTRY_64
#define	MSG_REL_LDSV_TITLE	MSG_REL_LDSV_TITLE_64
#define	MSG_REL_LDSV_ENTRY	MSG_REL_LDSV_ENTRY_64
#define	MSG_REL_LDLA_TITLE	MSG_REL_LDLA_TITLE_64
#define	MSG_REL_LDLN_TITLE	MSG_REL_LDLN_TITLE_64
#define	MSG_REL_LDLA_ENTRY	MSG_REL_LDLA_ENTRY_64
#define	MSG_REL_LDLN_ENTRY	MSG_REL_LDLN_ENTRY_64
#define	MSG_REL_LDLV_TITLE	MSG_REL_LDLV_TITLE_64
#define	MSG_REL_LDLV_ENTRY	MSG_REL_LDLV_ENTRY_64

#define	MSG_SHD_ADDR		MSG_SHD_ADDR_64
#define	MSG_SHD_SIZE		MSG_SHD_SIZE_64
#define	MSG_SHD_OFFSET		MSG_SHD_OFFSET_64
#define	MSG_SHD_OFFSET_ENT	MSG_SHD_OFFSET_ENT_64
#define	MSG_SHD_ALIGN		MSG_SHD_ALIGN_64
#define	MSG_SHD_LINK		MSG_SHD_LINK_64

#define	MSG_SYM_EFS_ENTRY	MSG_SYM_EFS_ENTRY_64
#define	MSG_SYM_EFL_ENTRY	MSG_SYM_EFL_ENTRY_64
#define	MSG_SYM_EFS_TITLE	MSG_SYM_EFS_TITLE_64
#define	MSG_SYM_EFL_TITLE	MSG_SYM_EFL_TITLE_64
#define	MSG_SYM_LDS_TITLE	MSG_SYM_LDS_TITLE_64
#define	MSG_SYM_LDL_TITLE	MSG_SYM_LDL_TITLE_64

#else

#define	MSG_DL_IPHDR_ADDR	MSG_DL_IPHDR_ADDR_32
#define	MSG_DL_IPHDR_PHDR	MSG_DL_IPHDR_PHDR_32

#define	MSG_GOT_TITLE		MSG_GOT_TITLE_32
#define	MSG_GOT_ENTRY_RE	MSG_GOT_ENTRY_RE_32
#define	MSG_GOT_ENTRY_NR	MSG_GOT_ENTRY_NR_32
#define	MSG_GOT_COLUMNS1	MSG_GOT_COLUMNS1_32
#define	MSG_GOT_COLUMNS2	MSG_GOT_COLUMNS2_32
#define	MSG_GOT_FORMAT1		MSG_GOT_FORMAT1_32
#define	MSG_GOT_FORMAT2		MSG_GOT_FORMAT2_32

#define	MSG_PHD_VADDR		MSG_PHD_VADDR_32
#define	MSG_PHD_PADDR		MSG_PHD_PADDR_32
#define	MSG_PHD_FILESZ		MSG_PHD_FILESZ_32
#define	MSG_PHD_OFFSET		MSG_PHD_OFFSET_32

#define	MSG_REL_EFSA_TITLE	MSG_REL_EFSA_TITLE_32
#define	MSG_REL_EFLA_TITLE	MSG_REL_EFLA_TITLE_32
#define	MSG_REL_EFSN_TITLE	MSG_REL_EFSN_TITLE_32
#define	MSG_REL_EFLN_TITLE	MSG_REL_EFLN_TITLE_32
#define	MSG_REL_EFSA_ENTRY	MSG_REL_EFSA_ENTRY_32
#define	MSG_REL_EFLA_ENTRY	MSG_REL_EFLA_ENTRY_32
#define	MSG_REL_EFSN_ENTRY	MSG_REL_EFSN_ENTRY_32
#define	MSG_REL_EFLN_ENTRY	MSG_REL_EFLN_ENTRY_32
#define	MSG_REL_RT_APLREG	MSG_REL_RT_APLREG_32
#define	MSG_REL_RT_APLVAL	MSG_REL_RT_APLVAL_32
#define	MSG_REL_RTA_TITLE	MSG_REL_RTA_TITLE_32
#define	MSG_REL_RTN_TITLE	MSG_REL_RTN_TITLE_32
#define	MSG_REL_RTV_TITLE	MSG_REL_RTV_TITLE_32
#define	MSG_REL_RTA_ENTRY	MSG_REL_RTA_ENTRY_32
#define	MSG_REL_RTN_ENTRY	MSG_REL_RTN_ENTRY_32
#define	MSG_REL_LDSA_TITLE	MSG_REL_LDSA_TITLE_32
#define	MSG_REL_LDSN_TITLE	MSG_REL_LDSN_TITLE_32
#define	MSG_REL_LDSA_ENTRY	MSG_REL_LDSA_ENTRY_32
#define	MSG_REL_LDSN_ENTRY	MSG_REL_LDSN_ENTRY_32
#define	MSG_REL_LDSV_TITLE	MSG_REL_LDSV_TITLE_32
#define	MSG_REL_LDSV_ENTRY	MSG_REL_LDSV_ENTRY_32
#define	MSG_REL_LDLA_TITLE	MSG_REL_LDLA_TITLE_32
#define	MSG_REL_LDLN_TITLE	MSG_REL_LDLN_TITLE_32
#define	MSG_REL_LDLA_ENTRY	MSG_REL_LDLA_ENTRY_32
#define	MSG_REL_LDLN_ENTRY	MSG_REL_LDLN_ENTRY_32
#define	MSG_REL_LDLV_TITLE	MSG_REL_LDLV_TITLE_32
#define	MSG_REL_LDLV_ENTRY	MSG_REL_LDLV_ENTRY_32

#define	MSG_SHD_ADDR		MSG_SHD_ADDR_32
#define	MSG_SHD_SIZE		MSG_SHD_SIZE_32
#define	MSG_SHD_OFFSET		MSG_SHD_OFFSET_32
#define	MSG_SHD_OFFSET_ENT	MSG_SHD_OFFSET_ENT_32
#define	MSG_SHD_ALIGN		MSG_SHD_ALIGN_32
#define	MSG_SHD_LINK		MSG_SHD_LINK_32

#define	MSG_SYM_EFS_ENTRY	MSG_SYM_EFS_ENTRY_32
#define	MSG_SYM_EFL_ENTRY	MSG_SYM_EFL_ENTRY_32
#define	MSG_SYM_EFS_TITLE	MSG_SYM_EFS_TITLE_32
#define	MSG_SYM_EFL_TITLE	MSG_SYM_EFL_TITLE_32
#define	MSG_SYM_LDS_TITLE	MSG_SYM_LDS_TITLE_32
#define	MSG_SYM_LDL_TITLE	MSG_SYM_LDL_TITLE_32

#endif

#define	INDEX_STR_SIZE		10

/*
 * Buffer used by dbg_isec_name() to format input section
 * names. The size was selected to satisfy two opposing
 * constraints:
 * -	To be large enough to handle the largest C++ mangled name.
 *	Although we can malloc buffers, we don't want that to happen.
 * -	To be small enough on the thread stack to not cause problems.
 */
typedef char dbg_isec_name_buf_t[INDEX_STR_SIZE + 2048];

#if	defined(_ELF64)
#define	dbg_fmt_isec_name	dbg64_fmt_isec_name
#define	dbg_fmt_isec_name2	dbg64_fmt_isec_name2
#else
#define	dbg_fmt_isec_name	dbg32_fmt_isec_name
#define	dbg_fmt_isec_name2	dbg32_fmt_isec_name2
#endif
extern	const char	*dbg_fmt_isec_name(Is_desc *, dbg_isec_name_buf_t,
			    char **);
extern	const char	*dbg_fmt_isec_name2(const char *, Word,
			    dbg_isec_name_buf_t, char **);

#ifdef	__cplusplus
}
#endif

#endif	/* _DEBUG_DOT_H */
/*
 * CDDL HEADER START
 *
 * The contents of this file are subject to the terms of the
 * Common Development and Distribution License (the "License").
 * You may not use this file except in compliance with the License.
 *
 * You can obtain a copy of the license at usr/src/OPENSOLARIS.LICENSE
 * or http://www.opensolaris.org/os/licensing.
 * See the License for the specific language governing permissions
 * and limitations under the License.
 *
 * When distributing Covered Code, include this CDDL HEADER in each
 * file and include the License file at usr/src/OPENSOLARIS.LICENSE.
 * If applicable, add the following below this CDDL HEADER, with the
 * fields enclosed by brackets "[]" replaced with your own identifying
 * information: Portions Copyright [yyyy] [name of copyright owner]
 *
 * CDDL HEADER END
 */

/*
 * Copyright (c) 1992, 2010, Oracle and/or its affiliates. All rights reserved.
 */

#include	<debug.h>
#include	"_debug.h"
#include	"msg.h"

void
Dbg_args_option(Lm_list *lml, int ndx, int c, char *optarg)
{
	if (DBG_NOTCLASS(DBG_C_ARGS))
		return;

	if (optarg)
		dbg_print(lml, MSG_INTL(MSG_ARG_OPTARG), ndx, c, optarg);
	else
		dbg_print(lml, MSG_INTL(MSG_ARG_OPTION), ndx, c);
}

void
Dbg_args_str2chr(Lm_list *lml, int ndx, const char *opt, int c)
{
	if (DBG_NOTCLASS(DBG_C_ARGS))
		return;

	dbg_print(lml, MSG_INTL(MSG_ARG_STR2CHR), ndx, opt, c);
}

void
Dbg_args_Wldel(Lm_list *lml, int ndx, const char *opt)
{
	if (DBG_NOTCLASS(DBG_C_ARGS))
		return;

	dbg_print(lml, MSG_INTL(MSG_ARG_WLDEL), ndx, opt);
}

void
Dbg_args_file(Lm_list *lml, int ndx, char *file)
{
	if (DBG_NOTCLASS(DBG_C_ARGS))
		return;

	dbg_print(lml, MSG_INTL(MSG_ARG_FILE), ndx, file);
}
/*
 * CDDL HEADER START
 *
 * The contents of this file are subject to the terms of the
 * Common Development and Distribution License (the "License").
 * You may not use this file except in compliance with the License.
 *
 * You can obtain a copy of the license at usr/src/OPENSOLARIS.LICENSE
 * or http://www.opensolaris.org/os/licensing.
 * See the License for the specific language governing permissions
 * and limitations under the License.
 *
 * When distributing Covered Code, include this CDDL HEADER in each
 * file and include the License file at usr/src/OPENSOLARIS.LICENSE.
 * If applicable, add the following below this CDDL HEADER, with the
 * fields enclosed by brackets "[]" replaced with your own identifying
 * information: Portions Copyright [yyyy] [name of copyright owner]
 *
 * CDDL HEADER END
 */

/*
 * Copyright (c) 1995, 2010, Oracle and/or its affiliates. All rights reserved.
 */

#include	<dlfcn.h>
#include	<stdio.h>
#include	"_debug.h"
#include	"msg.h"
#include	"libld.h"

void
Dbg_audit_lib(Rt_map *clmp, const char *lib, int type)
{
	Lm_list		*clml = LIST(clmp);
	const char	*str;

	if (DBG_NOTCLASS(DBG_C_AUDITING))
		return;

	Dbg_util_nl(clml, DBG_NL_STD);
	switch (type) {
	case DBG_AUD_PRELOAD:
		str = MSG_ORIG(MSG_AUD_PRELOAD);
		break;
	case DBG_AUD_GLOBAL:
		str = MSG_ORIG(MSG_AUD_GLOBAL);
		break;
	case DBG_AUD_LOCAL:
		/* FALLTHROUGH */
	default:
		str = MSG_ORIG(MSG_STR_EMPTY);
	}

	dbg_print(clml, MSG_INTL(MSG_AUD_LIB), lib, NAME(clmp), str);
}

void
Dbg_audit_interface(Lm_list *lml, const char *lib, const char *interface)
{
	if (DBG_NOTCLASS(DBG_C_AUDITING))
		return;

	dbg_print(lml, MSG_INTL(MSG_AUD_INTERFACE), lib, interface);
}

void
Dbg_audit_version(Lm_list *lml, const char *lib, uint_t overs, uint_t nvers)
{
	if (DBG_NOTCLASS(DBG_C_AUDITING))
		return;

	dbg_print(lml, MSG_INTL(MSG_AUD_VERSION), lib, overs, nvers);
}

void
Dbg_audit_activity(Lm_list *lml, const char *lib, const char *obj, uint_t flags)
{
	Conv_inv_buf_t	inv_buf;

	if (DBG_NOTCLASS(DBG_C_AUDITING))
		return;

	Dbg_util_nl(lml, DBG_NL_STD);
	dbg_print(lml, MSG_INTL(MSG_AUD_ACTIVITY), lib, obj,
	    conv_la_activity(flags, CONV_FMT_ALT_DEFAULT, &inv_buf));
}

void
Dbg_audit_preinit(Lm_list *lml, const char *lib, const char *obj)
{
	if (DBG_NOTCLASS(DBG_C_AUDITING))
		return;

	Dbg_util_nl(lml, DBG_NL_STD);
	dbg_print(lml, MSG_INTL(MSG_AUD_PREINIT), lib, obj);
}

void
Dbg_audit_objsearch(Lm_list *lml, int call, const char *lib,
    const char *oobj, uint_t flags, const char *nobj)
{
	Conv_la_search_buf_t	la_search_buf;

	if (DBG_NOTCLASS(DBG_C_AUDITING))
		return;

	if (call == DBG_AUD_CALL) {
		Dbg_util_nl(lml, DBG_NL_STD);
		dbg_print(lml, MSG_INTL(MSG_AUD_OBJSEARCH), lib, oobj,
		    conv_la_search(flags, &la_search_buf));
	} else {
		if (nobj)
			dbg_print(lml, MSG_INTL(MSG_AUD_OBJSEARCH_R), lib,
			    oobj, nobj);
		else
			dbg_print(lml, MSG_INTL(MSG_AUD_OBJSEARCH_S), lib,
			    oobj);
	}
}

void
Dbg_audit_objfilter(Lm_list *lml, int call, const char *lib,
    const char *filter, const char *filtee, const char *ref)
{
	if (DBG_NOTCLASS(DBG_C_AUDITING))
		return;

	if (call == DBG_AUD_CALL) {
		Dbg_util_nl(lml, DBG_NL_STD);
		dbg_print(lml, MSG_INTL(MSG_AUD_OBJFILTER), lib, filter,
		    filtee, ref);
	} else
		dbg_print(lml, MSG_INTL(MSG_AUD_OBJFILTER_R), lib, filter);
}

void
Dbg_audit_objopen(Lm_list *lml, int call, const char *lib, const char *obj,
    uint_t flags, Boolean ignore)
{
	Conv_la_bind_buf_t	la_bind_buf;

	if (DBG_NOTCLASS(DBG_C_AUDITING))
		return;

	if (call == DBG_AUD_CALL) {
		Dbg_util_nl(lml, DBG_NL_STD);
		dbg_print(lml, MSG_INTL(MSG_AUD_OBJOPEN), lib, obj);
	} else {
		if (ignore)
			dbg_print(lml, MSG_INTL(MSG_AUD_OBJOPEN_RI), lib, obj,
			    conv_la_bind(flags, &la_bind_buf));
		else
			dbg_print(lml, MSG_INTL(MSG_AUD_OBJOPEN_R), lib, obj,
			    conv_la_bind(flags, &la_bind_buf));
	}
}

void
Dbg_audit_objclose(Lm_list *lml, const char *lib, const char *obj)
{
	if (DBG_NOTCLASS(DBG_C_AUDITING))
		return;

	Dbg_util_nl(lml, DBG_NL_STD);
	dbg_print(lml, MSG_INTL(MSG_AUD_OBJCLOSE), lib, obj);
}

void
Dbg_audit_symbind(Lm_list *lml, int call, const char *lib, const char *name,
    Addr value, uint_t flags)
{
	Conv_la_symbind_buf_t	la_symbind_buf;

	if (DBG_NOTCLASS(DBG_C_AUDITING))
		return;

	if (call == DBG_AUD_CALL) {
		Dbg_util_nl(lml, DBG_NL_STD);
		dbg_print(lml, MSG_INTL(MSG_AUD_SYMBIND), lib, name,
		    EC_XWORD(value), conv_la_symbind(flags, &la_symbind_buf));
	} else {
		dbg_print(lml, MSG_INTL(MSG_AUD_SYMBIND_R), lib, name,
		    EC_XWORD(value), conv_la_symbind(flags, &la_symbind_buf));
	}
}

void
Dbg_audit_pltenter(Lm_list *lml, int call, const char *lib, const char *name,
    Addr value)
{
	if (DBG_NOTCLASS(DBG_C_AUDITING))
		return;

	if (call == DBG_AUD_CALL) {
		Dbg_util_nl(lml, DBG_NL_STD);
		dbg_print(lml, MSG_INTL(MSG_AUD_PLTENTER), lib, name,
		    EC_XWORD(value));
	} else {
		dbg_print(lml, MSG_INTL(MSG_AUD_PLTENTER_R), lib, name,
		    EC_XWORD(value));
	}
}

void
Dbg_audit_pltexit(Lm_list *lml, const char *lib, const char *name)
{
	if (DBG_NOTCLASS(DBG_C_AUDITING))
		return;

	dbg_print(lml, MSG_INTL(MSG_AUD_PLTEXIT), lib, name);
}

void
Dbg_audit_skip(Lm_list *lml, const char *name, const char *lmid)
{
	if (DBG_NOTCLASS(DBG_C_AUDITING | DBG_C_FILES))
		return;

	dbg_print(lml, MSG_INTL(MSG_AUD_SKIP), name, lmid);
}

void
Dbg_audit_terminate(Lm_list *lml, const char *name)
{
	if (DBG_NOTCLASS(DBG_C_FILES))
		return;

	dbg_print(lml, MSG_INTL(MSG_AUD_TERM), name);
}

void
Dbg_audit_ignore(Rt_map *lmp)
{
	if (DBG_NOTCLASS(DBG_C_AUDITING | DBG_C_FILES))
		return;

	dbg_print(LIST(lmp), MSG_INTL(MSG_AUD_IGNORE), NAME(lmp));
}
/*
 * CDDL HEADER START
 *
 * The contents of this file are subject to the terms of the
 * Common Development and Distribution License (the "License").
 * You may not use this file except in compliance with the License.
 *
 * You can obtain a copy of the license at usr/src/OPENSOLARIS.LICENSE
 * or http://www.opensolaris.org/os/licensing.
 * See the License for the specific language governing permissions
 * and limitations under the License.
 *
 * When distributing Covered Code, include this CDDL HEADER in each
 * file and include the License file at usr/src/OPENSOLARIS.LICENSE.
 * If applicable, add the following below this CDDL HEADER, with the
 * fields enclosed by brackets "[]" replaced with your own identifying
 * information: Portions Copyright [yyyy] [name of copyright owner]
 *
 * CDDL HEADER END
 */

/*
 * Copyright 2009 Sun Microsystems, Inc.  All rights reserved.
 * Use is subject to license terms.
 */

#include	<debug.h>
#include	"_debug.h"
#include	"msg.h"

/*
 * This file contains a number of simple title interfaces, that give a basic
 * trace of a link-edit.  These interfaces cross several functional boundaries,
 * but are consolidated here to ensure consistent use of the DBG_C_BASIC and
 * DBG_NOTTIME macros.
 */
void
Dbg_basic_collect(Lm_list *lml)
{
	if (DBG_NOTCLASS(DBG_C_BASIC) && DBG_NOTTIME())
		return;

	Dbg_util_nl(lml, DBG_NL_STD);
	dbg_print(lml, MSG_INTL(MSG_BASIC_COLLECT));
	Dbg_util_nl(lml, DBG_NL_STD);
}

void
Dbg_basic_create(Lm_list *lml)
{
	if (DBG_NOTCLASS(DBG_C_BASIC) && DBG_NOTTIME())
		return;

	Dbg_util_nl(lml, DBG_NL_STD);
	dbg_print(lml, MSG_INTL(MSG_BASIC_CREATE));
	Dbg_util_nl(lml, DBG_NL_STD);
}

void
Dbg_basic_files(Lm_list *lml)
{
	if (DBG_NOTCLASS(DBG_C_BASIC) && DBG_NOTTIME())
		return;

	Dbg_util_nl(lml, DBG_NL_STD);
	dbg_print(lml, MSG_INTL(MSG_BASIC_FILES));
	Dbg_util_nl(lml, DBG_NL_STD);
}
void
Dbg_basic_finish(Lm_list *lml)
{
	if (DBG_NOTCLASS(DBG_C_BASIC) && DBG_NOTTIME())
		return;

	Dbg_util_nl(lml, DBG_NL_STD);
	dbg_print(lml, MSG_INTL(MSG_BASIC_FINISHED));
	Dbg_util_nl(lml, DBG_NL_STD);
}

void
Dbg_basic_options(Lm_list *lml)
{
	if (DBG_NOTCLASS(DBG_C_BASIC) && DBG_NOTTIME())
		return;

	Dbg_util_nl(lml, DBG_NL_STD);
	dbg_print(lml, MSG_INTL(MSG_BASIC_OPTIONS));
	Dbg_util_nl(lml, DBG_NL_STD);
}

void
Dbg_basic_relocate(Lm_list *lml)
{
	if (DBG_NOTCLASS(DBG_C_BASIC) && DBG_NOTTIME())
		return;

	Dbg_util_nl(lml, DBG_NL_STD);
	dbg_print(lml, MSG_INTL(MSG_BASIC_RELOCATE));
	Dbg_util_nl(lml, DBG_NL_STD);
}

void
Dbg_basic_validate(Lm_list *lml)
{
	if (DBG_NOTCLASS(DBG_C_BASIC) && DBG_NOTTIME())
		return;

	Dbg_util_nl(lml, DBG_NL_STD);
	dbg_print(lml, MSG_INTL(MSG_BASIC_VALIDATE));
	Dbg_util_nl(lml, DBG_NL_STD);
}
/*
 * CDDL HEADER START
 *
 * The contents of this file are subject to the terms of the
 * Common Development and Distribution License (the "License").
 * You may not use this file except in compliance with the License.
 *
 * You can obtain a copy of the license at usr/src/OPENSOLARIS.LICENSE
 * or http://www.opensolaris.org/os/licensing.
 * See the License for the specific language governing permissions
 * and limitations under the License.
 *
 * When distributing Covered Code, include this CDDL HEADER in each
 * file and include the License file at usr/src/OPENSOLARIS.LICENSE.
 * If applicable, add the following below this CDDL HEADER, with the
 * fields enclosed by brackets "[]" replaced with your own identifying
 * information: Portions Copyright [yyyy] [name of copyright owner]
 *
 * CDDL HEADER END
 */

/*
 * Copyright 2009 Sun Microsystems, Inc.  All rights reserved.
 * Use is subject to license terms.
 */

#include	<sys/types.h>
#include	<string.h>
#include	<debug.h>
#include	<conv.h>
#include	"_debug.h"
#include	"msg.h"

void
Dbg_bind_plt_summary(Lm_list *lml, Half mach, Word pltcnt21d, Word pltcnt24d,
    Word pltcntu32, Word pltcntu44, Word pltcntfull, Word pltcntfar)
{
	Word plttotal = pltcnt21d + pltcnt24d + pltcntu32 +
	    pltcntu44 + pltcntfull + pltcntfar;

	if (DBG_NOTCLASS(DBG_C_BINDINGS))
		return;

	switch (mach) {
	case EM_SPARC:
		dbg_print(lml, MSG_INTL(MSG_BND_PSUM_SPARC), EC_WORD(pltcnt21d),
		    EC_WORD(pltcnt24d), EC_WORD(pltcntfull), EC_WORD(plttotal));
		break;
	case EM_SPARCV9:
		dbg_print(lml, MSG_INTL(MSG_BND_PSUM_SPARCV9),
		    EC_WORD(pltcnt21d), EC_WORD(pltcnt24d), EC_WORD(pltcntu32),
		    EC_WORD(pltcntu44), EC_WORD(pltcntfull), EC_WORD(pltcntfar),
		    EC_WORD(plttotal));
		break;
	default:
		dbg_print(lml, MSG_INTL(MSG_BND_PSUM_DEFAULT),
		    EC_WORD(plttotal));
		break;
	};
}

static const char	*pltbindtypes[PLT_T_NUM] = {
	MSG_ORIG(MSG_STR_EMPTY),	/* PLT_T_NONE */
	MSG_ORIG(MSG_PLT_21D),		/* PLT_T_21D */
	MSG_ORIG(MSG_PLT_24D),		/* PLT_T_24D */
	MSG_ORIG(MSG_PLT_U32),		/* PLT_T_U32 */
	MSG_ORIG(MSG_PLT_U44),		/* PLT_T_U44 */
	MSG_ORIG(MSG_PLT_FULL),		/* PLT_T_FULL */
	MSG_ORIG(MSG_PLT_FAR)		/* PLT_T_FAR */
};

#define	BINFOSZ	MSG_BINFO_START_SIZE + \
		MSG_BINFO_DIRECT_SIZE +		MSG_BINFO_SEP_SIZE + \
		MSG_BINFO_INTERPOSE_SIZE +	MSG_BINFO_SEP_SIZE + \
		MSG_BINFO_COPYREF_SIZE +	MSG_BINFO_SEP_SIZE + \
		MSG_BINFO_FILTEE_SIZE +		MSG_BINFO_SEP_SIZE + \
		MSG_BINFO_PLTADDR_SIZE + \
		CONV_INV_BUFSIZE + MSG_BINFO_END_SIZE


void
Dbg_bind_global(Rt_map *flmp, Addr fabs, Off foff, Xword pltndx,
    Pltbindtype pbtype, Rt_map *tlmp, Addr tabs, Off toff,
    const char *sym, uint_t binfo)
{
	/*
	 * MSG_ORIG(MSG_BINFO_DIRECT)
	 * MSG_ORIG(MSG_BINFO_INTERPOSE)
	 * MSG_ORIG(MSG_BINFO_COPYREF)
	 * MSG_ORIG(MSG_BINFO_FILTEE)
	 * MSG_ORIG(MSG_BINFO_PLTADDR)
	 */
	static char binfostr[BINFOSZ];
	static Val_desc vda[] = {
		{ DBG_BINFO_DIRECT,	MSG_BINFO_DIRECT },
		{ DBG_BINFO_INTERPOSE,	MSG_BINFO_INTERPOSE },
		{ DBG_BINFO_COPYREF,	MSG_BINFO_COPYREF },
		{ DBG_BINFO_FILTEE,	MSG_BINFO_FILTEE },
		{ DBG_BINFO_PLTADDR,	MSG_BINFO_PLTADDR },
		{ 0,			0 }
	};
	static CONV_EXPN_FIELD_ARG conv_arg = { binfostr, sizeof (binfostr),
		NULL, 0, 0, MSG_ORIG(MSG_BINFO_START),
		MSG_ORIG(MSG_BINFO_SEP), MSG_ORIG(MSG_BINFO_END) };

	const char	*ffile = NAME(flmp);
	const char	*tfile = NAME(tlmp);
	Lm_list		*lml = LIST(flmp);

	if (DBG_NOTCLASS(DBG_C_BINDINGS))
		return;

	if (DBG_NOTDETAIL()) {
		dbg_print(lml, MSG_INTL(MSG_BND_BASIC), ffile, tfile,
		    Dbg_demangle_name(sym));
		return;
	}

	/*
	 * Determine if this binding has any associated information, such as
	 * interposition, direct binding, copy-relocations, etc.
	 */
	binfo &= ~DBG_BINFO_FOUND;
	binfo &= DBG_BINFO_MSK;
	if (binfo) {
		conv_arg.oflags = conv_arg.rflags = binfo;
		(void) conv_expn_field(&conv_arg, vda, 0);
	} else {
		binfostr[0] = '\0';
	}

	if (pltndx != (Xword)-1) {
		const char	*pltstring;

		if (pbtype < PLT_T_NUM)
			pltstring = pltbindtypes[pbtype];
		else
			pltstring = pltbindtypes[PLT_T_NONE];

		/*
		 * Called from a plt offset.
		 */
		dbg_print(lml, MSG_INTL(MSG_BND_PLT), ffile, EC_ADDR(fabs),
		    EC_OFF(foff), EC_XWORD(pltndx), pltstring, tfile,
		    EC_ADDR(tabs), EC_OFF(toff), Dbg_demangle_name(sym),
		    binfostr);

	} else if ((fabs == 0) && (foff == 0)) {
		/*
		 * Called from a dlsym().  We're not performing a relocation,
		 * but are handing the address of the symbol back to the user.
		 */
		dbg_print(lml, MSG_INTL(MSG_BND_DLSYM), ffile, tfile,
		    EC_ADDR(tabs), EC_OFF(toff), Dbg_demangle_name(sym),
		    binfostr);
	} else {
		/*
		 * Standard relocation.
		 */
		dbg_print(lml, MSG_INTL(MSG_BND_DEFAULT), ffile, EC_ADDR(fabs),
		    EC_OFF(foff), tfile, EC_ADDR(tabs), EC_OFF(toff),
		    Dbg_demangle_name(sym), binfostr);
	}
}

void
Dbg_bind_reject(Rt_map *flmp, Rt_map *tlmp, const char *sym, int why)
{
	static Msg reason[DBG_BNDREJ_NUM + 1] = {
		MSG_BNDREJ_DIRECT,	/* MSG_INTL(MSG_BNDREJ_DIRECT) */
		MSG_BNDREJ_GROUP,	/* MSG_INTL(MSG_BNDREJ_GROUP) */
		MSG_BNDREJ_SINGLE	/* MSG_INTL(MSG_BNDREJ_SINGLE) */
	};

	if (DBG_NOTCLASS(DBG_C_BINDINGS))
		return;

	dbg_print(LIST(flmp), MSG_INTL(MSG_BND_REJECT), NAME(flmp), NAME(tlmp),
	    sym, MSG_INTL(reason[why]));
}

void
Dbg_bind_weak(Rt_map *flmp, Addr fabs, Addr frel, const char *sym)
{
	Lm_list		*lml = LIST(flmp);
	const char	*ffile = NAME(flmp);

	if (DBG_NOTCLASS(DBG_C_BINDINGS))
		return;

	if (DBG_NOTDETAIL())
		dbg_print(lml, MSG_INTL(MSG_BND_WEAK_1), ffile,
		    Dbg_demangle_name(sym));
	else
		dbg_print(lml, MSG_INTL(MSG_BND_WEAK_2), ffile, EC_ADDR(fabs),
		    EC_ADDR(frel), Dbg_demangle_name(sym));
}

#if	defined(_ELF64)

void
Dbg_bind_pltpad_to(Rt_map *lmp, Addr pltpad, const char *dfile,
    const char *sname)
{
	if (DBG_NOTCLASS(DBG_C_RELOC))
		return;
	if (DBG_NOTDETAIL())
		return;

	dbg_print(LIST(lmp), MSG_INTL(MSG_BND_PLTPAD_TO), EC_ADDR(pltpad),
	    NAME(lmp), dfile, sname);
}

void
Dbg_bind_pltpad_from(Rt_map *lmp, Addr pltpad, const char *sname)
{
	if (DBG_NOTCLASS(DBG_C_RELOC))
		return;
	if (DBG_NOTDETAIL())
		return;

	dbg_print(LIST(lmp), MSG_INTL(MSG_BND_PLTPAD_FROM), EC_ADDR(pltpad),
	    NAME(lmp), sname);
}

#endif
/*
 * CDDL HEADER START
 *
 * The contents of this file are subject to the terms of the
 * Common Development and Distribution License (the "License").
 * You may not use this file except in compliance with the License.
 *
 * You can obtain a copy of the license at usr/src/OPENSOLARIS.LICENSE
 * or http://www.opensolaris.org/os/licensing.
 * See the License for the specific language governing permissions
 * and limitations under the License.
 *
 * When distributing Covered Code, include this CDDL HEADER in each
 * file and include the License file at usr/src/OPENSOLARIS.LICENSE.
 * If applicable, add the following below this CDDL HEADER, with the
 * fields enclosed by brackets "[]" replaced with your own identifying
 * information: Portions Copyright [yyyy] [name of copyright owner]
 *
 * CDDL HEADER END
 */

/*
 * Copyright (c) 2004, 2010, Oracle and/or its affiliates. All rights reserved.
 * Copyright 2022 Oxide Computer Company
 */

#include	<stdio.h>
#include	<debug.h>
#include	<libld.h>
#include	<conv.h>
#include	"msg.h"
#include	"_debug.h"

void
Dbg_cap_candidate(Lm_list *lml, const char *name)
{
	if (DBG_NOTCLASS(DBG_C_CAP | DBG_C_FILES))
		return;

	dbg_print(lml, MSG_INTL(MSG_CAP_CANDIDATE), name);
}

void
Dbg_cap_filter(Lm_list *lml, const char *dir, Rt_map *flmp)
{
	if (DBG_NOTCLASS(DBG_C_CAP | DBG_C_FILES))
		return;

	Dbg_util_nl(lml, DBG_NL_STD);
	if (flmp)
		dbg_print(lml, MSG_INTL(MSG_CAP_FILTER_1), dir, NAME(flmp));
	else
		dbg_print(lml, MSG_INTL(MSG_CAP_FILTER_2), dir);
}

void
Dbg_cap_identical(Lm_list *lml, const char *file1, const char *file2)
{
	if (DBG_NOTCLASS(DBG_C_CAP | DBG_C_FILES))
		return;

	dbg_print(lml, MSG_INTL(MSG_CAP_IDENTICAL), file1, file2);
}

void
Dbg_cap_val(Lm_list *lml, Syscapset *sys, Syscapset *alt, Half mach)
{
	Conv_cap_val_buf_t	cap_val_buf;

	if ((sys->sc_plat == NULL) && (sys->sc_mach == NULL) &&
	    (sys->sc_hw_2 == 0) && (sys->sc_hw_1 == 0) &&
	    (sys->sc_sf_1 == 0))
		return;

	Dbg_util_nl(lml, DBG_NL_FRC);

	/*
	 * Print any capabilities in precedence order.
	 */
	if (sys->sc_plat) {
		dbg_print(lml, MSG_INTL(MSG_CAP_SYS_PLAT), sys->sc_plat);
	}
	if (sys->sc_mach) {
		dbg_print(lml, MSG_INTL(MSG_CAP_SYS_MACH), sys->sc_mach);
	}
	if (sys->sc_hw_3) {
		dbg_print(lml, MSG_INTL(MSG_CAP_SYS_HW_3),
		    conv_cap_val_hw3(sys->sc_hw_3, mach, 0,
		    &cap_val_buf.cap_val_hw3_buf));
	}
	if (sys->sc_hw_2) {
		dbg_print(lml, MSG_INTL(MSG_CAP_SYS_HW_2),
		    conv_cap_val_hw2(sys->sc_hw_2, mach, 0,
		    &cap_val_buf.cap_val_hw2_buf));
	}
	if (sys->sc_hw_1) {
		dbg_print(lml, MSG_INTL(MSG_CAP_SYS_HW_1),
		    conv_cap_val_hw1(sys->sc_hw_1, mach, 0,
		    &cap_val_buf.cap_val_hw1_buf));
	}
	if (sys->sc_sf_1) {
		dbg_print(lml, MSG_INTL(MSG_CAP_SYS_SF_1),
		    conv_cap_val_sf1(sys->sc_sf_1, mach, 0,
		    &cap_val_buf.cap_val_sf1_buf));
	}

	if (alt != sys) {
		Dbg_util_nl(lml, DBG_NL_FRC);
		if (alt->sc_plat != sys->sc_plat) {
			dbg_print(lml, MSG_INTL(MSG_CAP_ALT_PLAT),
			    alt->sc_plat);
		}
		if (alt->sc_mach != sys->sc_mach) {
			dbg_print(lml, MSG_INTL(MSG_CAP_ALT_MACH),
			    alt->sc_mach);
		}
		if (alt->sc_hw_3 != sys->sc_hw_3) {
			dbg_print(lml, MSG_INTL(MSG_CAP_ALT_HW_3),
			    conv_cap_val_hw3(alt->sc_hw_3, mach, 0,
			    &cap_val_buf.cap_val_hw3_buf));
		}
		if (alt->sc_hw_2 != sys->sc_hw_2) {
			dbg_print(lml, MSG_INTL(MSG_CAP_ALT_HW_2),
			    conv_cap_val_hw2(alt->sc_hw_2, mach, 0,
			    &cap_val_buf.cap_val_hw2_buf));
		}
		if (alt->sc_hw_1 != sys->sc_hw_1) {
			dbg_print(lml, MSG_INTL(MSG_CAP_ALT_HW_1),
			    conv_cap_val_hw1(alt->sc_hw_1, mach, 0,
			    &cap_val_buf.cap_val_hw1_buf));
		}
		if (alt->sc_sf_1 != sys->sc_sf_1) {
			dbg_print(lml, MSG_INTL(MSG_CAP_ALT_SF_1),
			    conv_cap_val_sf1(alt->sc_sf_1, mach, 0,
			    &cap_val_buf.cap_val_sf1_buf));
		}
	}

	Dbg_util_nl(lml, DBG_NL_FRC);
}

/*
 * This version takes a pointer to a Capmask, and will report the exclusion
 * bits if they exist.
 */
void
Dbg_cap_ptr_entry(Lm_list *lml, dbg_state_t dbg_state, Xword tag,
    const char *ptr)
{
	Conv_inv_buf_t		inv_buf;

	if (DBG_NOTCLASS(DBG_C_CAP))
		return;

	dbg_print(lml, MSG_INTL(MSG_CAP_SEC_ENTRY), Dbg_state_str(dbg_state),
	    conv_cap_tag(tag, 0, &inv_buf), ptr);
}

/*
 * This version takes a pointer to a CapMask, and will report the exclusion
 * bits if they exist.
 */
void
Dbg_cap_val_entry(Lm_list *lml, dbg_state_t dbg_state, Xword tag, Xword val,
    Half mach)
{
	Conv_inv_buf_t		inv_buf;
	Conv_cap_val_buf_t	cap_val_buf;

	if (DBG_NOTCLASS(DBG_C_CAP))
		return;

	dbg_print(lml, MSG_INTL(MSG_CAP_SEC_ENTRY), Dbg_state_str(dbg_state),
	    conv_cap_tag(tag, 0, &inv_buf), conv_cap_val(tag, val, mach, 0,
	    &cap_val_buf));
}

void
Dbg_cap_sec_title(Lm_list *lml, const char *name)
{
	if (DBG_NOTCLASS(DBG_C_CAP))
		return;

	Dbg_util_nl(lml, DBG_NL_STD);
	dbg_print(lml, MSG_INTL(MSG_CAP_SEC_TITLE), name);
}

void
Dbg_cap_mapfile_title(Lm_list *lml, Lineno lineno)
{
	if (DBG_NOTCLASS(DBG_C_MAP | DBG_C_CAP))
		return;

	dbg_print(lml, MSG_INTL(MSG_MAP_CAP), EC_LINENO(lineno));
}

void
Dbg_cap_id(Lm_list *lml, Lineno lineno, const char *oid, const char *nid)
{
	Dbg_cap_mapfile_title(lml, lineno);
	Dbg_cap_ptr_entry(lml, DBG_STATE_CURRENT, CA_SUNW_ID, oid);
	Dbg_cap_ptr_entry(lml, DBG_STATE_NEW, CA_SUNW_ID, nid);
	Dbg_cap_ptr_entry(lml, DBG_STATE_RESOLVED, CA_SUNW_ID, nid);
}

void
Dbg_cap_post_title(Lm_list *lml, int *title)
{
	if (DBG_NOTCLASS(DBG_C_CAP))
		return;

	Dbg_util_nl(lml, DBG_NL_STD);
	if ((*title)++ == 0)
		dbg_print(lml, MSG_INTL(MSG_CAP_POST_TITLE));
}

void
Elf_cap_title(Lm_list *lml)
{
	dbg_print(lml, MSG_INTL(MSG_CAP_ELF_TITLE));
}

void
Elf_cap_entry(Lm_list *lml, Cap *cap, int ndx, const char *str, size_t str_size,
    Half mach)
{
	Conv_inv_buf_t		inv_buf;
	Conv_cap_val_buf_t	cap_val_buf;
	char			index[INDEX_STR_SIZE];

	(void) snprintf(index, INDEX_STR_SIZE, MSG_ORIG(MSG_FMT_INDEX), ndx);

	switch (cap->c_tag) {
	case CA_SUNW_PLAT:
	case CA_SUNW_MACH:
	case CA_SUNW_ID:
		/* If offset is in range, format as a string */
		if (str && (cap->c_un.c_ptr < str_size)) {
			str += cap->c_un.c_ptr;
			break;
		}
		/*FALLTHROUGH*/
	default:
		/* Format numerically */
		str = conv_cap_val(cap->c_tag, cap->c_un.c_val, mach, 0,
		    &cap_val_buf);
	}

	dbg_print(lml, MSG_INTL(MSG_CAP_ELF_ENTRY), index,
	    conv_cap_tag(cap->c_tag, 0, &inv_buf), str);
}
/*
 * CDDL HEADER START
 *
 * The contents of this file are subject to the terms of the
 * Common Development and Distribution License (the "License").
 * You may not use this file except in compliance with the License.
 *
 * You can obtain a copy of the license at usr/src/OPENSOLARIS.LICENSE
 * or http://www.opensolaris.org/os/licensing.
 * See the License for the specific language governing permissions
 * and limitations under the License.
 *
 * When distributing Covered Code, include this CDDL HEADER in each
 * file and include the License file at usr/src/OPENSOLARIS.LICENSE.
 * If applicable, add the following below this CDDL HEADER, with the
 * fields enclosed by brackets "[]" replaced with your own identifying
 * information: Portions Copyright [yyyy] [name of copyright owner]
 *
 * CDDL HEADER END
 */

/*
 * Copyright 2010 Sun Microsystems, Inc.  All rights reserved.
 * Use is subject to license terms.
 */

#include <libintl.h>
#include <sys/varargs.h>
#include <stdio.h>
#include <string.h>
#include <stdlib.h>
#include <alist.h>
#include <debug.h>
#include <_debug.h>
#include <msg.h>

/*
 * Define a debug descriptor.  Note, although this provides the default
 * definition to which most users bind, ld.so.1 must provide its own definition,
 * and thus interposition is expected.  This item should be defined NODIRECT.
 */
static Dbg_desc	_dbg_desc = { 0, 0, NULL, { 0, 0 }, { 0, 0 } };
Dbg_desc	*dbg_desc = &_dbg_desc;

int		_Dbg_cnt = 0;

/*
 * Debugging initialization and processing.  The dbg_options[] array defines
 * a set of option strings that can be specified using the -D flag or from an
 * environment variable.  For each option, a class is enabled in the d_class
 * bit mask, or an extra flag is enabled in the d_extra bit mask.
 */
static DBG_options _Dbg_options[] = {	/* Options accepted by both linkers */
	{MSG_ORIG(MSG_TOK_DETAIL),	0,	DBG_E_DETAIL},
	{MSG_ORIG(MSG_TOK_LONG),	0,	DBG_E_LONG},
	{MSG_ORIG(MSG_TOK_HELP),	0,	DBG_E_HELP},
	{MSG_ORIG(MSG_TOK_TTIME),	0,	DBG_E_TTIME},
	{MSG_ORIG(MSG_TOK_DTIME),	0,	DBG_E_DTIME},

	{MSG_ORIG(MSG_TOK_ALL),		DBG_C_ALL & ~DBG_C_DEMANGLE,	0},
	{MSG_ORIG(MSG_TOK_BASIC),	DBG_C_BASIC,			0},
	{MSG_ORIG(MSG_TOK_CAP),		DBG_C_CAP,			0},
	{MSG_ORIG(MSG_TOK_DEMANGLE),	DBG_C_DEMANGLE,			0},
	{MSG_ORIG(MSG_TOK_FILES),	DBG_C_FILES,			0},
	{MSG_ORIG(MSG_TOK_LIBS),	DBG_C_LIBS,			0},
	{MSG_ORIG(MSG_TOK_MOVE),	DBG_C_MOVE,			0},
	{MSG_ORIG(MSG_TOK_RELOC),	DBG_C_RELOC,			0},
	{MSG_ORIG(MSG_TOK_SYMBOLS),	DBG_C_SYMBOLS,			0},
	{MSG_ORIG(MSG_TOK_TLS),		DBG_C_TLS,			0},
	{MSG_ORIG(MSG_TOK_UNUSED),	DBG_C_UNUSED,			0},
	{MSG_ORIG(MSG_TOK_VERSIONS),	DBG_C_VERSIONS,			0},
	{NULL,				0,				0},
};

static DBG_options _Dbg_options_ld[] = {	/* ld only options */
	{MSG_ORIG(MSG_TOK_CLASS),	0,	DBG_E_SNAME | DBG_E_CLASS},
	{MSG_ORIG(MSG_TOK_FULLNAME),	0,	DBG_E_SNAME | DBG_E_FNAME},
	{MSG_ORIG(MSG_TOK_NAME),	0,	DBG_E_SNAME},

	{MSG_ORIG(MSG_TOK_ARGS),	DBG_C_ARGS,	0},
	{MSG_ORIG(MSG_TOK_ENTRY),	DBG_C_ENTRY,	0},
	{MSG_ORIG(MSG_TOK_GOT),		DBG_C_GOT,	0},
	{MSG_ORIG(MSG_TOK_MAP),		DBG_C_MAP,	0},
	{MSG_ORIG(MSG_TOK_SECTIONS),	DBG_C_SECTIONS,	0},
	{MSG_ORIG(MSG_TOK_SEGMENTS),	DBG_C_SEGMENTS,	0},
	{MSG_ORIG(MSG_TOK_STATS),	DBG_C_STATS,	0},
	{MSG_ORIG(MSG_TOK_STRTAB),	DBG_C_STRTAB,	0},
	{MSG_ORIG(MSG_TOK_SUPPORT),	DBG_C_SUPPORT,	0},
	{NULL,				0,		0},
};

static DBG_options _Dbg_options_rtld[] = {	/* ld.so.1 only options */
	{MSG_ORIG(MSG_TOK_AUDIT),	DBG_C_AUDITING,	0},
	{MSG_ORIG(MSG_TOK_BINDINGS),	DBG_C_BINDINGS,	0},
	{MSG_ORIG(MSG_TOK_DL),		DBG_C_DL,	0},
	{MSG_ORIG(MSG_TOK_INIT),	DBG_C_INIT,	0},
	{NULL,				0,		0},
};

/*
 * Compare name to the options found in optarr. If one matches,
 * update *dbp and return TRUE. Otherwise, FALSE.
 */
static Boolean
process_options(const char *name, Boolean set, Dbg_desc *dbp,
    DBG_options *optarr)
{
	DBG_options	*opt;

	for (opt = optarr; opt->o_name != NULL; opt++) {
		if (strcmp(name, opt->o_name) != 0)
			continue;

		if (set == TRUE) {
			if (opt->o_class)
				dbp->d_class |= opt->o_class;
			if (opt->o_extra)
				dbp->d_extra |= opt->o_extra;
		} else {
			if (opt->o_class)
				dbp->d_class &= ~(opt->o_class);
			if (opt->o_extra)
				dbp->d_extra &= ~(opt->o_extra);
		}
		return (TRUE);
	}

	return (FALSE);
}

/*
 * Provide a debugging usage message
 */
void
Dbg_help(void)
{
	Dbg_util_nl(0, DBG_NL_STD);
	dbg_print(0, MSG_INTL(MSG_USE_R1_A));
	dbg_print(0, MSG_INTL(MSG_USE_R1_B));
	dbg_print(0, MSG_INTL(MSG_USE_R1_C));
	dbg_print(0, MSG_INTL(MSG_USE_R1_D));
	dbg_print(0, MSG_INTL(MSG_USE_R1_E));
	dbg_print(0, MSG_INTL(MSG_USE_R1_F));
	dbg_print(0, MSG_INTL(MSG_USE_R1_G));

	Dbg_util_nl(0, DBG_NL_FRC);
	dbg_print(0, MSG_INTL(MSG_USE_R2_A));
	dbg_print(0, MSG_INTL(MSG_USE_R2_B));
	dbg_print(0, MSG_INTL(MSG_USE_R2_C));
	dbg_print(0, MSG_INTL(MSG_USE_R2_D));
	dbg_print(0, MSG_INTL(MSG_USE_R2_E));
	dbg_print(0, MSG_INTL(MSG_USE_R2_F));
	dbg_print(0, MSG_INTL(MSG_USE_R2_G));
	dbg_print(0, MSG_INTL(MSG_USE_R2_H));
	dbg_print(0, MSG_INTL(MSG_USE_R2_I));
	dbg_print(0, MSG_INTL(MSG_USE_R2_J));
	dbg_print(0, MSG_INTL(MSG_USE_R2_K));
	dbg_print(0, MSG_INTL(MSG_USE_R2_L));
	dbg_print(0, MSG_INTL(MSG_USE_R2_M));
	dbg_print(0, MSG_INTL(MSG_USE_R2_N));
	dbg_print(0, MSG_INTL(MSG_USE_R2_O));
	dbg_print(0, MSG_INTL(MSG_USE_R2_P));
	dbg_print(0, MSG_INTL(MSG_USE_R2_Q));

	Dbg_util_nl(0, DBG_NL_FRC);
	dbg_print(0, MSG_INTL(MSG_USE_R2_R));
	dbg_print(0, MSG_INTL(MSG_USE_R2_S));
	dbg_print(0, MSG_INTL(MSG_USE_R2_T));
	dbg_print(0, MSG_INTL(MSG_USE_R2_U));
	dbg_print(0, MSG_INTL(MSG_USE_R2_V));
	dbg_print(0, MSG_INTL(MSG_USE_R2_W));

	Dbg_util_nl(0, DBG_NL_FRC);
	dbg_print(0, MSG_INTL(MSG_USE_R3_A));
	dbg_print(0, MSG_INTL(MSG_USE_R3_B));
	dbg_print(0, MSG_INTL(MSG_USE_R3_C));
	dbg_print(0, MSG_INTL(MSG_USE_R3_D));
	dbg_print(0, MSG_INTL(MSG_USE_R3_E));
	dbg_print(0, MSG_INTL(MSG_USE_R3_F));
	dbg_print(0, MSG_INTL(MSG_USE_R3_G));

	Dbg_util_nl(0, DBG_NL_FRC);
	dbg_print(0, MSG_INTL(MSG_USE_R3_H));
	dbg_print(0, MSG_INTL(MSG_USE_R3_F));
	dbg_print(0, MSG_INTL(MSG_USE_R3_I));
	dbg_print(0, MSG_INTL(MSG_USE_R3_J));
	dbg_print(0, MSG_INTL(MSG_USE_R3_K));
	dbg_print(0, MSG_INTL(MSG_USE_R3_L));
	dbg_print(0, MSG_INTL(MSG_USE_R3_M));

	Dbg_util_nl(0, DBG_NL_FRC);
	dbg_print(0, MSG_INTL(MSG_USE_R3_N));

	Dbg_util_nl(0, DBG_NL_FRC);
	dbg_print(0, MSG_INTL(MSG_USE_HDR_DCT));
	dbg_print(0, MSG_INTL(MSG_USE_HDR_BOTH));
	dbg_print(0, MSG_INTL(MSG_USE_R4_A));
	dbg_print(0, MSG_INTL(MSG_USE_R4_B));
	dbg_print(0, MSG_INTL(MSG_USE_R4_B2));
	dbg_print(0, MSG_INTL(MSG_USE_R4_C));
	dbg_print(0, MSG_INTL(MSG_USE_R4_C2));
	dbg_print(0, MSG_INTL(MSG_USE_R4_C3));
	dbg_print(0, MSG_INTL(MSG_USE_R4_D));
	dbg_print(0, MSG_INTL(MSG_USE_R4_E));
	dbg_print(0, MSG_INTL(MSG_USE_R4_E2));
	dbg_print(0, MSG_INTL(MSG_USE_R4_E3));
	dbg_print(0, MSG_INTL(MSG_USE_R4_F));
	dbg_print(0, MSG_INTL(MSG_USE_R4_F2));
	dbg_print(0, MSG_INTL(MSG_USE_R4_F3));
	dbg_print(0, MSG_INTL(MSG_USE_R4_F4));
	dbg_print(0, MSG_INTL(MSG_USE_R4_F5));
	dbg_print(0, MSG_INTL(MSG_USE_R4_F6));

	Dbg_util_nl(0, DBG_NL_FRC);
	dbg_print(0, MSG_INTL(MSG_USE_HDR_RTLD));
	dbg_print(0, MSG_INTL(MSG_USE_R5_A));
	dbg_print(0, MSG_INTL(MSG_USE_R5_A2));
	dbg_print(0, MSG_INTL(MSG_USE_R5_A3));
	dbg_print(0, MSG_INTL(MSG_USE_R5_A4));
	dbg_print(0, MSG_INTL(MSG_USE_R5_A5));
	dbg_print(0, MSG_INTL(MSG_USE_R5_A6));
	dbg_print(0, MSG_INTL(MSG_USE_R5_A7));
	dbg_print(0, MSG_INTL(MSG_USE_R5_A8));
	dbg_print(0, MSG_INTL(MSG_USE_R5_A9));
	dbg_print(0, MSG_INTL(MSG_USE_R5_A0));
	dbg_print(0, MSG_INTL(MSG_USE_R5_B));
	dbg_print(0, MSG_INTL(MSG_USE_R5_C));
	dbg_print(0, MSG_INTL(MSG_USE_R5_D));
	dbg_print(0, MSG_INTL(MSG_USE_R5_E));
	dbg_print(0, MSG_INTL(MSG_USE_R5_F));

	Dbg_util_nl(0, DBG_NL_FRC);
	dbg_print(0, MSG_INTL(MSG_USE_HDR_LD));
	dbg_print(0, MSG_INTL(MSG_USE_R6_A));
	dbg_print(0, MSG_INTL(MSG_USE_R6_B));
	dbg_print(0, MSG_INTL(MSG_USE_R6_C));
	dbg_print(0, MSG_INTL(MSG_USE_R6_C2));

	Dbg_util_nl(0, DBG_NL_FRC);
	dbg_print(0, MSG_INTL(MSG_USE_HDR_CST));
	dbg_print(0, MSG_INTL(MSG_USE_HDR_BOTH));
	dbg_print(0, MSG_INTL(MSG_USE_R7_A));
	dbg_print(0, MSG_INTL(MSG_USE_R7_B));
	dbg_print(0, MSG_INTL(MSG_USE_R7_C));
	dbg_print(0, MSG_INTL(MSG_USE_R7_D));
	dbg_print(0, MSG_INTL(MSG_USE_R7_E));
	dbg_print(0, MSG_INTL(MSG_USE_R7_F));
	dbg_print(0, MSG_INTL(MSG_USE_R7_F2));
	dbg_print(0, MSG_INTL(MSG_USE_R7_G));
	dbg_print(0, MSG_INTL(MSG_USE_R7_H));
	dbg_print(0, MSG_INTL(MSG_USE_R7_I));
	dbg_print(0, MSG_INTL(MSG_USE_R7_I2));
	dbg_print(0, MSG_INTL(MSG_USE_R7_J));
	dbg_print(0, MSG_INTL(MSG_USE_R7_K));
	dbg_print(0, MSG_INTL(MSG_USE_R7_K2));
	dbg_print(0, MSG_INTL(MSG_USE_R7_L));

	Dbg_util_nl(0, DBG_NL_FRC);
	dbg_print(0, MSG_INTL(MSG_USE_HDR_RTLD));
	dbg_print(0, MSG_INTL(MSG_USE_R8_A));
	dbg_print(0, MSG_INTL(MSG_USE_R8_B));
	dbg_print(0, MSG_INTL(MSG_USE_R8_B2));
	dbg_print(0, MSG_INTL(MSG_USE_R8_C));
	dbg_print(0, MSG_INTL(MSG_USE_R8_D));

	Dbg_util_nl(0, DBG_NL_FRC);
	dbg_print(0, MSG_INTL(MSG_USE_HDR_LD));
	dbg_print(0, MSG_INTL(MSG_USE_R9_A));
	dbg_print(0, MSG_INTL(MSG_USE_R9_B));
	dbg_print(0, MSG_INTL(MSG_USE_R9_C));
	dbg_print(0, MSG_INTL(MSG_USE_R9_D));
	dbg_print(0, MSG_INTL(MSG_USE_R9_E));
	dbg_print(0, MSG_INTL(MSG_USE_R9_F));
	dbg_print(0, MSG_INTL(MSG_USE_R9_F2));
	dbg_print(0, MSG_INTL(MSG_USE_R9_G));
	dbg_print(0, MSG_INTL(MSG_USE_R9_H));
	dbg_print(0, MSG_INTL(MSG_USE_R9_H2));
	dbg_print(0, MSG_INTL(MSG_USE_R9_I));

	Dbg_util_nl(0, DBG_NL_FRC);
}

/*
 * Provide a debugging message showing the version of the linker package
 */
void
Dbg_version(void)
{
	Dbg_util_nl(0, DBG_NL_STD);
	dbg_print(0, MSG_ORIG(MSG_STR_LDVER), link_ver_string);
	Dbg_util_nl(0, DBG_NL_STD);
}

/*
 * Messaging support - funnel everything through dgettext() as this provides
 * the real binding to libc.
 */
const char *
_liblddbg_msg(Msg mid)
{
	return (dgettext(MSG_ORIG(MSG_SUNW_OST_SGS), MSG_ORIG(mid)));
}

/*
 * Given a name starting with "lmid", finish processing it. Return TRUE
 * if a valid lmid token was seen, and FALSE for any error.
 *
 * exit:
 *	On failure, returns FALSE, indicating a syntax error
 *
 *	On success:
 *	-	Appropriate flags in dbg->d_extra have been set
 *	-	Any link-map list names specified have been added to
 *		d_list, for the rtld dbg_print() to compare against
 *		link-map list names.
 *	-	TRUE is returned.
 */
static Boolean
process_lmid(char *name, Dbg_desc *dbp)
{
	/*
	 * "lmid" can have an optional argument. Allowed values are "all",
	 * "alt[0-9]+", "base", or "ldso". Alt has a variable ending, but
	 * we can use process_options() to handle the other three.
	 */
	static DBG_options options_lmid[] = {
		{MSG_ORIG(MSG_TOK_LMID_ALL),	0,	DBG_E_LMID_ALL},
		{MSG_ORIG(MSG_TOK_LMID_BASE),	0,	DBG_E_LMID_BASE},
		{MSG_ORIG(MSG_TOK_LMID_LDSO),	0,	DBG_E_LMID_LDSO},
		{NULL,				0,	0},
	};

	Dbg_desc	tmp_db;
	const char	*lmid_opt;

	/* If it's a plain "lmid", we can set the flag and return now */
	if (name[MSG_TOK_LMID_SIZE] == '\0') {
		dbp->d_extra |= DBG_E_LMID;
		return (TRUE);
	}

	/* If there's no value, its an error */
	if (conv_strproc_extract_value(name, MSG_TOK_LMID_SIZE,
	    CONV_SPEXV_F_UCASE, &lmid_opt) == 0)
		return (FALSE);

	/*
	 * ALL, BASE, or LDSO?
	 */
	tmp_db.d_extra = 0;
	if (process_options(lmid_opt, TRUE, &tmp_db, options_lmid)) {
		/*
		 * If BASE, and we haven't already seen it, add it to the
		 * rtld name matching list. For the others, setting the
		 * e_extra bit suffices.
		 */
		if (((tmp_db.d_extra & DBG_E_LMID_BASE) != 0) &&
		    ((dbp->d_extra & DBG_E_LMID_BASE) == 0) &&
		    (aplist_append(&dbp->d_list, MSG_ORIG(MSG_TOK_LMID_BASE),
		    AL_CNT_DEBUG) == NULL))
			return (FALSE);

		/* Add the resulting flags into the callers descriptor */
		dbp->d_extra |= DBG_E_LMID | tmp_db.d_extra;
		return (TRUE);
	}

	/*
	 * ALT?
	 */
	if (strncmp(lmid_opt, MSG_ORIG(MSG_TOK_LMID_ALT),
	    MSG_TOK_LMID_ALT_SIZE) == 0) {
		const char *tail = lmid_opt + MSG_TOK_LMID_ALT_SIZE;

		/* 'ALT' without a # means "all alternative link-map lists" */
		if (*tail == '\0') {
			dbp->d_extra |= DBG_E_LMID | DBG_E_LMID_ALT;
			return (TRUE);
		}

		/*
		 * It is ALT[0-9]+. Make sure the characters following 'ALT'
		 * are numbers, and then add it to the rtld name matching list.
		 */
		for (; *tail; tail++)
			if ((*tail < '0') || (*tail > '9'))
				return (FALSE);

		if (aplist_append(&dbp->d_list, lmid_opt, AL_CNT_DEBUG) == NULL)
			return (FALSE);
		dbp->d_extra |= DBG_E_LMID;
		return (TRUE);
	}

	/* It's nothing we recognize */
	return (FALSE);
}

/*
 * Validate and enable the appropriate debugging classes.
 *
 * entry:
 *	string - String to be analyzed for debugging options
 *	dbp - Pointer to debug descriptor to be initialized
 *	outfile_ret - NULL, or pointer to receive result of 'output='
 *		token. A NULL value means that the 'output=' token
 *		is not accepted. A non-NULL value means that it is.
 *
 * exit:
 *	On failure, False (0) is returned.
 *
 *	On success, string has been parsed, and the descriptor referenced
 *	by dbp has been initialized. If outfile is non-NULL, *outfile will
 *	be set to NULL if the 'output=' token is not present, and to the
 *	user supplied string otherwise. True (1) is returned.
 */
int
Dbg_setup(dbg_setup_caller_t caller, const char *string, Dbg_desc *dbp,
    const char **outfile)
{
	char		*name, *_name;	/* buffer in which to perform */
					/* strtok_r() operations. */
	char		*lasts;
	const char	*delimit = MSG_ORIG(MSG_STR_DELIMIT);

	/*
	 * Clear the help flags --- these items only apply for a single
	 * call to Dbg_setup().
	 */
	dbp->d_extra &= ~(DBG_E_HELP | DBG_E_HELP_EXIT);

	if ((_name = (char *)malloc(strlen(string) + 1)) == NULL)
		return (0);
	(void) strcpy(_name, string);

	if (outfile)
		*outfile = NULL;   /* No output file yet */

	/*
	 * The token should be of the form "-Dtok,tok,tok,...".  Separate the
	 * pieces and build up the appropriate mask, unrecognized options are
	 * flagged.
	 */
	if ((name = strtok_r(_name, delimit, &lasts)) != NULL) {
		do {
			Boolean		set;

			/* Remove leading and trailing whitespace */
			name = conv_strproc_trim(name);

			if (name[0] == '!') {
				set = FALSE;
				name++;
			} else
				set = TRUE;

			if (*name == '\0')
				continue;	/* Skip null token */

			/*
			 * First, determine if the token represents a class or
			 * extra.
			 */
			if (process_options(name, set, dbp, _Dbg_options))
				continue;
			switch (caller) {
			case DBG_CALLER_LD:	/* ld only tokens */
				if (process_options(name, set, dbp,
				    _Dbg_options_ld))
					continue;
				break;
			case DBG_CALLER_RTLD:	/* rtld only tokens */
				if (process_options(name, set, dbp,
				    _Dbg_options_rtld))
					continue;
				break;
			}

			/* The remaining options do not accept negation */
			if (!set) {
				dbg_print(0, MSG_INTL(MSG_USE_CNTNEGOPT), name);
				continue;
			}

			/*
			 * Is it an 'output=' token? This item is a special
			 * case because it depends on the presence of
			 * a non-NULL outfile argument, and because the
			 * part following the '=' is variable.
			 */
			if ((outfile != NULL) &&
			    strncmp(name, MSG_ORIG(MSG_TOK_OUTFILE),
			    MSG_TOK_OUTFILE_SIZE) == 0) {
				if (conv_strproc_extract_value(name,
				    MSG_TOK_OUTFILE_SIZE, 0, outfile))
					continue;
			}

			/*
			 * Only the rtld "lmid" token is left.
			 */
			if ((caller == DBG_CALLER_RTLD) && (strncmp(name,
			    MSG_ORIG(MSG_TOK_LMID), MSG_TOK_LMID_SIZE) == 0) &&
			    process_lmid(name, dbp))
				continue;

			/* If we make it here, the token is not understood */
			dbg_print(0, MSG_INTL(MSG_USE_UNRECOG), name);

		} while ((name = strtok_r(NULL, delimit, &lasts)) != NULL);
	}

	/*
	 * If the debug help option was specified and this is the only debug
	 * class, return an indication that the user should exit.
	 */
	if ((_Dbg_cnt++ == 0) && (dbp->d_extra & DBG_E_HELP) &&
	    (dbp->d_class == 0))
		dbp->d_extra |= DBG_E_HELP_EXIT;

	return (1);
}

/*
 * Define our own printing routine.  This provides a basic fallback, as ld(1)
 * and ld.so.1(1) provide their own routines that augment their diagnostic
 * output, and direct the output to stderr.  This item should be defined
 * NODIRECT.
 */
/* PRINTFLIKE2 */
void
dbg_print(Lm_list *lml, const char *format, ...)
{
	va_list ap;

#if	defined(lint)
	/*
	 * The lml argument is only meaningful for diagnostics sent to ld.so.1.
	 * Supress the lint error by making a dummy assignment.
	 */
	lml = 0;
#endif
	va_start(ap, format);
	(void) vprintf(format, ap);
	(void) printf(MSG_ORIG(MSG_STR_NL));
	va_end(ap);
}

/*
 * Return an internationalized state transition string. These are used by
 * various debugging output.
 */
const char *
Dbg_state_str(dbg_state_t type)
{
	static const Msg state[DBG_STATE_NUM] = {
		MSG_STR_ADD,		/* MSG_INTL(MSG_STR_ADD)  */
		MSG_STR_CURRENT,	/* MSG_INTL(MSG_STR_CURRENT) */
		MSG_STR_EXCLUDE,	/* MSG_INTL(MSG_STR_EXCLUDE) */
		MSG_STR_IGNORE,		/* MSG_INTL(MSG_STR_IGNORE) */
		MSG_STR_MOD_BEFORE,	/* MSG_INTL(MSG_STR_MOD_BEFORE) */
		MSG_STR_MOD_AFTER,	/* MSG_INTL(MSG_STR_MOD_AFTER) */
		MSG_STR_NEW,		/* MSG_INTL(MSG_STR_NEW) */
		MSG_STR_NEW_IMPLICIT,	/* MSG_INTL(MSG_STR_NEW_IMPLICIT) */
		MSG_STR_RESET,		/* MSG_INTL(MSG_STR_RESET) */
		MSG_STR_ORIGINAL,	/* MSG_INTL(MSG_STR_ORIGINAL) */
		MSG_STR_RESOLVED,	/* MSG_INTL(MSG_STR_RESOLVED) */
	};
#if DBG_STATE_NUM != (DBG_STATE_RESOLVED + 1)
#error DBG_SEG_NUM has changed. Update segtype[]
#endif

	assert(type < DBG_STATE_NUM);
	return (MSG_INTL(state[type]));
}
/*
 * CDDL HEADER START
 *
 * The contents of this file are subject to the terms of the
 * Common Development and Distribution License (the "License").
 * You may not use this file except in compliance with the License.
 *
 * You can obtain a copy of the license at usr/src/OPENSOLARIS.LICENSE
 * or http://www.opensolaris.org/os/licensing.
 * See the License for the specific language governing permissions
 * and limitations under the License.
 *
 * When distributing Covered Code, include this CDDL HEADER in each
 * file and include the License file at usr/src/OPENSOLARIS.LICENSE.
 * If applicable, add the following below this CDDL HEADER, with the
 * fields enclosed by brackets "[]" replaced with your own identifying
 * information: Portions Copyright [yyyy] [name of copyright owner]
 *
 * CDDL HEADER END
 */

/*
 * Copyright 2010 Sun Microsystems, Inc.  All rights reserved.
 * Use is subject to license terms.
 */

#include	"msg.h"
#include	"_debug.h"
#include	"libld.h"

void
Dbg_dl_iphdr_enter(Rt_map *clmp, u_longlong_t cnt_map, u_longlong_t cnt_unmap)
{
	Lm_list	*lml = LIST(clmp);

	if (DBG_NOTCLASS(DBG_C_DL))
		return;

	Dbg_util_nl(lml, DBG_NL_STD);
	dbg_print(lml, MSG_INTL(MSG_DL_IPHDR_ENTER), NAME(clmp));
	dbg_print(lml, MSG_INTL(MSG_DL_IPHDR_MAPCNT), cnt_map, cnt_unmap);
}

void
Dbg_dl_iphdr_callback(Lm_list *lml, struct dl_phdr_info *info)
{
	if (DBG_NOTCLASS(DBG_C_DL))
		return;

	dbg_print(lml, MSG_INTL(MSG_DL_IPHDR_CALLBACK));
	dbg_print(lml, MSG_INTL(MSG_DL_IPHDR_NAME), info->dlpi_name);
	dbg_print(lml, MSG_INTL(MSG_DL_IPHDR_ADDR), EC_ADDR(info->dlpi_addr));
	dbg_print(lml, MSG_INTL(MSG_DL_IPHDR_PHDR),
	    EC_ADDR(CAST_PTRINT(Addr, info->dlpi_phdr)),
	    EC_WORD(info->dlpi_phnum));
}

void
Dbg_dl_iphdr_mapchange(Lm_list *lml, u_longlong_t cnt_map,
    u_longlong_t cnt_unmap)
{
	if (DBG_NOTCLASS(DBG_C_DL))
		return;

	dbg_print(lml, MSG_INTL(MSG_DL_IPHDR_MAPCNG));
	dbg_print(lml, MSG_INTL(MSG_DL_IPHDR_MAPCNT), cnt_map, cnt_unmap);
}

void
Dbg_dl_iphdr_unmap_ret(Lm_list *lml)
{
	if (DBG_NOTCLASS(DBG_C_DL))
		return;

	dbg_print(lml, MSG_INTL(MSG_DL_IPHDR_UNMAP));
}

void
Dbg_dl_dlopen(Rt_map *clmp, const char *name, int *in_nfavl, int mode)
{
	Conv_dl_mode_buf_t	dl_mode_buf;
	Lm_list			*lml = LIST(clmp);
	const char		*retry;

	if (DBG_NOTCLASS(DBG_C_FILES | DBG_C_DL))
		return;

	/*
	 * The core functionality of dlopen() can be called twice.  The first
	 * attempt can be affected by path names that exist in the "not-found"
	 * AVL tree.  Should a "not-found" path name be found, a second attempt
	 * is made to locate the required file (in_nfavl is NULL).  This fall-
	 * back provides for file system changes while a process executes.
	 */
	if (in_nfavl)
		retry = MSG_ORIG(MSG_STR_EMPTY);
	else
		retry = MSG_INTL(MSG_STR_RETRY);

	Dbg_util_nl(lml, DBG_NL_STD);
	dbg_print(lml, MSG_INTL(MSG_DL_DLOPEN), name, NAME(clmp), retry,
	    conv_dl_mode(mode, 0, &dl_mode_buf));
}

void
Dbg_dl_dlclose(Rt_map *clmp, const char *name, int flag)
{
	const char	*str;
	Lm_list		*lml = LIST(clmp);

	if (DBG_NOTCLASS(DBG_C_FILES | DBG_C_DL))
		return;

	if (flag == DBG_DLCLOSE_IGNORE)
		str = MSG_INTL(MSG_STR_IGNORE);
	else
		str = MSG_ORIG(MSG_STR_EMPTY);

	Dbg_util_nl(lml, DBG_NL_STD);
	dbg_print(lml, MSG_INTL(MSG_DL_DLCLOSE), name, NAME(clmp), str);
}

void
Dbg_dl_dldump(Rt_map *clmp, const char *ipath, const char *opath, int flags)
{
	Conv_dl_flag_buf_t	dl_flag_buf;
	Lm_list			*lml = LIST(clmp);

	if (DBG_NOTCLASS(DBG_C_FILES | DBG_C_DL))
		return;

	Dbg_util_nl(lml, DBG_NL_STD);
	dbg_print(lml, MSG_INTL(MSG_DL_DLDUMP), ipath, NAME(clmp),
	    opath ? opath : MSG_INTL(MSG_STR_NULL),
	    conv_dl_flag(flags, 0, &dl_flag_buf));
}

void
Dbg_dl_dlerror(Rt_map *clmp, const char *str)
{
	Lm_list	*lml = LIST(clmp);

	if (DBG_NOTCLASS(DBG_C_DL))
		return;

	Dbg_util_nl(lml, DBG_NL_STD);
	dbg_print(lml, MSG_INTL(MSG_DL_DLERROR), NAME(clmp),
	    str ? str : MSG_INTL(MSG_STR_NULL));
}

void
Dbg_dl_dladdr(Rt_map *clmp, void *addr)
{
	Lm_list	*lml = LIST(clmp);

	if (DBG_NOTCLASS(DBG_C_DL))
		return;

	Dbg_util_nl(lml, DBG_NL_STD);
	dbg_print(lml, MSG_INTL(MSG_DL_DLADDR), NAME(clmp), EC_NATPTR(addr));
}

void
Dbg_dl_dlsym(Rt_map *clmp, const char *sym, int *in_nfavl, const char *next,
    int type)
{
	const char	*str, *retry, *from = NAME(clmp);
	Lm_list		*lml = LIST(clmp);

	static const Msg	dlsym_msg[DBG_DLSYM_NUM] = {
		MSG_STR_EMPTY,		/* MSG_ORIG(MSG_STR_EMPTY) */
		MSG_DLSYM_NEXT,		/* MSG_ORIG(MSG_DLSYM_NEXT) */
		MSG_DLSYM_DEFAULT,	/* MSG_ORIG(MSG_DLSYM_DEFAULT) */
		MSG_DLSYM_SELF,		/* MSG_ORIG(MSG_DLSYM_SELF) */
		MSG_DLSYM_PROBE,	/* MSG_ORIG(MSG_DLSYM_PROBE) */
		MSG_DLSYM_SINGLETON	/* MSG_ORIG(MSG_DLSYM_SINGLETON) */
	};
#if	DBG_DLSYM_NUM != (DBG_DLSYM_SINGLETON + 1)
#error	DBG_DLSYM_NUM has grown
#endif
	if (DBG_NOTCLASS(DBG_C_SYMBOLS | DBG_C_DL))
		return;

	/*
	 * The core functionality of dlsym() can be called twice.  The first
	 * attempt can be affected by path names that exist in the "not-found"
	 * AVL tree.  Should a "not-found" path name be found, a second attempt
	 * is made to locate the required file (in_nfavl is NULL).  This fall-
	 * back provides for file system changes while a process executes.
	 */
	if (in_nfavl)
		retry = MSG_ORIG(MSG_STR_EMPTY);
	else
		retry = MSG_INTL(MSG_STR_RETRY);

	if (type >= DBG_DLSYM_NUM)
		type = 0;
	str = MSG_ORIG(dlsym_msg[type]);

	Dbg_util_nl(lml, DBG_NL_STD);
	if (next == 0)
		dbg_print(lml, MSG_INTL(MSG_DLSYM_1), Dbg_demangle_name(sym),
		    from, retry, str);
	else
		dbg_print(lml, MSG_INTL(MSG_DLSYM_2), Dbg_demangle_name(sym),
		    from, next, retry, str);
}

void
Dbg_dl_dlinfo(Rt_map *clmp, const char *name, int request, void *addr)
{
	Lm_list	*lml = LIST(clmp);

	if (DBG_NOTCLASS(DBG_C_DL))
		return;

	Dbg_util_nl(lml, DBG_NL_STD);
	dbg_print(lml, MSG_INTL(MSG_DL_DLINFO), NAME(clmp), name,
	    conv_dl_info(request), EC_NATPTR(addr));
}
/*
 * CDDL HEADER START
 *
 * The contents of this file are subject to the terms of the
 * Common Development and Distribution License (the "License").
 * You may not use this file except in compliance with the License.
 *
 * You can obtain a copy of the license at usr/src/OPENSOLARIS.LICENSE
 * or http://www.opensolaris.org/os/licensing.
 * See the License for the specific language governing permissions
 * and limitations under the License.
 *
 * When distributing Covered Code, include this CDDL HEADER in each
 * file and include the License file at usr/src/OPENSOLARIS.LICENSE.
 * If applicable, add the following below this CDDL HEADER, with the
 * fields enclosed by brackets "[]" replaced with your own identifying
 * information: Portions Copyright [yyyy] [name of copyright owner]
 *
 * CDDL HEADER END
 */

/*
 * Copyright 2009 Sun Microsystems, Inc.  All rights reserved.
 * Use is subject to license terms.
 */

#include	<sgs.h>
#include	<stdio.h>
#include	<debug.h>
#include	<conv.h>
#include	<_debug.h>
#include	<msg.h>

/*
 * Print out the dynamic section entries.
 */
void
Elf_dyn_title(Lm_list *lml)
{
	dbg_print(lml, MSG_INTL(MSG_DYN_TITLE));
}

void
Elf_dyn_entry(Lm_list *lml, Dyn *dyn, int ndx, const char *name,
    uchar_t osabi, Half mach)
{
	Conv_inv_buf_t	inv_buf;
	char		index[INDEX_STR_SIZE];

	(void) snprintf(index, sizeof (index), MSG_ORIG(MSG_FMT_INDEX), ndx);
	dbg_print(lml, MSG_INTL(MSG_DYN_ENTRY), index,
	    conv_dyn_tag(dyn->d_tag, osabi, mach, 0, &inv_buf),
	    EC_XWORD(dyn->d_un.d_val), name);
}

/*
 * Variant of Elf_dyn_entry() specifically for DT_NULL. Handles the
 * case of multiple adjacent DT_NULL entries by displaying them on
 * a single line using an index range instead of a single index.
 */
void
Elf_dyn_null_entry(Lm_list *lml, Dyn *dyn, int start_ndx, int end_ndx)
{
	Conv_inv_buf_t	inv_buf;
	char		index[2 * INDEX_STR_SIZE];

	if (start_ndx == end_ndx) {
		Elf_dyn_entry(lml, dyn, start_ndx, MSG_ORIG(MSG_STR_EMPTY),
		    ELFOSABI_NONE, 0);
	} else {
		(void) snprintf(index, sizeof (index),
		    MSG_ORIG(MSG_FMT_INDEX_RANGE), start_ndx, end_ndx);
		dbg_print(lml, MSG_INTL(MSG_DYN_ENTRY), index,
		    conv_dyn_tag(DT_NULL, ELFOSABI_NONE, 0, 0, &inv_buf),
		    EC_XWORD(dyn->d_un.d_val), MSG_ORIG(MSG_STR_EMPTY));
	}
}
/*
 * CDDL HEADER START
 *
 * The contents of this file are subject to the terms of the
 * Common Development and Distribution License (the "License").
 * You may not use this file except in compliance with the License.
 *
 * You can obtain a copy of the license at usr/src/OPENSOLARIS.LICENSE
 * or http://www.opensolaris.org/os/licensing.
 * See the License for the specific language governing permissions
 * and limitations under the License.
 *
 * When distributing Covered Code, include this CDDL HEADER in each
 * file and include the License file at usr/src/OPENSOLARIS.LICENSE.
 * If applicable, add the following below this CDDL HEADER, with the
 * fields enclosed by brackets "[]" replaced with your own identifying
 * information: Portions Copyright [yyyy] [name of copyright owner]
 *
 * CDDL HEADER END
 */

/*
 * Copyright 2009 Sun Microsystems, Inc.  All rights reserved.
 * Use is subject to license terms.
 */

#include	<sgs.h>
#include	<_debug.h>
#include	<conv.h>
#include	<msg.h>

void
Elf_ehdr(Lm_list *lml, Ehdr *ehdr, Shdr *shdr0)
{
	Conv_inv_buf_t		inv_buf1, inv_buf2;
	Conv_ehdr_flags_buf_t	flags_buf;
	Conv_sec_flags_buf_t	sec_flags_buf;
	Byte			*byte =	&(ehdr->e_ident[0]);
	const char		*flgs;
	int			xshdr = 0;
	uchar_t			osabi = ehdr->e_ident[EI_OSABI];
	Half			mach = ehdr->e_machine;

	dbg_print(lml, MSG_ORIG(MSG_STR_EMPTY));
	dbg_print(lml, MSG_INTL(MSG_ELF_HEADER));

	dbg_print(lml, MSG_ORIG(MSG_ELF_MAGIC), byte[EI_MAG0],
	    (byte[EI_MAG1] ? byte[EI_MAG1] : '0'),
	    (byte[EI_MAG2] ? byte[EI_MAG2] : '0'),
	    (byte[EI_MAG3] ? byte[EI_MAG3] : '0'));
	dbg_print(lml, MSG_ORIG(MSG_ELF_CLASS),
	    conv_ehdr_class(ehdr->e_ident[EI_CLASS], 0, &inv_buf1),
	    conv_ehdr_data(ehdr->e_ident[EI_DATA], 0, &inv_buf2));
	dbg_print(lml, MSG_ORIG(MSG_ELF_OSABI),
	    conv_ehdr_osabi(ehdr->e_ident[EI_OSABI], 0, &inv_buf1),
	    conv_ehdr_abivers(ehdr->e_ident[EI_OSABI],
	    ehdr->e_ident[EI_ABIVERSION], CONV_FMT_DECIMAL, &inv_buf2));
	dbg_print(lml, MSG_ORIG(MSG_ELF_MACHINE),
	    conv_ehdr_mach(mach, 0, &inv_buf1),
	    conv_ehdr_vers(ehdr->e_version, 0, &inv_buf2));
	dbg_print(lml, MSG_ORIG(MSG_ELF_TYPE),
	    conv_ehdr_type(osabi, ehdr->e_type, 0, &inv_buf1));

	/*
	 * Line up the flags differently depending on whether we received a
	 * numeric (e.g. "0x200") or text representation (e.g.
	 * "[ EF_SPARC_SUN_US1 ]").
	 */
	flgs = conv_ehdr_flags(mach, ehdr->e_flags, 0, &flags_buf);
	if (flgs[0] == '[')
		dbg_print(lml, MSG_ORIG(MSG_ELF_FLAGS_FMT), flgs);
	else
		dbg_print(lml, MSG_ORIG(MSG_ELF_FLAGS), flgs);

	/*
	 * The e_shnum, e_shstrndx and e_phnum entries may have a different
	 * meaning if extended sections exist.
	 */
	if (ehdr->e_shstrndx == SHN_XINDEX) {
		dbg_print(lml, MSG_ORIG(MSG_ELFX_ESIZE),
		    EC_ADDR(ehdr->e_entry), ehdr->e_ehsize);
		xshdr++;
	} else
		dbg_print(lml, MSG_ORIG(MSG_ELF_ESIZE), EC_ADDR(ehdr->e_entry),
		    ehdr->e_ehsize, ehdr->e_shstrndx);

	if (ehdr->e_shnum == 0) {
		dbg_print(lml, MSG_ORIG(MSG_ELFX_SHOFF), EC_OFF(ehdr->e_shoff),
		    ehdr->e_shentsize);
		xshdr++;
	} else
		dbg_print(lml, MSG_ORIG(MSG_ELF_SHOFF), EC_OFF(ehdr->e_shoff),
		    ehdr->e_shentsize, ehdr->e_shnum);

	if (ehdr->e_phnum == PN_XNUM) {
		dbg_print(lml, MSG_ORIG(MSG_ELFX_PHOFF), EC_OFF(ehdr->e_phoff),
		    ehdr->e_phentsize);
		xshdr++;
	} else
		dbg_print(lml, MSG_ORIG(MSG_ELF_PHOFF), EC_OFF(ehdr->e_phoff),
		    ehdr->e_phentsize, ehdr->e_phnum);

	if ((xshdr == 0) || (shdr0 == NULL))
		return;

	/*
	 * If we have Extended ELF headers - print shdr[0].
	 */
	dbg_print(lml, MSG_ORIG(MSG_STR_EMPTY));
	dbg_print(lml, MSG_ORIG(MSG_SHD0_TITLE));
	dbg_print(lml, MSG_ORIG(MSG_SHD0_ADDR), EC_ADDR(shdr0->sh_addr),
	    conv_sec_flags(osabi, mach, shdr0->sh_flags, 0, &sec_flags_buf));
	dbg_print(lml, MSG_ORIG(MSG_SHD0_SIZE), EC_XWORD(shdr0->sh_size),
	    conv_sec_type(osabi, mach, shdr0->sh_type, 0, &inv_buf1));
	dbg_print(lml, MSG_ORIG(MSG_SHD0_OFFSET), EC_OFF(shdr0->sh_offset),
	    EC_XWORD(shdr0->sh_entsize));
	dbg_print(lml, MSG_ORIG(MSG_SHD0_LINK), EC_WORD(shdr0->sh_link),
	    EC_WORD(shdr0->sh_info));
	dbg_print(lml, MSG_ORIG(MSG_SHD0_ALIGN), EC_XWORD(shdr0->sh_addralign));
}
/*
 * CDDL HEADER START
 *
 * The contents of this file are subject to the terms of the
 * Common Development and Distribution License (the "License").
 * You may not use this file except in compliance with the License.
 *
 * You can obtain a copy of the license at usr/src/OPENSOLARIS.LICENSE
 * or http://www.opensolaris.org/os/licensing.
 * See the License for the specific language governing permissions
 * and limitations under the License.
 *
 * When distributing Covered Code, include this CDDL HEADER in each
 * file and include the License file at usr/src/OPENSOLARIS.LICENSE.
 * If applicable, add the following below this CDDL HEADER, with the
 * fields enclosed by brackets "[]" replaced with your own identifying
 * information: Portions Copyright [yyyy] [name of copyright owner]
 *
 * CDDL HEADER END
 */

/*
 * Copyright 2010 Sun Microsystems, Inc.  All rights reserved.
 * Use is subject to license terms.
 */

#include	"msg.h"
#include	"_debug.h"
#include	"libld.h"

/*
 * Print out a single `entry descriptor' entry.
 */
void
Dbg_ent_entry(Lm_list *lml, uchar_t osabi, Half mach, Ent_desc *enp)
{
	union {
		Conv_inv_buf_t			inv;
		Conv_sec_flags_buf_t		sec_flags;
		Conv_ent_flags_buf_t		ent_flags;
		Conv_ent_files_flags_buf_t	ent_files_flags;
	} buf;
	Aliste			idx;
	Ent_desc_file		*edfp;

	if (enp->ec_name != NULL)
		dbg_print(lml, MSG_ORIG(MSG_ECR_NAME), enp->ec_name);

	dbg_print(lml, MSG_ORIG(MSG_ECR_FLAGS),
	    conv_ent_flags(enp->ec_flags, &buf.ent_flags));

	dbg_print(lml, MSG_ORIG(MSG_ECR_IS_NAME),
	    (enp->ec_is_name ? enp->ec_is_name : MSG_INTL(MSG_STR_NULL)),
	    conv_sec_flags(osabi, mach, enp->ec_attrmask, 0, &buf.sec_flags));

	dbg_print(lml, MSG_ORIG(MSG_ECR_SEGMENT),
	    (enp->ec_segment->sg_name ? enp->ec_segment->sg_name :
	    MSG_INTL(MSG_STR_NULL)),
	    conv_sec_flags(osabi, mach, enp->ec_attrbits, 0, &buf.sec_flags));

	dbg_print(lml, MSG_ORIG(MSG_ECR_NDX), EC_WORD(enp->ec_ordndx),
	    conv_sec_type(osabi, mach, enp->ec_type, 0, &buf.inv));

	if (enp->ec_files) {
		dbg_print(lml, MSG_ORIG(MSG_ECR_FILES));
		for (ALIST_TRAVERSE(enp->ec_files, idx, edfp))
			dbg_print(lml, MSG_ORIG(MSG_ECR_FILE),
			    conv_ent_files_flags(edfp->edf_flags, 0,
			    &buf.ent_files_flags), edfp->edf_name);
	}
}

/*
 * Print out all `entrance descriptor' entries.
 */
void
Dbg_ent_print(Lm_list *lml, uchar_t osabi, Half mach, APlist *alp)
{
	Ent_desc	*enp;
	Aliste		ndx;

	if (DBG_NOTCLASS(DBG_C_ENTRY))
		return;

	Dbg_util_nl(lml, DBG_NL_STD);
	dbg_print(lml, MSG_INTL(MSG_ECR_TITLE));

	for (APLIST_TRAVERSE(alp, ndx, enp)) {
		dbg_print(lml, MSG_INTL(MSG_ECR_DESC), EC_WORD(ndx));
		Dbg_ent_entry(lml, osabi, mach, enp);
	}
}
/*
 * CDDL HEADER START
 *
 * The contents of this file are subject to the terms of the
 * Common Development and Distribution License (the "License").
 * You may not use this file except in compliance with the License.
 *
 * You can obtain a copy of the license at usr/src/OPENSOLARIS.LICENSE
 * or http://www.opensolaris.org/os/licensing.
 * See the License for the specific language governing permissions
 * and limitations under the License.
 *
 * When distributing Covered Code, include this CDDL HEADER in each
 * file and include the License file at usr/src/OPENSOLARIS.LICENSE.
 * If applicable, add the following below this CDDL HEADER, with the
 * fields enclosed by brackets "[]" replaced with your own identifying
 * information: Portions Copyright [yyyy] [name of copyright owner]
 *
 * CDDL HEADER END
 */

/*
 * Copyright (c) 1992, 2010, Oracle and/or its affiliates. All rights reserved.
 * Copyright 2022 Oxide Computer Company
 */

#include	<sys/auxv.h>
#include	<string.h>
#include	<unistd.h>
#include	<fcntl.h>
#include	<limits.h>
#include	<stdio.h>
#include	<libld.h>
#include	<rtld.h>
#include	<conv.h>
#include	"msg.h"
#include	"_debug.h"

void
Dbg_file_analyze(Rt_map *lmp)
{
	Conv_dl_mode_buf_t	dl_mode_buf;
	Lm_list			*lml = LIST(lmp);

	if (DBG_NOTCLASS(DBG_C_FILES))
		return;

	Dbg_util_nl(lml, DBG_NL_STD);
	dbg_print(lml, MSG_INTL(MSG_FIL_ANALYZE), NAME(lmp),
	    conv_dl_mode(MODE(lmp), 1, &dl_mode_buf));
}

void
Dbg_file_mmapobj(Lm_list *lml, const char *name, mmapobj_result_t *ompp,
    uint_t onum)
{
	mmapobj_result_t	*mpp;
	uint_t			mnum;

	if (DBG_NOTCLASS(DBG_C_FILES))
		return;
	if (DBG_NOTDETAIL())
		return;

	Dbg_util_nl(lml, DBG_NL_STD);
	dbg_print(lml, MSG_INTL(MSG_FIL_MMAPOBJ), name, onum);

	for (mnum = 0, mpp = ompp; mnum < onum; mnum++, mpp++) {
		const char	*str;
		uint_t		type = MR_GET_TYPE(mpp->mr_flags);

		if (type == MR_PADDING)
			str = MSG_ORIG(MSG_MR_PADDING);
		else if (type == MR_HDR_ELF)
			str = MSG_ORIG(MSG_MR_HDR_ELF);
		else
			str = MSG_ORIG(MSG_STR_EMPTY);

		dbg_print(lml, MSG_INTL(MSG_FIL_MMAPOBJ_1), mnum,
		    EC_NATPTR(mpp->mr_addr), EC_OFF(mpp->mr_fsize), str);
		dbg_print(lml, MSG_INTL(MSG_FIL_MMAPOBJ_2),
		    EC_OFF(mpp->mr_offset), EC_OFF(mpp->mr_msize));
	}
	Dbg_util_nl(lml, DBG_NL_STD);
}

void
Dbg_file_elf(Lm_list *lml, const char *name, Addr addr, size_t size,
    const char *lmid, Aliste lmco)
{
	const char	*str;

	if (DBG_NOTCLASS(DBG_C_FILES))
		return;

	if (addr == 0)
		str = MSG_INTL(MSG_STR_TEMPORARY);
	else
		str = MSG_ORIG(MSG_STR_EMPTY);

	dbg_print(lml, MSG_INTL(MSG_FIL_ELF), name, str);
	dbg_print(lml, MSG_INTL(MSG_FIL_DATA_AS), EC_ADDR(addr), EC_OFF(size));
	dbg_print(lml, MSG_INTL(MSG_FIL_DATA_LL), lmid, EC_XWORD(lmco));
}

void
Dbg_file_ldso(Rt_map *lmp, char **envp, auxv_t *auxv, const char *lmid,
    Aliste lmco)
{
	Lm_list	*lml = LIST(lmp);

	if (DBG_NOTCLASS(DBG_C_FILES))
		return;

	Dbg_util_nl(lml, DBG_NL_STD);
	dbg_print(lml, MSG_INTL(MSG_FIL_LDSO), PATHNAME(lmp));
	dbg_print(lml, MSG_INTL(MSG_FIL_DATA_AS), EC_ADDR(ADDR(lmp)),
	    EC_OFF(MSIZE(lmp)));
	dbg_print(lml, MSG_INTL(MSG_FIL_DATA_EA), EC_NATPTR(envp),
	    EC_NATPTR(auxv));
	dbg_print(lml, MSG_INTL(MSG_FIL_DATA_LL), lmid, EC_XWORD(lmco));
	Dbg_util_nl(lml, DBG_NL_STD);
}


void
Dbg_file_prot(Rt_map *lmp, int prot)
{
	Lm_list	*lml = LIST(lmp);

	if (DBG_NOTCLASS(DBG_C_FILES))
		return;

	Dbg_util_nl(lml, DBG_NL_STD);
	dbg_print(lml, MSG_INTL(MSG_FIL_PROT), NAME(lmp), (prot ? '+' : '-'));
}

void
Dbg_file_delete(Rt_map *lmp)
{
	Lm_list	*lml = LIST(lmp);

	if (DBG_NOTCLASS(DBG_C_FILES))
		return;

	Dbg_util_nl(lml, DBG_NL_STD);
	dbg_print(lml, MSG_INTL(MSG_FIL_DELETE), NAME(lmp));
}

static int	hdl_title = 0;
static Msg	hdl_str = 0;

void
Dbg_file_hdl_title(int type)
{
	static const Msg titles[] = {
		MSG_FIL_HDL_CREATE,	/* MSG_INTL(MSG_FIL_HDL_CREATE) */
		MSG_FIL_HDL_ADD,	/* MSG_INTL(MSG_FIL_HDL_ADD) */
		MSG_FIL_HDL_DELETE,	/* MSG_INTL(MSG_FIL_HDL_DELETE) */
		MSG_FIL_HDL_ORPHAN,	/* MSG_INTL(MSG_FIL_HDL_ORPHAN) */
		MSG_FIL_HDL_REINST,	/* MSG_INTL(MSG_FIL_HDL_REINST) */
	};

	if (DBG_NOTCLASS(DBG_C_FILES))
		return;
	if (DBG_NOTDETAIL())
		return;

	/*
	 * Establish a binding title for later use in Dbg_file_hdl_action.
	 */
	if (type <= DBG_HDL_REINST) {
		hdl_str = titles[type];
		hdl_title = 1;
	} else {
		hdl_str = 0;
		hdl_title = 0;
	}
}

void
Dbg_file_hdl_collect(Grp_hdl *ghp, const char *name)
{
	Conv_grphdl_flags_buf_t	grphdl_flags_buf;
	Lm_list		*lml = ghp->gh_ownlml;
	const char	*str;

	if (DBG_NOTCLASS(DBG_C_FILES))
		return;
	if (DBG_NOTDETAIL())
		return;

	if (ghp->gh_ownlmp)
		str = NAME(ghp->gh_ownlmp);
	else
		str = MSG_INTL(MSG_STR_ORPHAN);

	if (hdl_title) {
		hdl_title = 0;
		Dbg_util_nl(lml, DBG_NL_STD);
	}
	if (name)
		dbg_print(lml, MSG_INTL(MSG_FIL_HDL_RETAIN), str, name);
	else
		dbg_print(lml, MSG_INTL(MSG_FIL_HDL_COLLECT), str,
		    conv_grphdl_flags(ghp->gh_flags, &grphdl_flags_buf));
}

void
Dbg_file_hdl_action(Grp_hdl *ghp, Rt_map *lmp, int type, uint_t flags)
{
	Conv_grpdesc_flags_buf_t grpdesc_flags_buf;
	const char	*mode, *group;
	Lm_list		*lml = LIST(lmp);
	Msg		str;

	static const Msg fmt[] = {
		MSG_FIL_DEP_ADD,	/* MSG_INTL(MSG_FIL_DEP_ADD) */
		MSG_FIL_DEP_UPDATE,	/* MSG_INTL(MSG_FIL_DEP_UPDATE) */
		MSG_FIL_DEP_DELETE,	/* MSG_INTL(MSG_FIL_DEP_DELETE) */
		MSG_FIL_DEP_REMOVE,	/* MSG_INTL(MSG_FIL_DEP_REMOVE) */
		MSG_FIL_DEP_REMAIN,	/* MSG_INTL(MSG_FIL_DEP_REMAIN) */
		MSG_FIL_DEP_ORPHAN,	/* MSG_INTL(MSG_FIL_DEP_ORPHAN) */
		MSG_FIL_DEP_REINST,	/* MSG_INTL(MSG_FIL_DEP_REINST) */
	};
	if (DBG_NOTCLASS(DBG_C_FILES))
		return;
	if (DBG_NOTDETAIL())
		return;

	if (hdl_title) {
		Dbg_util_nl(lml, DBG_NL_STD);
		if (hdl_str) {
			Conv_grphdl_flags_buf_t grphdl_flags_buf;
			const char	*name;

			/*
			 * Protect ourselves in case this handle has no
			 * originating owner.
			 */
			if (ghp->gh_ownlmp)
				name = NAME(ghp->gh_ownlmp);
			else
				name = MSG_INTL(MSG_STR_UNKNOWN);

			dbg_print(lml, MSG_INTL(hdl_str), name,
			    conv_grphdl_flags(ghp->gh_flags, &grphdl_flags_buf),
			    EC_NATPTR(ghp));
		}
		hdl_title = 0;
	}

	/*
	 * Establish a binding descriptor format string.
	 */
	if (type > DBG_DEP_REINST)
		return;

	str = fmt[type];

	if (((type == DBG_DEP_ADD) || (type == DBG_DEP_UPDATE)) && flags)
		group = conv_grpdesc_flags(flags, &grpdesc_flags_buf);
	else
		group = MSG_ORIG(MSG_STR_EMPTY);

	if ((MODE(lmp) & (RTLD_GLOBAL | RTLD_NODELETE)) ==
	    (RTLD_GLOBAL | RTLD_NODELETE))
		mode = MSG_ORIG(MSG_MODE_GLOBNODEL);
	else if (MODE(lmp) & RTLD_GLOBAL)
		mode = MSG_ORIG(MSG_MODE_GLOB);
	else if (MODE(lmp) & RTLD_NODELETE)
		mode = MSG_ORIG(MSG_MODE_NODEL);
	else
		mode = MSG_ORIG(MSG_STR_EMPTY);

	dbg_print(lml, MSG_INTL(str), NAME(lmp), mode, group);
}

void
Dbg_file_bind_entry(Lm_list *lml, Bnd_desc *bdp)
{
	Conv_bnd_type_buf_t bnd_type_buf;

	if (DBG_NOTCLASS(DBG_C_FILES))
		return;
	if (DBG_NOTDETAIL())
		return;

	/*
	 * Print the dependency together with the modes of the binding.
	 */
	Dbg_util_nl(lml, DBG_NL_STD);
	dbg_print(lml, MSG_INTL(MSG_FIL_BND_ADD), NAME(bdp->b_caller));
	dbg_print(lml, MSG_INTL(MSG_FIL_BND_FILE), NAME(bdp->b_depend),
	    conv_bnd_type(bdp->b_flags, &bnd_type_buf));
}

void
Dbg_file_bindings(Rt_map *lmp, int flag)
{
	Conv_bnd_obj_buf_t	bnd_obj_buf;
	Conv_bnd_type_buf_t	bnd_type_buf;
	const char	*str;
	Rt_map		*tlmp;
	Lm_list		*lml = LIST(lmp);
	int		next = 0;

	if (DBG_NOTCLASS(DBG_C_INIT))
		return;
	if (DBG_NOTDETAIL())
		return;

	if (flag & RT_SORT_REV)
		str = MSG_ORIG(MSG_SCN_INIT);
	else
		str = MSG_ORIG(MSG_SCN_FINI);

	Dbg_util_nl(lml, DBG_NL_STD);
	dbg_print(lml, MSG_INTL(MSG_FIL_DEP_TITLE), str,
	    conv_bnd_obj(lml->lm_flags, &bnd_obj_buf));

	/* LINTED */
	for (tlmp = lmp; tlmp; tlmp = (Rt_map *)NEXT(tlmp)) {
		Bnd_desc	*bdp;
		Aliste		idx;

		/*
		 * For .init processing, only collect objects that have been
		 * relocated and haven't already been collected.
		 * For .fini processing, only collect objects that have had
		 * their .init collected, and haven't already been .fini
		 * collected.
		 */
		if (flag & RT_SORT_REV) {
			if ((FLAGS(tlmp) & (FLG_RT_RELOCED |
			    FLG_RT_INITCLCT)) != FLG_RT_RELOCED)
				continue;

		} else {
			if ((flag & RT_SORT_DELETE) &&
			    ((FLAGS(tlmp) & FLG_RT_DELETE) == 0))
				continue;
			if (((FLAGS(tlmp) &
			    (FLG_RT_INITCLCT | FLG_RT_FINICLCT)) ==
			    FLG_RT_INITCLCT) == 0)
				continue;
		}

		if (next++)
			Dbg_util_nl(lml, DBG_NL_STD);

		if (DEPENDS(tlmp) == NULL)
			dbg_print(lml, MSG_INTL(MSG_FIL_DEP_NONE), NAME(tlmp));
		else {
			dbg_print(lml, MSG_INTL(MSG_FIL_DEP_ENT), NAME(tlmp));

			for (APLIST_TRAVERSE(DEPENDS(tlmp), idx, bdp)) {
				dbg_print(lml, MSG_INTL(MSG_FIL_BND_FILE),
				    NAME(bdp->b_depend),
				    conv_bnd_type(bdp->b_flags,
				    &bnd_type_buf));
			}
		}
	}
	Dbg_util_nl(lml, DBG_NL_STD);
}

void
Dbg_file_bindings_done(Lm_list *lml)
{
	if (DBG_NOTCLASS(DBG_C_INIT))
		return;
	if (DBG_NOTDETAIL())
		return;

	DBG_CALL(Dbg_util_nl(lml, DBG_NL_STD));
}

void
Dbg_file_lazyload(Rt_map *clmp, const char *fname, const char *sname)
{
	Lm_list	*lml = LIST(clmp);

	if (DBG_NOTCLASS(DBG_C_FILES))
		return;

	Dbg_util_nl(lml, DBG_NL_STD);
	dbg_print(lml, MSG_INTL(MSG_FIL_LAZYLOAD), fname, NAME(clmp),
	    Dbg_demangle_name(sname));
}

void
Dbg_file_preload(Lm_list *lml, const char *name)
{
	if (DBG_NOTCLASS(DBG_C_FILES))
		return;

	Dbg_util_nl(lml, DBG_NL_STD);
	dbg_print(lml, MSG_INTL(MSG_FIL_PRELOAD), name);
}

void
Dbg_file_needed(Rt_map *lmp, const char *name)
{
	Lm_list	*lml = LIST(lmp);

	if (DBG_NOTCLASS(DBG_C_FILES))
		return;

	Dbg_util_nl(lml, DBG_NL_STD);
	dbg_print(lml, MSG_INTL(MSG_FIL_NEEDED), name, NAME(lmp));
}

void
Dbg_file_filter(Lm_list *lml, const char *filter, const char *filtee,
    int config)
{
	if (DBG_NOTCLASS(DBG_C_FILES))
		return;

	Dbg_util_nl(lml, DBG_NL_STD);
	if (config)
		dbg_print(lml, MSG_INTL(MSG_FIL_FILTER_1), filter, filtee);
	else
		dbg_print(lml, MSG_INTL(MSG_FIL_FILTER_2), filter, filtee);
}

void
Dbg_file_filtee(Lm_list *lml, const char *filter, const char *filtee, int audit)
{
	if (DBG_NOTCLASS(DBG_C_FILES))
		return;

	Dbg_util_nl(lml, DBG_NL_STD);

	if (audit)
		dbg_print(lml, MSG_INTL(MSG_FIL_FILTEE_3), filtee);
	else if (filter)
		dbg_print(lml, MSG_INTL(MSG_FIL_FILTEE_1), filtee, filter);
	else
		dbg_print(lml, MSG_INTL(MSG_FIL_FILTEE_2), filtee);
}

void
Dbg_file_fixname(Lm_list *lml, const char *oname, const char *nname)
{
	if (DBG_NOTCLASS(DBG_C_FILES))
		return;

	Dbg_util_nl(lml, DBG_NL_STD);
	dbg_print(lml, MSG_INTL(MSG_FIL_FIXNAME), oname, nname);
}

void
Dbg_file_output(Ofl_desc *ofl)
{
	const char	*prefix = MSG_ORIG(MSG_PTH_OBJECT);
	char		*oname, *nname, *ofile;
	int		fd;

	if (DBG_NOTCLASS(DBG_C_FILES))
		return;
	if (DBG_NOTDETAIL())
		return;

	/*
	 * Obtain the present input object filename for concatenation to the
	 * prefix name.
	 */
	oname = (char *)ofl->ofl_name;
	if ((ofile = strrchr(oname, '/')) == NULL)
		ofile = oname;
	else
		ofile++;

	/*
	 * Concatenate the prefix with the object filename, open the file and
	 * write out the present Elf memory image.  As this is debugging we
	 * ignore all errors.
	 */
	if ((nname = malloc(strlen(prefix) + strlen(ofile) + 1)) != 0) {
		(void) strcpy(nname, prefix);
		(void) strcat(nname, ofile);
		if ((fd = open(nname, O_RDWR | O_CREAT | O_TRUNC,
		    0666)) != -1) {
			(void) write(fd, ofl->ofl_nehdr, ofl->ofl_size);
			(void) close(fd);
		}
		free(nname);
	}
}

void
Dbg_file_config_dis(Lm_list *lml, const char *config, int features)
{
	Conv_config_feat_buf_t	config_feat_buf;
	const char		*str;

	if (features == 0)
		return;

	switch (features & ~CONF_FEATMSK) {
	case DBG_CONF_IGNORE:
		str = MSG_INTL(MSG_FIL_CONFIG_ERR_1);
		break;
	case DBG_CONF_VERSION:
		str = MSG_INTL(MSG_FIL_CONFIG_ERR_2);
		break;
	case DBG_CONF_PRCFAIL:
		str = MSG_INTL(MSG_FIL_CONFIG_ERR_3);
		break;
	case DBG_CONF_CORRUPT:
		str = MSG_INTL(MSG_FIL_CONFIG_ERR_4);
		break;
	case DBG_CONF_ABIMISMATCH:
		str = MSG_INTL(MSG_FIL_CONFIG_ERR_5);
		break;
	default:
		str = conv_config_feat(features, &config_feat_buf);
		break;
	}

	Dbg_util_nl(lml, DBG_NL_FRC);
	dbg_print(lml, MSG_INTL(MSG_FIL_CONFIG_ERR), config, str);
	Dbg_util_nl(lml, DBG_NL_FRC);
}

void
Dbg_file_config_obj(Lm_list *lml, const char *dir, const char *file,
    const char *config)
{
	char	*name, _name[PATH_MAX];

	if (DBG_NOTCLASS(DBG_C_FILES))
		return;

	if (file) {
		(void) snprintf(_name, PATH_MAX, MSG_ORIG(MSG_FMT_PATH),
		    dir, file);
		name = _name;
	} else
		name = (char *)dir;

	dbg_print(lml, MSG_INTL(MSG_FIL_CONFIG), name, config);
}

void
Dbg_file_del_rescan(Lm_list *lml)
{
	if (DBG_NOTCLASS(DBG_C_FILES))
		return;

	Dbg_util_nl(lml, DBG_NL_STD);
	dbg_print(lml, MSG_INTL(MSG_FIL_DEL_RESCAN));
}

void
Dbg_file_mode_promote(Rt_map *lmp, int mode)
{
	Conv_dl_mode_buf_t	dl_mode_buf;
	Lm_list			*lml = LIST(lmp);

	if (DBG_NOTCLASS(DBG_C_FILES))
		return;

	Dbg_util_nl(lml, DBG_NL_STD);
	dbg_print(lml, MSG_INTL(MSG_FIL_PROMOTE), NAME(lmp),
	    conv_dl_mode(mode, 0, &dl_mode_buf));
	Dbg_util_nl(lml, DBG_NL_STD);
}

void
Dbg_file_deferred(Lm_list *lml, const char *oname, const char *nname)
{
	if (DBG_NOTCLASS(DBG_C_FILES))
		return;

	Dbg_util_nl(lml, DBG_NL_STD);
	dbg_print(lml, MSG_INTL(MSG_FIL_DEFERRED), oname, nname);
}

void
Dbg_file_cntl(Lm_list *lml, Aliste flmco, Aliste tlmco)
{
	Lm_cntl	*lmc;
	Aliste	off;

	if (DBG_NOTCLASS(DBG_C_FILES))
		return;
	if (DBG_NOTDETAIL())
		return;

	Dbg_util_nl(lml, DBG_NL_STD);
	dbg_print(lml, MSG_INTL(MSG_CNTL_TITLE), EC_XWORD(flmco),
	    EC_XWORD(tlmco));

	for (ALIST_TRAVERSE_BY_OFFSET(lml->lm_lists, off, lmc)) {
		Rt_map	*lmp;

		/* LINTED */
		for (lmp = lmc->lc_head; lmp; lmp = (Rt_map *)NEXT(lmp))
			dbg_print(lml, MSG_ORIG(MSG_CNTL_ENTRY), EC_XWORD(off),
			    NAME(lmp));
	}
	Dbg_util_nl(lml, DBG_NL_STD);
}

/*
 * Report archive rescan operation.
 *	argv_start_ndx, argv_end_ndx - Index range of command line arguments
 *		from which archives are to be reprocessed.
 */
void
Dbg_file_ar_rescan(Lm_list *lml, int argv_start_ndx, int argv_end_ndx)
{
	if (DBG_NOTCLASS(DBG_C_FILES))
		return;

	Dbg_util_nl(lml, DBG_NL_STD);
	dbg_print(lml, MSG_INTL(MSG_FIL_AR_RESCAN),
	    argv_start_ndx, argv_end_ndx);
	Dbg_util_nl(lml, DBG_NL_STD);
}

void
Dbg_file_ar(Lm_list *lml, const char *name, Boolean again)
{
	const char	*str;

	if (DBG_NOTCLASS(DBG_C_FILES))
		return;

	if (again)
		str = MSG_INTL(MSG_STR_AGAIN);
	else
		str = MSG_ORIG(MSG_STR_EMPTY);

	Dbg_util_nl(lml, DBG_NL_STD);
	dbg_print(lml, MSG_INTL(MSG_FIL_ARCHIVE), name, str);
}

void
Dbg_file_generic(Lm_list *lml, Ifl_desc *ifl)
{
	Conv_inv_buf_t inv_buf;

	if (DBG_NOTCLASS(DBG_C_FILES))
		return;

	Dbg_util_nl(lml, DBG_NL_STD);
	dbg_print(lml, MSG_INTL(MSG_FIL_BASIC), ifl->ifl_name,
	    conv_ehdr_type(ifl->ifl_ehdr->e_ident[EI_OSABI],
	    ifl->ifl_ehdr->e_type, 0, &inv_buf));
}

#if SGS_REJ_NUM != (SGS_REJ_HWCAP_3 + 1)
#error SGS_REJ_NUM has changed
#endif

static const Msg reject[SGS_REJ_NUM] = {
	MSG_STR_EMPTY,
	MSG_REJ_MACH,		/* MSG_INTL(MSG_REJ_MACH) */
	MSG_REJ_CLASS,		/* MSG_INTL(MSG_REJ_CLASS) */
	MSG_REJ_DATA,		/* MSG_INTL(MSG_REJ_DATA) */
	MSG_REJ_TYPE,		/* MSG_INTL(MSG_REJ_TYPE) */
	MSG_REJ_BADFLAG,	/* MSG_INTL(MSG_REJ_BADFLAG) */
	MSG_REJ_MISFLAG,	/* MSG_INTL(MSG_REJ_MISFLAG) */
	MSG_REJ_VERSION,	/* MSG_INTL(MSG_REJ_VERSION) */
	MSG_REJ_HAL,		/* MSG_INTL(MSG_REJ_HAL) */
	MSG_REJ_US3,		/* MSG_INTL(MSG_REJ_US3) */
	MSG_REJ_STR,		/* MSG_INTL(MSG_REJ_STR) */
	MSG_REJ_UNKFILE,	/* MSG_INTL(MSG_REJ_UNKFILE) */
	MSG_REJ_UNKCAP,		/* MSG_INTL(MSG_REJ_UNKCAP) */
	MSG_REJ_HWCAP_1,	/* MSG_INTL(MSG_REJ_HWCAP_1) */
	MSG_REJ_SFCAP_1,	/* MSG_INTL(MSG_REJ_SFCAP_1) */
	MSG_REJ_MACHCAP,	/* MSG_INTL(MSG_REJ_MACHCAP) */
	MSG_REJ_PLATCAP,	/* MSG_INTL(MSG_REJ_PLATCAP) */
	MSG_REJ_HWCAP_2,	/* MSG_INTL(MSG_REJ_HWCAP_2) */
	MSG_REJ_ARCHIVE,	/* MSG_INTL(MSG_REJ_ARCHIVE) */
	MSG_REJ_KMOD,		/* MSG_INTL(MSG_REJ_KMOD) */
	MSG_REJ_HWCAP_3		/* MSG_INTL(MSG_REJ_HWCAP_3) */
};

void
Dbg_file_rejected(Lm_list *lml, Rej_desc *rej, Half mach)
{
	Conv_reject_desc_buf_t rej_buf;

	if (DBG_NOTCLASS(DBG_C_FILES))
		return;

	Dbg_util_nl(lml, DBG_NL_STD);
	dbg_print(lml, MSG_INTL(reject[rej->rej_type]), rej->rej_name ?
	    rej->rej_name : MSG_INTL(MSG_STR_UNKNOWN),
	    conv_reject_desc(rej, &rej_buf, mach));
	Dbg_util_nl(lml, DBG_NL_STD);
}

void
Dbg_file_reuse(Lm_list *lml, const char *nname, const char *oname)
{
	if (DBG_NOTCLASS(DBG_C_FILES))
		return;

	Dbg_util_nl(lml, DBG_NL_STD);
	dbg_print(lml, MSG_INTL(MSG_FIL_REUSE), nname, oname);
}

void
Dbg_file_skip(Lm_list *lml, const char *oname, const char *nname)
{
	if (DBG_NOTCLASS(DBG_C_FILES))
		return;

	if (oname && strcmp(nname, oname))
		dbg_print(lml, MSG_INTL(MSG_FIL_SKIP_1), nname, oname);
	else
		dbg_print(lml, MSG_INTL(MSG_FIL_SKIP_2), nname);
}

void
Dbg_file_modified(Lm_list *lml, const char *obj, const char *oname,
    const char *nname, int ofd, int nfd, Elf *oelf, Elf *nelf)
{
	const char	*str;

	if (DBG_NOTCLASS(DBG_C_FILES | DBG_C_SUPPORT))
		return;
	if (DBG_NOTDETAIL())
		return;

	Dbg_util_nl(lml, DBG_NL_STD);
	dbg_print(lml, MSG_INTL(MSG_FIL_MODIFIED), oname, obj);

	if (nname != oname)
		dbg_print(lml, MSG_INTL(MSG_FIL_NAMECHANGE), nname);
	if (nfd != ofd) {
		if (nfd == -1)
			str = MSG_INTL(MSG_FIL_IGNORE);
		else
			str = MSG_ORIG(MSG_STR_EMPTY);
		dbg_print(lml, MSG_INTL(MSG_FIL_FDCHANGE), ofd, nfd, str);
	}
	if (nelf != oelf) {
		if (nelf == 0)
			str = MSG_INTL(MSG_FIL_IGNORE);
		else
			str = MSG_ORIG(MSG_STR_EMPTY);
		dbg_print(lml, MSG_INTL(MSG_FIL_ELFCHANGE), EC_NATPTR(oelf),
		    EC_NATPTR(nelf), str);
	}
	Dbg_util_nl(lml, DBG_NL_STD);
}

void
Dbg_file_cleanup(Lm_list *lml, const char *name, Aliste lmco)
{
	if (DBG_NOTCLASS(DBG_C_FILES))
		return;

	Dbg_util_nl(lml, DBG_NL_STD);
	dbg_print(lml, MSG_INTL(MSG_FIL_CLEANUP), name, EC_XWORD(lmco));
}
/*
 * CDDL HEADER START
 *
 * The contents of this file are subject to the terms of the
 * Common Development and Distribution License (the "License").
 * You may not use this file except in compliance with the License.
 *
 * You can obtain a copy of the license at usr/src/OPENSOLARIS.LICENSE
 * or http://www.opensolaris.org/os/licensing.
 * See the License for the specific language governing permissions
 * and limitations under the License.
 *
 * When distributing Covered Code, include this CDDL HEADER in each
 * file and include the License file at usr/src/OPENSOLARIS.LICENSE.
 * If applicable, add the following below this CDDL HEADER, with the
 * fields enclosed by brackets "[]" replaced with your own identifying
 * information: Portions Copyright [yyyy] [name of copyright owner]
 *
 * CDDL HEADER END
 */

/*
 * Copyright 2008 Sun Microsystems, Inc.  All rights reserved.
 * Use is subject to license terms.
 */

#include	<stdio.h>
#include	"_debug.h"
#include	"msg.h"
#include	"libld.h"


static int
Dbg_got_compare(Gottable *gtp1, Gottable *gtp2)
{
	Gotndx	*gnp1 = &gtp1->gt_gndx;
	Gotndx	*gnp2 = &gtp2->gt_gndx;

	if (gnp1->gn_gotndx > gnp2->gn_gotndx)
		return (1);
	if (gnp1->gn_gotndx < gnp2->gn_gotndx)
		return (-1);

	return (0);
}

void
Dbg_got_display(Ofl_desc *ofl, Off goff, int stage,
    Word m_got_xnumber, size_t m_got_entsize)
{
	Lm_list		*lml = ofl->ofl_lml;
	Gottable	*gtp = ofl->ofl_gottable;
	Word		gotndx;
	Xword		*gptr;

	if (DBG_NOTCLASS(DBG_C_GOT))
		return;

	if (ofl->ofl_gotcnt == m_got_xnumber)
		return;

	Dbg_util_nl(lml, DBG_NL_STD);
	dbg_print(lml, MSG_INTL(MSG_GOT_INFO), EC_WORD(ofl->ofl_gotcnt));

	if (DBG_NOTDETAIL())
		return;

	qsort((char *)gtp, ofl->ofl_gotcnt, sizeof (Gottable),
	    (int(*)(const void *, const void *))Dbg_got_compare);

	if (stage == 0)
		dbg_print(lml, MSG_INTL(MSG_GOT_COLUMNS1));
	else
		dbg_print(lml, MSG_INTL(MSG_GOT_COLUMNS2));

	gptr = (Xword *)ofl->ofl_osgot->os_outdata->d_buf;

	for (gotndx = 0; gotndx < ofl->ofl_gotcnt; gotndx++, gtp++, gptr++) {
		Sym_desc	*sdp = gtp->gt_sym;
		const char	*refstr, *name;
		Gotndx		*gnp = &gtp->gt_gndx;
		Lword		gotaddval;
		Off		off = goff + (gotndx * m_got_entsize);
		char		index[INDEX_STR_SIZE];

		(void) snprintf(index, INDEX_STR_SIZE, MSG_ORIG(MSG_GOT_INDEX),
		    EC_SWORD(gnp->gn_gotndx));

		if (sdp == 0)
			refstr = MSG_ORIG(MSG_STR_EMPTY);
		else if (sdp->sd_flags & FLG_SY_SMGOT)
			refstr = MSG_ORIG(MSG_GOT_SMALL_PIC);
		else
			refstr = MSG_ORIG(MSG_GOT_BIG_PIC);

		if (sdp == 0)
			name = MSG_ORIG(MSG_STR_EMPTY);
		else if (sdp->sd_name)
			name = Dbg_demangle_name(sdp->sd_name);
		else
			name = MSG_INTL(MSG_STR_UNKNOWN);

		if (stage == 0)
			gotaddval = gnp->gn_addend;
		else
			gotaddval = *gptr;

		if ((sdp == 0) || (sdp->sd_sym->st_shndx == SHN_UNDEF) ||
		    (sdp->sd_file == 0)) {
			dbg_print(lml, MSG_INTL(MSG_GOT_FORMAT1), index,
			    refstr, EC_OFF(off), EC_XWORD(gotaddval), name);
		} else {
			dbg_print(lml, MSG_INTL(MSG_GOT_FORMAT2), index,
			    refstr, EC_OFF(off), EC_XWORD(gotaddval),
			    sdp->sd_file->ifl_name, name);
		}
	}
}

void
Elf_got_title(Lm_list *lml)
{
	dbg_print(lml, MSG_INTL(MSG_GOT_TITLE));
}

void
Elf_got_entry(Lm_list *lml, Sword ndx, Addr addr, Xword value, Half mach,
    uchar_t ei_target_data, uchar_t ei_host_data, Word type, void *reloc,
    const char *name)
{
	Rela		*rela;
	Rel		*rel;
	const char	*str;
	Conv_inv_buf_t	inv_buf;
	char		index[INDEX_STR_SIZE];

	(void) snprintf(index, INDEX_STR_SIZE, MSG_ORIG(MSG_GOT_INDEX),
	    EC_SWORD(ndx));

	/*
	 * Got sections are SHT_PROGBITS, and are therefore not xlated by
	 * libelf. If the target system has a different byte order than
	 * the system displaying the data, swap the bytes so they are
	 * presented properly.
	 */
	if (ei_target_data != ei_host_data)
		value = BSWAP_XWORD(value);

	if (reloc) {
		if (type == SHT_RELA) {
			rela = (Rela *)reloc;
			str = conv_reloc_type(mach,
			    ELF_R_TYPE(rela->r_info, mach), 0, &inv_buf);
		} else {
			rel = (Rel *)reloc;
			str = conv_reloc_type(mach,
			    ELF_R_TYPE(rel->r_info, mach), 0, &inv_buf);
		}

		if (name)
			name = Elf_demangle_name(name);
		else
			name = MSG_ORIG(MSG_STR_EMPTY);

		dbg_print(lml, MSG_INTL(MSG_GOT_ENTRY_RE), index, EC_ADDR(addr),
		    EC_XWORD(value), str, name);
	} else
		dbg_print(lml, MSG_INTL(MSG_GOT_ENTRY_NR), index, EC_ADDR(addr),
		    EC_XWORD(value));
}
#
# CDDL HEADER START
#
# The contents of this file are subject to the terms of the
# Common Development and Distribution License (the "License").
# You may not use this file except in compliance with the License.
#
# You can obtain a copy of the license at usr/src/OPENSOLARIS.LICENSE
# or http://www.opensolaris.org/os/licensing.
# See the License for the specific language governing permissions
# and limitations under the License.
#
# When distributing Covered Code, include this CDDL HEADER in each
# file and include the License file at usr/src/OPENSOLARIS.LICENSE.
# If applicable, add the following below this CDDL HEADER, with the
# fields enclosed by brackets "[]" replaced with your own identifying
# information: Portions Copyright [yyyy] [name of copyright owner]
#
# CDDL HEADER END
#

#
# Copyright (c) 1996, 2010, Oracle and/or its affiliates. All rights reserved.
# Copyright 2022 Oxide Computer Company
#

@ _START_

# Message file for cmd/sgs/liblddbg.

@ MSG_ID_LIBLDDBG


# Usage messages

@ MSG_USE_UNRECOG	"warning: unrecognized debug option (try help): %s"
@ MSG_USE_CNTNEGOPT	"warning: ignoring non-negatable debug option: %s"

@ MSG_USE_HDR_DCT	"Display Control Tokens:"
@ MSG_USE_HDR_CST	"Category Selection Tokens:"
@ MSG_USE_HDR_BOTH	"    [ld and ld.so.1]"
@ MSG_USE_HDR_RTLD	"    [ld.so.1 only]"
@ MSG_USE_HDR_LD	"    [ld only]"

# TRANSLATION_NOTE - Use the following output in the C locale as reference 1.
#
# The runtime linker and link-editor support a shared debugging
# facility. Options are selected via a comma separated list of tokens,
# each of which specifies a display option or a category for which
# information is desired. Many tokens apply to both linker components,
# while some are specific to one or the other. Diagnostics are printed,
# one per line, with a standard prefix prepended to each one. Diagnostic
# output is sent to stderr unless otherwise redirected.

# TRANSLATION_NOTE - The next series of messages makes the above output in C
# locale.

@ MSG_USE_R1_A	"The runtime linker and link-editor support a \
		 shared debugging"
@ MSG_USE_R1_B	"facility. Options are selected via a comma separated list \
		 of tokens,"
@ MSG_USE_R1_C	"each of which specifies a display option or a category \
		 for which"
@ MSG_USE_R1_D	"information is desired. Many tokens apply to both linker \
		 components,"
@ MSG_USE_R1_E	"while some are specific to one or the other. Diagnostics \
		 are printed,"
@ MSG_USE_R1_F	"one per line, with a standard prefix prepended to each one. \
		 Diagnostic"

# TRANSLATION_NOTE -- do not translate "stderr"
@ MSG_USE_R1_G	"output is sent to stderr unless otherwise redirected."

# TRANSLATION_NOTE - End of reference 1


# TRANSLATION_NOTE - Use the following output in the C locale as reference 2.
#
# Runtime Linking (ld.so.1):
#     Diagnostics that trace the runtime linking of an application
#     can be enabled via the LD_DEBUG environment variable:
#          LD_DEBUG=token1,token2 app ...
#     In addition to the "output" token described below, diagnostic
#     output from the runtime linker can be redirected to an output
#     file using the additional environment variable:
#          LD_DEBUG_OUTPUT=file
#     If the "output" token and LD_DEBUG_OUTPUT are both specified,
#     the file specified by LD_DEBUG_OUTPUT is used. If LD_DEBUG_OUTPUT
#     is used, the output file name is suffixed with the process id.
#     An output file specified via the "output" token is used as
#     specified, without a process id suffix. Use of the "output"
#     token with programs that call fork() results in each process
#     writing debug output to the same file. The debug output will be
#     jumbled and incomplete. LD_DEBUG_OUTPUT should be used in such
#     cases to direct debug output for each process to a unique file.
#
#     All runtime linker diagnostics are prepended with the process
#     id. If thread capabilities are enabled for the process, the
#     thread id is also shown. All Solaris applications are thread
#     capable, and a single threaded application may use threads via
#     the libraries it links to. Diagnostics from such applications
#     reference thread id 1.

# TRANSLATION_NOTE - The next series of messages makes the above output in C
# locale.

@ MSG_USE_R2_A	"Runtime Linking (ld.so.1):"
@ MSG_USE_R2_B	"    Diagnostics that trace the runtime linking \
		 of an application"

# TRANSLATION_NOTE -- do not translate "LD_DEBUG"
@ MSG_USE_R2_C	"    can be enabled via the LD_DEBUG environment variable:"

# TRANSLATION_NOTE -- do not translate "LD_DEBUG"
@ MSG_USE_R2_D	"         LD_DEBUG=token1,token2 app ..."

# TRANSLATION_NOTE -- do not translate "output"
@ MSG_USE_R2_E	"    In addition to the \"output\" token described \
		 below, diagnostic"
@ MSG_USE_R2_F	"    output from the runtime linker can be redirected to \
		 an output"
@ MSG_USE_R2_G	"    file using the additional environment variable:"

# TRANSLATION_NOTE -- do not translate "LD_DEBUG_OUTPUT"
@ MSG_USE_R2_H	"         LD_DEBUG_OUTPUT=file"

# TRANSLATION_NOTE -- do not translate "output" or "LD_DEBUG_OUTPUT"
@ MSG_USE_R2_I	"    If the \"output\" token and LD_DEBUG_OUTPUT are \
		 both specified,"

# TRANSLATION_NOTE -- do not translate "LD_DEBUG_OUTPUT"
@ MSG_USE_R2_J	"    the file specified by LD_DEBUG_OUTPUT is used. \
		 If LD_DEBUG_OUTPUT"
@ MSG_USE_R2_K	"    is used, the output file name is suffixed with \
		     the process id."

# TRANSLATION_NOTE -- do not translate "output"
@ MSG_USE_R2_L	"    An output file specified via the \"output\" token \
		     is used as"

# TRANSLATION_NOTE -- do not translate "output"
@ MSG_USE_R2_M	"    specified, without a process id suffix. Use \
		     of the \"output\""

# TRANSLATION_NOTE -- do not translate "fork"
@ MSG_USE_R2_N	"    token with programs that call fork() results in \
		     each process"
@ MSG_USE_R2_O	"    writing debug output to the same file. The debug \
		     output will be"
@ MSG_USE_R2_P	"    jumbled and incomplete. LD_DEBUG_OUTPUT should be \
		     used in such"
@ MSG_USE_R2_Q	"    cases to direct debug output for each process to \
		     a unique file."


@ MSG_USE_R2_R	"    All runtime linker diagnostics are prepended with \
		 the process"
@ MSG_USE_R2_S	"    id. If thread capabilities are enabled for the \
		 process, the"
@ MSG_USE_R2_T	"    thread id is also shown. All Solaris applications are \
		 thread"
@ MSG_USE_R2_U	"    capable, and a single threaded application may \
		 use threads via"
@ MSG_USE_R2_V	"    the libraries it links to. Diagnostics from such \
		 applications"
@ MSG_USE_R2_W	"    reference thread id 1."

# TRANSLATION_NOTE - End of reference 2


# TRANSLATION_NOTE - Use the following output in the C locale as reference 3.
#
# Link-Editing (ld):
#     Diagnostics that trace the link-editing of an application are
#     enabled using the -D option:
#        ld -Dtoken1,token2 -o prog ...
#     As compiler drivers may assign -D a different meaning, the
#     LD_OPTIONS environment variable is often used:
#        LD_OPTIONS=-Dtoken1,token2 cc -o prog ...
#
#     The position of -D on the link-edit command line is significant.
#     Diagnostics are enabled when a debug token is first encountered,
#     and can be switched off by prepending the token with "!".
#
#     Diagnostic output can be directed to a file using the "output"
#     token, The output file is used as specified, without a process
#     id suffix.
#
#     All link-editor diagnostics are prepended with the string "debug".
#

# TRANSLATION_NOTE - The next series of messages makes the above output in C
# locale.

@ MSG_USE_R3_A	" Link-Editing (ld):"
@ MSG_USE_R3_B	"    Diagnostics that trace the link-editing of an \
		 application are"
@ MSG_USE_R3_C	"    enabled using the -D option:"
@ MSG_USE_R3_D	"       ld -Dtoken1,token2 -o prog ..."
@ MSG_USE_R3_E	"    As compiler drivers may assign -D a different meaning, the"

# TRANSLATION_NOTE -- do not translate "LD_OPTIONS"
@ MSG_USE_R3_F	"    LD_OPTIONS environment variable is often used:"

# TRANSLATION_NOTE -- do not translate "LD_OPTIONS"
@ MSG_USE_R3_G	"       LD_OPTIONS=-Dtoken1,token2 cc -o prog ..."

@ MSG_USE_R3_H	"    The position of -D on the link-edit command line \
		 is significant."
@ MSG_USE_R3_I	"    Diagnostics are enabled when a debug token is \
		 first encountered,"
@ MSG_USE_R3_J	"    and can be switched off by prepending the token \
		 with \"!\"."

# TRANSLATION_NOTE -- do not translate "output"
@ MSG_USE_R3_K	"    Diagnostic output can be directed to a file using \
		 the \"output\""

@ MSG_USE_R3_L	"    token, The output file is used as specified, \
		 without a process"
@ MSG_USE_R3_M	"    id suffix."


# TRANSLATION_NOTE -- do not translate "debug"
@ MSG_USE_R3_N	"    All link-editor diagnostics are prepended with the \
		 string \"debug\"."

# TRANSLATION_NOTE - End of reference 3


# TRANSLATION_NOTE - Use the following output in the C locale as reference 4.
#
#         demangle         show C++ symbol names in their demangled form
#         detail           provide more information in conjunction with
#                            other options
#         dtime            prepend a time delta to diagnostics. The value
#                            appears as seconds.fraction, and represents
#                            the elapsed time since that last diagnostic.
#         long             display long object names without truncation
#         output=file      debug output is sent to the named file
#                            instead of stderr. If file is empty (\"\"),
#                            following output will be sent to stderr.
#         ttime            prepend a time stamp to diagnostics. The value
#                            appears as seconds.fraction, and represents
#                            the time since entering ld or ld.so.1.
#                            Note, all diagnostics induce a probe affect,
#                            which should be taken into account when
#                            interpreting dtime and ttime information.
#

# TRANSLATION_NOTE - The next series of messages makes the above output in C
# locale.

# TRANSLATION_NOTE -- do not translate the first token "demangle".
@ MSG_USE_R4_A	"        demangle         show C++ symbol names in their \
					  demangled form"

# TRANSLATION_NOTE -- do not translate the first token "detail".
@ MSG_USE_R4_B	"        detail           provide more information in \
					  conjunction with"
@ MSG_USE_R4_B2	"                           other options"

# TRANSLATION_NOTE -- do not translate the first token "dtime".
@ MSG_USE_R4_C	"        dtime            prepend a time delta to diagnostics. \
					  The value"
@ MSG_USE_R4_C2	"                           appears as seconds.fraction, and \
					  represents"
@ MSG_USE_R4_C3	"                           the elapsed time since that last \
					  diagnostic."

# TRANSLATION_NOTE -- do not translate the first token "long".
@ MSG_USE_R4_D	"        long             display long object names without \
					  truncation"

# TRANSLATION_NOTE -- do not translate the first token "output".
@ MSG_USE_R4_E	"        output=file      debug output is sent to the \
					  named file"
@ MSG_USE_R4_E2	"                           instead of stderr. If file is \
					  empty (\"\"),"
@ MSG_USE_R4_E3	"                           following output will be \
					    sent to stderr."

# TRANSLATION_NOTE -- do not translate the first token "ttime".
@ MSG_USE_R4_F	"        ttime            prepend a time stamp to diagnostics. \
					  The value"
@ MSG_USE_R4_F2	"                           appears as seconds.fraction, and \
					  represents"
@ MSG_USE_R4_F3	"                           the time since entering ld or \
					  ld.so.1."
@ MSG_USE_R4_F4 "                           Note all diagnostics induce a \
					  probe affect,"
@ MSG_USE_R4_F5 "                           which should be taken into \
					  account when"
@ MSG_USE_R4_F6 "                           interpreting dtime and ttime \
                                          information."

# TRANSLATION_NOTE - End of reference 4


# TRANSLATION_NOTE - Use the following output in the C locale as reference 5.
#
#         lmid[=name]      prepend link-map list id to diagnostics, and
#                          optionally filter the lists: By default,
#                          diagnostics are produced for all link-map
#                          lists except that of the runtime linker
#                          (ldso), without identification. "lmid" causes
#                          the link-map list id to be prepended.
#                          "name" limits diagnostics to the named
#                          link-map list. Additional "lmid" tokens
#                          can specify multiple link-map lists.
#                          Valid names are:
#                              all        all link-map lists except ldso
#                              alt        all alternative link-map lists
#                              alt[0-9]+  specific alternative link-map list
#                              base       the base, or main, link-map list
#                              ldso       the runtime linker link-map list
#

# TRANSLATION_NOTE - The next series of messages makes the above output in C
# locale.


# TRANSLATION_NOTE -- do not translate the first token "lmid".
@ MSG_USE_R5_A	"        lmid[=name]      prepend link-map list id to \
					  diagnostics, and"
@ MSG_USE_R5_A2	"                         optionally filter the lists: By \
					  default,"
@ MSG_USE_R5_A3	"                         diagnostics are produced for all \
					  link-map"
@ MSG_USE_R5_A4	"                         lists except that of the runtime \
					  linker"
@ MSG_USE_R5_A5	"                         (ldso), without identification. \
					  \"lmid\" causes"

# TRANSLATION_NOTE -- do not translate "name"
@ MSG_USE_R5_A6	"                         the link-map list id to be prepended."
@ MSG_USE_R5_A7	"                         \"name\" limits diagnostics to the \
					  named"
@ MSG_USE_R5_A8	"                         link-map list. Additional \"lmid\" \
					  tokens"
@ MSG_USE_R5_A9	"                         can specify multiple link-map \
					  lists."
@ MSG_USE_R5_A0	"                         Valid names are:"

# TRANSLATION_NOTE -- do not translate the token "all".
@ MSG_USE_R5_B	"                             all        all link-map lists \
							 except ldso"

# TRANSLATION_NOTE -- do not translate the token "alt".
@ MSG_USE_R5_C	"                             alt        all alternative \
							 link-map lists"

# TRANSLATION_NOTE -- do not translate the token "alt".
@ MSG_USE_R5_D	"                             alt[0-9]+  specific alt \
							 link-map list"

# TRANSLATION_NOTE -- do not translate the token "base".
@ MSG_USE_R5_E	"                             base       base (main) \
							 link-map list"
@ MSG_USE_R5_F	"                             ldso       runtime linker \
							 link-map list "
# TRANSLATION_NOTE - End of reference 5


# TRANSLATION_NOTE - Use the following output in the C locale as reference 6.
#
#         name             prepend output file basename to diagnostics
#         fullname         prepend full output file name to diagnostics
#         class            prepend output file elfclass (32/64) to
#                            diagnostics
#

# TRANSLATION_NOTE - The next series of messages makes the above output in C
# locale.

# TRANSLATION_NOTE -- do not translate the first token "name".
@ MSG_USE_R6_A	"        name             prepend output file basename \
					  to diagnostics"

# TRANSLATION_NOTE -- do not translate the first token "fullname".
@ MSG_USE_R6_B	"        fullname         prepend full output file name \
					  to diagnostics"

# TRANSLATION_NOTE -- do not translate the first token "class".
@ MSG_USE_R6_C	"        class            prepend output file elfclass \
					  (32/64) to"
@ MSG_USE_R6_C2	"                           diagnostics"

# TRANSLATION_NOTE - End of reference 6


# TRANSLATION_NOTE - Use the following output in the C locale as reference 7.
#
#         all              display information for all categories
#         basic            basic trace information/warnings
#         cap              platform/machine/hardware/software capabilities
#         files            input file processing (files and libraries)
#         help             this help message
#         libs             library search paths; detail flag shows
#                            actual library lookup (-l) processing
#         move             move sections
#         reloc            relocations
#         symbols          symbol tables; detail flag shows internal
#                            symbol table addition and resolution (ld only)
#         tls              thread local storage (TLS)
#         unused           unused/unreferenced files; detail flag
#                            shows unused sections (ld only)
#         versions         ELF versioning

# TRANSLATION_NOTE - The next series of messages makes the above output in C
# locale.


# TRANSLATION_NOTE -- do not translate the first token "all".
@ MSG_USE_R7_A	"        all              display information for \
					  all categories"

# TRANSLATION_NOTE -- do not translate the first token "basic".
@ MSG_USE_R7_B	"        basic            basic trace information/warnings"

# TRANSLATION_NOTE -- do not translate the first token "cap".
@ MSG_USE_R7_C	"        cap              platform/machine/hardware/software \
					  capabilities"

# TRANSLATION_NOTE -- do not translate the first token "files".
@ MSG_USE_R7_D	"        files            input file processing (files \
					  and libraries)"

# TRANSLATION_NOTE -- do not translate the first token "help".
@ MSG_USE_R7_E	"        help             this help message"

# TRANSLATION_NOTE -- do not translate the first token "libs".
@ MSG_USE_R7_F	"        libs             library search paths; detail \
					  flag shows"
@ MSG_USE_R7_F2	"                           actual library lookup (-l) \
					    processing"

# TRANSLATION_NOTE -- do not translate the first token "move".
@ MSG_USE_R7_G	"        move             move sections"

# TRANSLATION_NOTE -- do not translate the first token "reloc".
@ MSG_USE_R7_H	"        reloc            relocations"

# TRANSLATION_NOTE -- do not translate the first token "symbols".
@ MSG_USE_R7_I	"        symbols          symbol tables; detail flag shows \
					  internal"
@ MSG_USE_R7_I2	"                           symbol table addition/resolution \
					    (ld only)"

# TRANSLATION_NOTE -- do not translate the first token "tls".
@ MSG_USE_R7_J	"        tls              thread local storage (TLS)"

# TRANSLATION_NOTE -- do not translate the first token "unused".
@ MSG_USE_R7_K	"        unused           unused/unreferenced files; \
					  detail flag"
@ MSG_USE_R7_K2	"                           shows unused sections (ld only)"

# TRANSLATION_NOTE -- do not translate the first token "versions".
@ MSG_USE_R7_L	"        versions         ELF versioning"

# TRANSLATION_NOTE - End of reference 7


# TRANSLATION_NOTE - Use the following output in the C locale as reference 8.
#
#         audit            runtime link-audit processing
#         bindings         symbol binding; detail flag shows
#                            absolute:relative addresses
#         callback         user supplied code executed by ld.so.1
#                            (i.e. dl_iterate_phdr)
#         init             init and fini processing


# TRANSLATION_NOTE - The next series of messages makes the above output in C
# locale.


# TRANSLATION_NOTE -- do not translate the first token "audit".
@ MSG_USE_R8_A	"        audit            runtime link-audit processing"

# TRANSLATION_NOTE -- do not translate the first token "bindings".
@ MSG_USE_R8_B	"        bindings         symbol binding; detail flag shows"
@ MSG_USE_R8_B2	"                           absolute:relative addresses"

# TRANSLATION_NOTE -- do not translate the first token "dl".
@ MSG_USE_R8_C	"        dl               user calls to the dl*() family"

# TRANSLATION_NOTE -- do not translate the first token "init".
@ MSG_USE_R8_D	"        init             init and fini processing"

# TRANSLATION_NOTE - End of reference 8


# TRANSLATION_NOTE - Use the following output in the C locale as reference 9.
#
#         args             input arguments
#         entry            entrance criteria descriptors
#         got              GOT symbol information
#         map              mapfile processing
#         sections         input sections
#         segments         output segments and address/offset processing;
#                            detail flag shows associated sections
#         statistics       symbol table and relocation statistics
#         strtab           string table compression statistics;
#                            detail flag shows layout of string tables
#         support          support libraries

# TRANSLATION_NOTE - The next series of messages makes the above output in C
# locale.

# TRANSLATION_NOTE -- do not translate the first token "args".
@ MSG_USE_R9_A	"        args             input arguments"

# TRANSLATION_NOTE -- do not translate the first token "entry".
@ MSG_USE_R9_B	"        entry            entrance criteria descriptors"

# TRANSLATION_NOTE -- do not translate the first token "got".
@ MSG_USE_R9_C	"        got              GOT symbol information"

# TRANSLATION_NOTE -- do not translate the first token "map".
@ MSG_USE_R9_D	"        map              mapfile processing"

# TRANSLATION_NOTE -- do not translate the first token "sections".
@ MSG_USE_R9_E	"        sections         input sections"

# TRANSLATION_NOTE -- do not translate the first token "segments".
@ MSG_USE_R9_F	"        segments         output segments and address/offset \
					  processing;"
@ MSG_USE_R9_F2	"                           detail flag shows associated \
					    sections"

# TRANSLATION_NOTE -- do not translate the first token "statistics".
@ MSG_USE_R9_G	"        statistics       symbol table and relocation \
					  statistics"

# TRANSLATION_NOTE -- do not translate the first token "strtab".
@ MSG_USE_R9_H	"        strtab           string table compression statistics;"
@ MSG_USE_R9_H2	"                           detail flag shows layout of \
					    string tables"

# TRANSLATION_NOTE -- do not translate the first token "support".
@ MSG_USE_R9_I	"        support          support libraries"

# TRANSLATION_NOTE - End of reference 9


# Basic processing (ld).

@ MSG_BASIC_COLLECT	"collect relocations"
@ MSG_BASIC_CREATE	"create output image"
@ MSG_BASIC_FILES	"process files"
@ MSG_BASIC_FINISHED	"processing finished"
@ MSG_BASIC_OPTIONS	"process options"
@ MSG_BASIC_RELOCATE	"relocate output image"
@ MSG_BASIC_VALIDATE	"validating symbols"

# Argument messages

@ MSG_ARG_OPTION	"arg[%d]\toption=-%c"
@ MSG_ARG_OPTARG	"arg[%d]\toption=-%c:  option-argument: %s"
@ MSG_ARG_STR2CHR	"arg[%d]\toption=-%s:  translated: new option=-%c"
@ MSG_ARG_WLDEL		"arg[%d]\toption=-W%s:  translated: prefix -Wl,: \
			 removed"
@ MSG_ARG_FILE		"arg[%d]\tfile=%s"

# Bindings messages
# NOTE: these are used by appcert(1) and lari(1), use care when changing.

@ MSG_BND_BASIC		"binding file=%s to file=%s: symbol '%s'"
@ MSG_BND_PLT		"binding file=%s (%#llx:%#llx) at plt[%lld]:%s to \
			 file=%s (%#llx:%#llx): symbol '%s'%s"
@ MSG_BND_DLSYM		"binding file=%s (dlsym) to file=%s \
			 (%#llx:%#llx): symbol '%s'%s"
@ MSG_BND_DEFAULT	"binding file=%s (%#llx:%#llx) to file=%s \
			 (%#llx:%#llx): symbol '%s'%s"
@ MSG_BND_WEAK_1	"binding file=%s to 0x0 (undefined weak): symbol '%s'"
@ MSG_BND_WEAK_2	"binding file=%s (%#llx:%#llx) to 0x0 \
			 (undefined weak): symbol '%s'"

# NOTE: the rejected message is used by lari(1), use care when changing.  This
# message is formatted to conform to the pattern used by the MSG_BINFO messages.
@ MSG_BND_REJECT	"binding file=%s to file=%s: symbol '%s'  \
			 (rejected: %s)"
@ MSG_BNDREJ_DIRECT	"attempt to directly bind to a NODIRECT definition"
@ MSG_BNDREJ_GROUP	"attempt to bind within a group to a NODIRECT \
			 definition"
@ MSG_BNDREJ_SINGLE	"attempt to bind to a SINGLETON definition without \
			 following default search model"

@ MSG_BND_PLTPAD_TO	"   pltpad: %#llx: file=%s bound to file=%s: \
			 symbol '%s'"
@ MSG_BND_PLTPAD_FROM	"   pltpad: %#llx: bound from file=%s: symbol '%s'"

@ MSG_BND_PSUM_SPARCV9	"Summary of PLT types bound: 21d=%d, 24d=%d, u32=%d, \
			 u44=%d, full=%d, far=%d, Total=%d"
@ MSG_BND_PSUM_SPARC	"Summary of PLT types bound: 21d=%d, 24d=%d, \
			 full=%d, Total=%d"
@ MSG_BND_PSUM_DEFAULT	"Summary of PLT types bound: total=%d"

# Relocation messages

@ MSG_REL_GENERATE	"generating input relocations: section=%s"
@ MSG_REL_COLLECT	"collecting input relocations: section=%s, file=%s"
@ MSG_REL_ACTIVE	"performing active relocations"
@ MSG_REL_CREATING	"creating output relocations"
@ MSG_REL_START		"relocation processing: file=%s%s"
@ MSG_REL_FINISH	"relocation processing: file=%s; finished%s"
@ MSG_REL_NONE		"relocation processing: file=%s%s; nothing to do"

@ MSG_REL_PLT		"  (plt processing only)"
@ MSG_REL_FAIL		"  (failed)"

@ MSG_REL_BADROFFSET	"<offset lies outside memory image; \
			 relocation discarded>"

@ MSG_REL_TRANSITION	"relocation: %s: section=%s; input from file=%s; \
			 offset=0x%llx; symbol=%s; transitioned to: %s"
@ MSG_REL_DISCARDED	"relocation against discarded section=%s from file=%s; \
			 relocation type=%s offset=0x%llx; relocation discarded"
@ MSG_REL_COPY		"copy data from file=%s to file=%s: symbol '%s'%s"
@ MSG_REL_SLOPPYCOMDAT	"the following relocation references a discarded \
			 section; relocation redirected to section %s in \
			 file %s"

# Entrance criteria messages

@ MSG_ECR_TITLE		"Segment Entrance Criteria Descriptor List"
@ MSG_ECR_DESC		"entrance descriptor[%u]"


# Elf Data (section) messages
# TRANSLATION_NOTE - the following two entries provide for a series of one or
# more standard 32-bit Elf_Data entries that align with the initial title.

@ MSG_EDATA_TITLE_32	"            addr type        size   offset al file"
@ MSG_EDATA_ENTRY_32	"  %3s %#10llx %-5s %#10llx %#8llx %2lld %s %s%s"

# TRANSLATION_NOTE - the following two entries provide for a series of one or
# more standard 64-bit Elf_Data entries that align with the initial title.

@ MSG_EDATA_TITLE_64	"                    addr type                \
			 size           offset al file"
@ MSG_EDATA_ENTRY_64	"  %3s %#18llx %-5s %#18llx %#16llx %2lld %s %s%s"

@ MSG_EDATA_IGNSCN	"  (section ignored)"

# File messages

@ MSG_FIL_BASIC		"file=%s  [ %s ]"
@ MSG_FIL_ARCHIVE	"file=%s  [ archive ] %s"
@ MSG_FIL_SKIP_1	"file=%s;  skipped: already processed as %s"
@ MSG_FIL_SKIP_2	"file=%s;  skipped: already processed"
@ MSG_FIL_REUSE		"file=%s;  reusing: originally processed as %s"
@ MSG_FIL_PROT		"file=%s;  modifying memory protections (%c PROT_WRITE)"
@ MSG_FIL_DELETE	"file=%s;  deleting"
@ MSG_FIL_CLEANUP	"file=%s;  loading failed: cleaning up lmco 0x%llx"
@ MSG_FIL_LAZYLOAD	"file=%s;  lazy loading from file=%s: symbol=%s"
@ MSG_FIL_PRELOAD	"file=%s;  preloading"
@ MSG_FIL_NEEDED	"file=%s;  needed by %s"
@ MSG_FIL_FILTER_1	"file=%s;  filter for %s  (configuration definition)"
@ MSG_FIL_FILTER_2	"file=%s;  filter for %s"
@ MSG_FIL_FILTEE_2	"file=%s;  filtee processing failed"
@ MSG_FIL_FILTEE_3	"file=%s;  filtee skipped  (auditor directed)"
@ MSG_FIL_FIXNAME	"file=%s;  required name=%s"
@ MSG_FIL_PROMOTE	"file=%s;  promoting mode to %s"
@ MSG_FIL_DEFERRED	"file=%s;  deferred dependency exchanged for file=%s"
@ MSG_FIL_ELF		"file=%s  [ ELF ]; generating link map%s"
@ MSG_FIL_LDSO		"file=%s  [ ELF ]"

# NOTE: these are used by lari(1), use care when changing.
@ MSG_FIL_ANALYZE	"file=%s;  analyzing  %s"
@ MSG_FIL_FILTEE_1	"file=%s;  filtered by %s"
@ MSG_FIL_CONFIG	"file=%s  [ ELF ]; configuration alternate found: %s"


@ MSG_FIL_DATA_AS	"    addr:     %#18llx  size:   %#18llx"
@ MSG_FIL_DATA_LL	"    lmid:     %18.18s  lmco:   %#18llx"
@ MSG_FIL_DATA_EA	"    envp:     %#18llx  auxv:   %#18llx"

@ MSG_FIL_MMAPOBJ	"file=%s  mmapobj entries=%d"
@ MSG_FIL_MMAPOBJ_1	"  [%d]: addr:  %#18llx  fsize:  %#18llx  %s"
@ MSG_FIL_MMAPOBJ_2	"       offset: %#17llx  msize:  %#18llx"

@ MSG_FIL_BND_ADD	"file=%s;  add binding to:"
@ MSG_FIL_BND_FILE	"    file=%s   %s"

@ MSG_FIL_DEP_TITLE	"processing %s dependencies  %s:"
@ MSG_FIL_DEP_NONE	"  file=%s;  has no dependencies"
@ MSG_FIL_DEP_ENT	"  file=%s;  depends on:"

@ MSG_FIL_DEP_ADD	"    file=%s;  object added  %s  %s"
@ MSG_FIL_DEP_UPDATE	"    file=%s;  object updated  %s  %s"
@ MSG_FIL_DEP_DELETE	"    file=%s;  object deleting  %s"
@ MSG_FIL_DEP_REMOVE	"    file=%s;  object removed from handle  %s"
@ MSG_FIL_DEP_REMAIN	"    file=%s;  object must remain on handle  %s"
@ MSG_FIL_DEP_ORPHAN	"    file=%s;  object remains on orphan handle  %s"
@ MSG_FIL_DEP_REINST	"    file=%s;  object reinstated  %s"

@ MSG_FIL_HDL_CREATE	"handle=%s;  creating  %s  0x%llx:"
@ MSG_FIL_HDL_ADD	"handle=%s;  adding dependent objects  %s:"
@ MSG_FIL_HDL_DELETE	"handle=%s;  inspecting for deletion:"
@ MSG_FIL_HDL_ORPHAN	"handle=%s;  deletion cannot be completed: moving to \
			 orphan list:"
@ MSG_FIL_HDL_REINST	"handle=%s;  reinstating from orphan list:"

@ MSG_FIL_HDL_COLLECT	"handle=%s;  collected for possible removal  %s"
@ MSG_FIL_HDL_RETAIN	"handle=%s;  externally referenced from %s: handle \
			 retained"
@ MSG_FIL_DEL_RESCAN	"pending deletions; rescanning orphan list for \
			 available deletions"

@ MSG_FIL_AR_RESCAN	"rescanning archives from args[%d-%d]; additional \
			 members may satisfy prior extractions"

@ MSG_FIL_CONFIG_ERR	"configuration file=%s: %s"
@ MSG_FIL_CONFIG_ERR_1	"ignored (configuration building)"
@ MSG_FIL_CONFIG_ERR_2	"invalid version"
@ MSG_FIL_CONFIG_ERR_3	"unable to process file"
@ MSG_FIL_CONFIG_ERR_4	"corrupt or truncated file"
@ MSG_FIL_CONFIG_ERR_5	"incompatible ELF class, byte order, or machine \
			 architecture"

@ MSG_FIL_MODIFIED	"file=%s; open modified by support library: %s"
@ MSG_FIL_NAMECHANGE	"    name changed to: %s"
@ MSG_FIL_FDCHANGE	"    file descriptor changed from: %d to: %d %s"
@ MSG_FIL_ELFCHANGE	"    ELF descriptor changed from: 0x%llx to: 0x%llx %s"
@ MSG_FIL_IGNORE	" (file will be ignored)"

@ MSG_CNTL_TITLE	"control list processing complete: moving lmco 0x%llx \
			 to lmco 0x%llx"

@ MSG_REJ_MACH		"file=%s;  rejected: wrong machine type: %s"
@ MSG_REJ_CLASS		"file=%s;  rejected: wrong ELF class: %s"
@ MSG_REJ_DATA		"file=%s;  rejected: wrong ELF data format: %s"
@ MSG_REJ_TYPE		"file=%s;  rejected: bad ELF type: %s"
@ MSG_REJ_BADFLAG	"file=%s;  rejected: bad ELF flags value: %s"
@ MSG_REJ_MISFLAG	"file=%s;  rejected: mismatched ELF flags value: %s"
@ MSG_REJ_VERSION	"file=%s;  rejected: mismatched ELF/lib version: %s"
@ MSG_REJ_HAL		"file=%s;  rejected: HAL R1 extensions required"
@ MSG_REJ_US3		"file=%s;  rejected: Sun UltraSPARC III extensions \
			 required"
@ MSG_REJ_STR		"obj=%s;  rejected: %s"
@ MSG_REJ_UNKFILE	"obj=%s;  rejected: unknown file type"
@ MSG_REJ_UNKCAP	"obj=%s;  rejected: unknown capability: %d"
@ MSG_REJ_HWCAP_1	"obj=%s;  rejected: hardware capability (CA_SUNW_HW_1) \
			 unsupported: %s"
@ MSG_REJ_SFCAP_1	"obj=%s;  rejected: software capability (CA_SUNW_SF_1) \
			 unsupported: %s"
@ MSG_REJ_MACHCAP	"obj=%s;  rejected: machine capability (CA_SUNW_MACH) \
			 unsupported: %s"
@ MSG_REJ_PLATCAP	"obj=%s;  rejected: platform capability (CA_SUNW_PLAT) \
			 unsupported: %s"
@ MSG_REJ_HWCAP_2	"obj=%s;  rejected: hardware capability (CA_SUNW_HW_2) \
			 unsupported: %s"
@ MSG_REJ_ARCHIVE	"obj=%s;  rejected: archive unsed incorrectly"
@ MSG_REJ_KMOD		"obj=%s;  rejected: kernel module"
@ MSG_REJ_HWCAP_3	"obj=%s;  rejected: hardware capability (CA_SUNW_HW_3) \
			 unsupported: %s"

# Libs messages

@ MSG_LIB_INITPATH	"Library Search Paths (initial)"
@ MSG_LIB_UPPATH	"Library Search Paths (-L updated)"
@ MSG_LIB_LOPT		"find lib=-l%s; path=%s"
@ MSG_LIB_REQUIRED	"find lib=%s; path=%s (required by %s)"
@ MSG_LIB_LDLIBPATH	" search path=%s  (LD_LIBRARY_PATH)"
@ MSG_LIB_LDLIBPATHC	" search path=%s  (configuration LD_LIBRARY_PATH - %s)"
@ MSG_LIB_RUNPATH	" search path=%s  (RUNPATH/RPATH from file %s)"
@ MSG_LIB_DEFAULT	" search path=%s  (default)"
@ MSG_LIB_DEFAULTC	" search path=%s  (configuration default - %s)"
@ MSG_LIB_TDEFAULT	" search path=%s  (trusted default)"
@ MSG_LIB_TDEFAULTC	" search path=%s  (trusted configuration default - %s)"
@ MSG_LIB_LIBPATH	" search path=%s  (LIBPATH or -YP)"
@ MSG_LIB_YPATH		" search path=%s  replaces  path=%s  (-Y%c)"

@ MSG_LIB_FIND		"find object=%s; searching"
@ MSG_LIB_TRYING	" trying path=%s%s"
@ MSG_LIB_ALTER		" trying path=%s  (auditor returned alternative)"
@ MSG_LIB_SKIP		"   skip path=%s  (auditor directed)"
@ MSG_LIB_IGNORE	" ignore path=%s  (insecure directory name)"
@ MSG_LIB_INUSE		"    use path=%s  (implicitly secure, as directory \
			 has already provided dependencies)"

# Mapfile messages

@ MSG_MAP_MAPFILE	"mapfile=%s; version=%d (%s)"
@ MSG_MAP_SEG		"segment directive; line=%llu; %s"
@ MSG_MAP_SEG_ORDER	"segment order directive; line=%llu; list_cnt=%lld; %s"
@ MSG_MAP_CAP		"capability directive; line=%llu"
@ MSG_MAP_EC		"entrance criteria; line=%llu; added"
@ MSG_MAP_OS_ORDER	"output section ordering; line=%llu; segment=%s \
			 section=%s; index=%d"
@ MSG_MAP_HDR_NOALLOC	"header noalloc directive; line=%llu; first loadable \
			 segment will not contain ELF and program headers"

@ MSG_MAP_SYM_SCOPE	"symbol scope definition"
@ MSG_MAP_SYM_SIZE	"size-symbol directive; line=%llu; segment=%s; \
			 symbol=%s; %s"
@ MSG_MAP_SYM_VER_1	"%s, %s; symbol=%s  (%s)"
@ MSG_MAP_SYM_VER_2	"%s; symbol=%s  (%s)"

@ MSG_MAP_DV		"depend versions directive; line=%llu, object=%s"
@ MSG_MAP_DV_ENTRY	"%12.12s  %s; line=%llu"

@ MSG_MAP_SORT_TITLE	"mapfile additions: segment sorting required"
@ MSG_MAP_SORT_TITLE_O	"before:"
@ MSG_MAP_SORT_TITLE_S	"after:"
@ MSG_MAP_POST_TITLE	"mapfile post processing"
@ MSG_MAP_ENT_ORD_TITLE	"set entrance criteria input section sort keys; \
			 segment=%s"

@ MSG_MAP_ID_ADD	"%s: %lld: enter conditional expression id: %s"
@ MSG_MAP_ID_CLEAR	"%s: %lld: delete conditional expression id: %s"
@ MSG_MAP_PASS		"%s: %lld: input enabled by %s"
@ MSG_MAP_NOPASS	"%s: %lld: input disabled by %s"

# Move messages

@ MSG_MOVE_FILE		"file=%s  processing move data"

@ MSG_MOVE_TITLE1	"  i/o     offset   size repeat stride            \
			 value  with respect to"
@ MSG_MOVE_TITLE2	"  i/o    address   size repeat stride            \
			 value  with respect to"

@ MSG_MOVE_ENTRYIN	"   in %#10llx %6d %6d %6d %#16llx  %s"
@ MSG_MOVE_ENTRYOUT	"  out %#10llx %6d %6d %6d %#16llx  %s"
@ MSG_MOVE_EXPAND	"      %#10llx                      %#16llx  (expanded)"

@ MSG_MOVE_ADJEXPAND	"for symbol=%s roffset: new=0x%llx"
@ MSG_MOVE_ADJMOVE	"for symbol=%s roffset: from=0x%llx, to=0x%llx"
@ MSG_MOVE_OUTSCTADJ	"adjusting addend for symbol=%s"
@ MSG_MOVE_PAREXPN	"expanding symbol=%s into .data: %s"
@ MSG_MOVE_OUTMOVE	"copying move entries for symbol=%s into .SUNW_move"
@ MSG_MOVE_INPUT	"collecting move entries: file=%s"
@ MSG_MOVE_BAD		"move %lld offset invalid: %s: offset=0x%llx \
			 lies outside memory image; move discarded"

# Section header messages

@ MSG_SHD_MODIFIED	"section=%s; section header modified by support \
			 library: %s"
@ MSG_SHD_ORIG		"  original:"
@ MSG_SHD_NEW		"  new:"

# TRANSLATION_NOTE - The following two items are used following a number in
# the MSG_SHD_OFFSET_ENT_XX format strings below. For example "1 entry"
# or "23 entries".
#
@ MSG_SHD_ENTRY_1	"entry"
@ MSG_SHD_ENTRY_N	"entries"


# Section messages

@ MSG_SEC_BACKING	"mapfile symbol definitions: create backing storage:"

@ MSG_SEC_INPUT		"section=%s; input from file=%s"
@ MSG_SEC_INPUT_GEN	"section=%s"
@ MSG_SEC_INPUT_GENSTR	"section=%s; input generated merged string section"
@ MSG_SEC_ADDED		"section=%s; added to segment=%s"
@ MSG_SEC_CREATED	"section=%s; added to segment=%s (created)"
@ MSG_SEC_REDIRECTED	"section=%s; redirected to section=%s"
@ MSG_SEC_DISCARDED	"section=%s; input from file=%s; \
			 discarded in favor of section=%s; file=%s"

@ MSG_SEC_GNU_COMDAT_1	"section=%s; identified as COMDAT with \
			 relaxed relocations enabled"
@ MSG_SEC_GNU_COMDAT_2	"section=%s; identified as COMDAT"
@ MSG_SEC_GNU_COMDAT_3	"section=%s; relaxed relocations enabled"

@ MSG_SEC_GRP_DEFINE	"section=%s; input from file=%s; defines %s\
			 group: signature symbol: %s"
@ MSG_SEC_GRP_MEMBER	"section=%s; input from file=%s; member of %s\
			 group: signature symbol: %s"
@ MSG_SEC_GRP_DISCARDED	"section=%s; input from file=%s; discarded in \
			 favor of group: signature symbol: %s: file=%s"

@ MSG_SEC_STRMERGE_DISCARDED "section=%s; input from file=%s; \
			 discarded in favor of generated merged string section"
@ MSG_SEC_STRMERGE_UNSUP "section=%s; input from file=%s; sh_addralign=%lld; \
			  sh_entsize=%lld; unable to merge sections with this \
			  size and alignment"

@ MSG_SEC_STRTAB_STND	"strtab=%s; full size: %lld; uncompressed"
@ MSG_SEC_STRTAB_COMP	"strtab=%s; full size: %lld; compressed down to: %lld"
@ MSG_SEC_GENSTR_COMP	"section=%s (generated merged string section); \
			 full size: %lld; compressed down to: %lld"
@ MSG_SEC_STRTAB_HD	"strtab=%s; compression information [%d buckets]:"
@ MSG_SEC_STRTAB_BCKT	" bucket[%d]:"
@ MSG_SEC_STRTAB_MSTR	"   [%lld] %s  <master>"
@ MSG_SEC_STRTAB_SUFSTR	"   [%lld] %s  <suffix of: %s>"

# Unused messages

@ MSG_USD_SEC		"section=%s; size=0x%llx; input from file=%s; \
			 unused: does not satisfy any references%s"
@ MSG_USD_SECDISCARD	"; discarded"
@ MSG_USD_FILE		"file=%s  unused: does not satisfy any references"
@ MSG_USD_NEEDSTR	"file=%s  unused: unable to determine use"
@ MSG_USD_UNREF		"file=%s  unreferenced: unused dependency of %s"
@ MSG_USD_FILECYCLIC	"file=%s  unused: cyclic group [%d] member: \
			 unreferenced outside of group"
@ MSG_USD_LCINTERFACE	"file=%s  unused interface [%s]: using interface \
			 from previously loaded object: file=%s"

@ MSG_USD_LDLIBPATH	" search path=%s  unused: LD_LIBRARY_PATH entry"
@ MSG_DUP_LDLIBPATH	" search path=%s  unused: (duplicate) LD_LIBRARY_PATH \
			 entry"
@ MSG_USD_LDLIBPATHC	" search path=%s  unused: configuration \
			 LD_LIBRARY_PATH entry - %s"
@ MSG_DUP_LDLIBPATHC	" search path=%s  unused: (duplicate) configuration \
			 LD_LIBRARY_PATH entry - %s"
@ MSG_USD_RUNPATH	" search path=%s  unused: RUNPATH/RPATH from file %s"

# Segment messages

@ MSG_SEG_DESC_INUSE	"Program Header / Segment Descriptor List (in use)"
@ MSG_SEG_DESC_AVAIL	"Program Header / Segment Descriptor List (available)"


# Support messages

@ MSG_SUP_REQ		"support object request=%s  (%s)"
@ MSG_SUP_REQ_ENV	"supplied via SGS_SUPPORT"
@ MSG_SUP_REQ_CMD	"supplied via -S"

@ MSG_SUP_ROUTINE	"  support object=%s:  provides routine %s"

@ MSG_SUP_CALLING_1	"  calling routine=%s (%s)"
@ MSG_SUP_CALLING_2	"  calling routine=%s (%s)  %s=%s"
@ MSG_SUP_VNONE		"  unloading object=%s: version=LD_SUP_VNONE"
@ MSG_SUP_OUTFILE	"output file"
@ MSG_SUP_INFILE	"input file"
@ MSG_SUP_INSEC		"input section"
@ MSG_SUP_SEC		"section"

# Symbol strings
@ MSG_SYM_AR_FILE	"symbol table processing; input file=%s  [ archive ] %s"
@ MSG_SYM_AR_SKIP	"file=%s, symbol=%s, skipped"
@ MSG_SYM_AR_CHECK	"file=%s(%s), symbol=%s, checking for tentative or \
			 restricted visibility override"
@ MSG_SYM_AR_RESOLVE	"file=%s(%s), symbol=%s, resolves undefined or \
			 tentative symbol"
@ MSG_SYM_AR_FORCE	"file=%s(%s), forced extraction"

@ MSG_SYM_SPECIAL	"symbol table processing; building special symbols"
@ MSG_SYM_PROCESS	"symbol table processing; input file=%s  [ %s ]"
@ MSG_SYM_FINAL		"symbol table processing; final update"
@ MSG_SYM_INDEX		"symbol table processing; determining section \
			 symbol's index"
@ MSG_SYM_BSS		"symbol table processing; assigning to bss \
			 (possible copy relocations)"
@ MSG_SYM_REDUCED	"symbol table processing; reducing global symbols"
@ MSG_SYM_RETAINING	"symbol table processing; retaining local symbols"
@ MSG_SYM_VERSION	"symbol table processing; adding version symbols"
@ MSG_SYM_CAPABILITIES	"symbol table processing; adding local capabilities \
			 symbols"

@ MSG_SYM_BASIC		"symbol[%d]=%s"
@ MSG_SYM_ADDING	"symbol[%d]=%s  (global); adding"
@ MSG_SYM_SECTION	"symbol[%d]=%s  (section); segment=%s"
@ MSG_SYM_RESOLVING	"symbol[%d]=%s  (global); resolving [%d][%d]"
@ MSG_SYM_UPDATE	"symbol=%s;  updated"
@ MSG_SYM_CREATE	"symbol=%s;  creating"
@ MSG_SYM_REDUCING	"symbol=%s;  reducing to local"
@ MSG_SYM_ELIMINATING	"symbol=%s;  eliminating"
@ MSG_SYM_NOTELIMINATE	"symbol=%s;  not eliminated: referenced by \
			 section=%s, entry[%d]"
@ MSG_SYM_DISCARD_SEC	"symbol=%s;  discarded: originates from unused or \
			 discarded section=%s from file=%s"
@ MSG_SYM_DISCARD_FILE	"symbol=%s;  discarded: originates from unused or \
			 discarded file=%s"
@ MSG_SYM_DISCARD_DUP	"symbol[%d]=%s;  discarded duplicate: originates from \
			 file=%s"
@ MSG_SYM_WRAP		"symbol[%d]=%s  renamed to %s (-z wrap)"
@ MSG_SYM_CAP_ORIG	"symbol[%d]=%s  converting to symbol capability \
			 (-z symbolcap)"
@ MSG_SYM_CAP_LOCAL	"symbol[%d]=%s  creating local capability \
			 (-z symbolcap)"
@ MSG_SYM_COPY_DST	"symbol=%s;  copy destination: alignment: 0x%x"
@ MSG_SYM_COPY_REF	"symbol=%s;  copy reference"

@ MSG_SYM_LOOKUP	"symbol=%s;  lookup in file=%s  [ %s ]"

@ MSG_DLSYM_1		"symbol=%s;  dlsym() called from file=%s %s %s"
@ MSG_DLSYM_2		"symbol=%s;  dlsym() called from file=%s; starting \
			 at file=%s %s %s"

@ MSG_CAP_SYM_DEFAULT	"  symbol=%s[%u]:  capability family default"
@ MSG_CAP_SYM_USED	"  symbol=%s[%u]:  used"
@ MSG_CAP_SYM_CANDIDATE	"  symbol=%s[%u]:  capability candidate"
@ MSG_CAP_SYM_REJECTED	"  symbol=%s[%u]:  capability rejected"
@ MSG_CAP_SYM_HW_1	"  symbol=%s[%u]:  capability specific \
			 (CA_SUNW_HW_1):  [ %s ]"
@ MSG_CAP_SYM_SF_1	"  symbol=%s[%u]:  capability specific \
			 (CA_SUNW_SF_1):  [ %s ]"
@ MSG_CAP_SYM_MACH	"  symbol=%s[%u]:  capability specific \
			 (CA_SUNW_MACH):  [ %s ]"
@ MSG_CAP_SYM_PLAT	"  symbol=%s[%u]:  capability specific \
			 (CA_SUNW_PLAT):  [ %s ]"
@ MSG_CAP_SYM_HW_2	"  symbol=%s[%u]:  capability specific \
			 (CA_SUNW_HW_2):  [ %s ]"
@ MSG_CAP_SYM_HW_3	"  symbol=%s[%u]:  capability specific \
			 (CA_SUNW_HW_3):  [ %s ]"

@ MSG_SYM_LAZY_RESCAN	"rescanning for lazy dependencies for symbol: %s"

@ MSG_SYM_DUPSORTADDR	"section %s: symbol '%s' and symbol '%s' have the \
			 same address: %#llx"

@ MSG_SYM_IGNGNUVER	"symbol=%s;  hash index=%d;  version=%d;  skipping \
			 symbol with GNU version hidden bit set in file=%s"

# Syminfo string

@ MSG_SYMINFO_INFO	"syminfo information"


# Version strings

@ MSG_VER_AVAIL_1	"version availability: file=%s"
@ MSG_VER_AVAIL_2	" available  version                     selected from"
@ MSG_VER_DEF_TITLE	"version definition processing: file=%s"
@ MSG_VER_NEED_TITLE	"version needed processing: file=%s"
@ MSG_VER_NOINTERFACE	"version definition has no interface symbols: %s"

# SHF_ORDERED related messages. Token used is sections.

@ MSG_ORD_SORT_BEFORE	"section=%s; requires output section reordering:"
@ MSG_ORD_SORT_AFTER	"section=%s; output section reordered:"
@ MSG_ORD_HDR_1		" number of SHN_BEGIN=%u, ordered=%u, default=%u, \
			 SHN_AFTER=%u"
@ MSG_ORD_TITLE_1	" %s=SHN_BEGIN: section=%s from %s"
@ MSG_ORD_TITLE_2	" %s=SHN_AFTER: section=%s from %s"
@ MSG_ORD_TITLE_3	" sort key=%u: section=%s from %s, %s=%s"

@ MSG_ORD_ERR_TITLE	"the SHF_ORDERED section %s from %s has \
			 an error;  flag ignored"

@ MSG_ORD_ERR_INFORANGE	" the sh_info field is out of range"
@ MSG_ORD_ERR_ORDER	" the section pointed by sh_info is an ordered section"
@ MSG_ORD_ERR_LINKRANGE	" the sh_link field is out of range"
@ MSG_ORD_ERR_FLAGS	" the sh_flag is incorrect"
@ MSG_ORD_ERR_CYCLIC	" the sh_link is cyclic"
@ MSG_ORD_ERR_LINKINV	" a section pointed to by sh_link has an error"

# Link-Auditing Messages

@ MSG_AUD_LIB		"auditor %s: required by: %s  %s"
@ MSG_AUD_INTERFACE	"auditor %s: provides interface: %s"

@ MSG_AUD_VERSION	"auditor %s: la_version(): %d: returned %d"
@ MSG_AUD_ACTIVITY	"auditor %s: la_activity(): %s  %s"
@ MSG_AUD_PREINIT	"auditor %s: la_preinit(): %s"
@ MSG_AUD_OBJFILTER	"auditor %s: la_objfilter(): %s: filtee=%s  [ %s ]"
@ MSG_AUD_OBJFILTER_R	"auditor %s: la_objfilter(): %s: returned 0  (filtee \
			 ignored)"
@ MSG_AUD_OBJOPEN	"auditor %s: la_objopen(): %s"
@ MSG_AUD_OBJOPEN_R	"auditor %s: la_objopen(): %s: returned %s"
@ MSG_AUD_OBJOPEN_RI	"auditor %s: la_objopen(): %s: returned %s  (flags \
			 ignored)"
@ MSG_AUD_OBJSEARCH	"auditor %s: la_objsearch(): %s  %s"
@ MSG_AUD_OBJSEARCH_R	"auditor %s: la_objsearch(): %s: alternative path \
			 returned: %s"
@ MSG_AUD_OBJSEARCH_S	"auditor %s: la_objsearch(): %s: alternative path \
			 returned: 0  (path skipped)"
@ MSG_AUD_OBJCLOSE	"auditor %s: la_objclose(): %s"
@ MSG_AUD_SYMBIND	"auditor %s: la_symbind(): %s: value: 0x%llx  %s"
@ MSG_AUD_SYMBIND_R	"auditor %s: la_symbind(): %s: returned value: \
			 0x%llx  %s"
@ MSG_AUD_PLTENTER	"auditor %s: la_pltenter(): %s: value: 0x%llx"
@ MSG_AUD_PLTENTER_R	"auditor %s: la_pltenter(): %s: returned value: 0x%llx"
@ MSG_AUD_PLTEXIT	"auditor %s: la_pltexit(): %s"

@ MSG_AUD_IGNORE	"file=%s;  global auditing request ignored: object \
			 did not initiate process"
@ MSG_AUD_SKIP		"file=%s;  skipped: using auditor from %s"
@ MSG_AUD_TERM		"file=%s;  auditor has indicated path should be skipped"

# GOT Messages

@ MSG_GOT_INFO		"Global Offset Table information:  (%u entries)"

# TRANSLATION_NOTE
#	Do not translate .init or .fini, they represent reserved section names.

@ MSG_UTL_INIT		"calling .init (%s): %s"
@ MSG_UTL_FINI		"calling .fini: %s"
@ MSG_UTL_ARRAY		"calling %s[%d]:0x%llx: %s"
@ MSG_UTL_TRANS		"transferring control: %s"
@ MSG_UTL_INTOOLATE	"loading after relocation has started: interposition \
			 request (DF_1_INTERPOSE) ignored: %s"

@ MSG_UTL_EDGE_TITLE_I	"traversing %s dependency edge for interposer:"
@ MSG_UTL_EDGE_TITLE_S	"traversing %s dependency edge:"
@ MSG_UTL_EDGE_START	"  node (%d): file=%s"
@ MSG_UTL_EDGE_IN	"  node (%d): file=%s: referenced by %s  %s"
@ MSG_UTL_EDGE_OUT	"  node (%d): file=%s; cyclic dependency on %s"
@ MSG_UTL_COLLECT	"    [%d]  %s;  collecting %s section"

@ MSG_UTL_SORT		"from sorted order"
@ MSG_UTL_PEND		"pending"
@ MSG_UTL_DYN		"dynamically triggered"
@ MSG_UTL_DONE		"done"

@ MSG_UTL_DBNOTIFY	"notify debugger: event: %s state: %s"

@ MSG_UTL_SCC_TITLE	"  cycle detected - sorting cyclic dependencies in %s"
@ MSG_UTL_SCC_SUBI	"reverse load-order"
@ MSG_UTL_SCC_SUBF	"load-order"

@ MSG_UTL_LCINTERFACE	"file=%s;  provides interface [%s]: 0x%llx"

# Generic strings

@ MSG_STR_IGNORE	"ignored"
@ MSG_STR_ENTERED	"entered"
@ MSG_STR_ORIGINAL	"original"
@ MSG_STR_EXCLUDE	"exclude"
@ MSG_STR_RESET		"reset"
@ MSG_STR_IN		" in"
@ MSG_STR_OUT		"out"
@ MSG_STR_ACT		"act"
@ MSG_STR_CURRENT	"current"
@ MSG_STR_ADD		"add"
@ MSG_STR_OLD		"old"
@ MSG_STR_NEW		"new"
@ MSG_STR_NEW_IMPLICIT	"new (implicit)"
@ MSG_STR_RESOLVED	"resolved"
@ MSG_STR_ADDING	"adding"
@ MSG_STR_UP_1		"updating"
@ MSG_STR_UP_2		"updated"
@ MSG_STR_ALLOW		"allow"
@ MSG_STR_REQUIRE	"require"
@ MSG_STR_MOD_BEFORE	"modify (before)"
@ MSG_STR_MOD_AFTER	"modify (after)"

@ MSG_STR_UNKNOWN	"<unknown>"
@ MSG_STR_ORPHAN	"<orphan>"

@ MSG_STR_UNUSED	"(unused)"
@ MSG_STR_AGAIN		"(again)"
@ MSG_STR_NULL		"(null)"
@ MSG_STR_ALTER		"  (alternate)"
@ MSG_STR_COPYZERO	"  (copy zero's unnecessary)"
@ MSG_STR_TEMPORARY	"  (temporary)"
@ MSG_STR_RETRY		" (retry) "

# TLS related messages

@ MSG_TLS_STATBLOCK1	"static TLS module: [%ld] %s"
@ MSG_TLS_STATBLOCK2	"static TLS reservation: in use %#llx: \
			 additional backup: %#llx"
@ MSG_TLS_STATBLOCK3	"static TLS requirement: [%ld] %s: size %#llx: \
			 satisfied from backup reservation: remaining %#llx"
@ MSG_TLS_MODENT1	"    block:  %#18llx    soff:   %#10llx  flags:  %#llx \
			 %s"
@ MSG_TLS_MODENT2	"    filesz: %#18llx    memsz:  %#10llx  modid:  %lld"
@ MSG_TLS_MODACT	"%s TLS module: %s"
@ MSG_TLS_ADD		"add"
@ MSG_TLS_REMOVE	"remove"

# Statistics related messages

@ MSG_STATS_AR		"archive %s: count=%d, used=%d  (%d%%)"

@ MSG_STATS_GENERAL	"General Statistics:"
@ MSG_STATS_FILES	"  Input files: relocatables=%lld  \
			 shared objects=%lld  archives=%lld"
@ MSG_STATS_SYMBOLS_OUT	"      Symbols output: globals=%-10lld locals=%lld"
@ MSG_STATS_SYMBOLS_IN	"      Symbols  input: globals=%-10lld scoped=%-10lld \
			 eliminated=%lld"
@ MSG_STATS_REL_OUT	"  Relocations output: records=%lld"
@ MSG_STATS_REL_IN	"  Relocations  input: records=%-10lld applied=%lld"
@ MSG_STATS_REL_TICACHE	"  Relocation Cache"
@ MSG_STATS_REL_TIACT	"Active"
@ MSG_STATS_REL_TIOUT	"Output"
@ MSG_STATS_REL_CACHE	"      %s: buffers=%d, used=%lld/%lld (%d%%), \
			 size=%lld%s"
@ MSG_STATS_REL_ACACHE	"      Aux:    buffers=%d, used=%lld/%lld (%d%%), \
			 size=%lld%s"

# Capabilities messages

@ MSG_CAP_SYS_HW_1	"hardware capabilities (CA_SUNW_HW_1) - %s"
@ MSG_CAP_SYS_SF_1	"software capabilities (CA_SUNW_SF_1) - %s"
@ MSG_CAP_SYS_MACH	"machine capability (CA_SUNW_MACH) - %s"
@ MSG_CAP_SYS_PLAT	"platform capability (CA_SUNW_PLAT) - %s"
@ MSG_CAP_SYS_HW_2	"hardware capabilities (CA_SUNW_HW_2) - %s"
@ MSG_CAP_SYS_HW_3	"hardware capabilities (CA_SUNW_HW_3) - %s"

@ MSG_CAP_ALT_HW_1	"alternative hardware capabilities (CA_SUNW_HW_1) - %s"
@ MSG_CAP_ALT_SF_1	"alternative software capabilities (CA_SUNW_SF_1) - %s"
@ MSG_CAP_ALT_MACH	"alternative machine capability (CA_SUNW_MACH) - %s"
@ MSG_CAP_ALT_PLAT	"alternative platform capability (CA_SUNW_PLAT) - %s"
@ MSG_CAP_ALT_HW_2	"alternative hardware capabilities (CA_SUNW_HW_2) - %s"
@ MSG_CAP_ALT_HW_3	"alternative hardware capabilities (CA_SUNW_HW_3) - %s"

@ MSG_CAP_SEC_TITLE	"capabilities; input file=%s"
@ MSG_CAP_SEC_ENTRY     "%12.12s  %-15.15s  %s"

@ MSG_CAP_CANDIDATE	"obj=%s;  capabilities candidate"
@ MSG_CAP_POST_TITLE	"capabilities post processing"

@ MSG_CAP_FILTER_1	"dir=%s;  capability directory filtered by %s"
@ MSG_CAP_FILTER_2	"dir=%s;  no capability objects found"

@ MSG_CAP_IDENTICAL	"obj=%s and obj=%s: have identical capabilities: both \
			 objects ignored"

@ MSG_ELF_HEADER	"ELF Header"

# Capabilities entries.
# TRANSLATION_NOTE - the following two entries provide for a series of one or
# more capabilities table entries that align with the initial title.

@ MSG_CAP_ELF_TITLE	"     index  tag               value"
@ MSG_CAP_ELF_ENTRY	"%10.10s  %-15.15s  %s"

# Dynamic entries.
# TRANSLATION_NOTE - the following two entries provide for a series of one or
# more dynamic table entries that align with the initial title.

@ MSG_DYN_TITLE		"     index  tag                value"
@ MSG_DYN_ENTRY		"%10.10s  %-16.16s  %-#16llx    %s"

# Symbol table entries.
# TRANSLATION_NOTE - the following entries provide for a series of one or more
# standard 32-bit symbol table entries that align with the initial title.

@ MSG_SYM_EFS_TITLE_32	"     index    value      size      type bind \
			 oth ver shndx          name"
@ MSG_SYM_LDS_TITLE_32	"              value      size      type bind \
			 oth ver shndx"
@ MSG_SYM_EFS_ENTRY_32	"%10.10s  %10.10s 0x%8.8x  %4s %4s %2s %4s \
			 %-14.14s %s"

# TRANSLATION_NOTE - the following entries provide for a series of one or more
# long 32-bit symbol table entries that align with the initial title.

@ MSG_SYM_EFL_TITLE_32	"     index    value      size      type bind \
			 oth ver shndx / name"
@ MSG_SYM_LDL_TITLE_32	"              value      size      type bind \
			 oth ver shndx"
@ MSG_SYM_EFL_ENTRY_32	"%10.10s  %10.10s 0x%8.8x  %4s %4s %2s %4s \
			 %-14s %s"

# TRANSLATION_NOTE - the following entries provide for a series of one or more
# standard 64-bit symbol table entries that align with the initial title.

@ MSG_SYM_EFS_TITLE_64	"     index    value              size              \
			 type bind oth ver shndx          name"
@ MSG_SYM_LDS_TITLE_64	"              value              size              \
			 type bind oth ver shndx"
@ MSG_SYM_EFS_ENTRY_64	"%10.10s  %18.18s 0x%16.16llx  %4s %4s %2s %4s \
			 %-14.14s %s"

# TRANSLATION_NOTE - the following entries provide for a series of one or more
# long 64-bit symbol table entries that align with the initial title.

@ MSG_SYM_EFL_TITLE_64	"     index    value              size              \
			 type bind oth ver shndx / name"
@ MSG_SYM_LDL_TITLE_64	"              value              size              \
			 type bind oth ver shndx"
@ MSG_SYM_EFL_ENTRY_64	"%10.10s  %18.18s 0x%16.16llx  %4s %4s %2s %4s \
			 %-14s %s"


# Syminfo entries.
# TRANSLATION_NOTE - the following two entries provide for a series of one or
# more symbol information table entries that align with the initial title.

@ MSG_SYMINFO_TITLE	"     index  flags            \
			 bound to                 symbol"
@ MSG_SYMINFO_ENTRY	"%10.10s  %-8s %7s %-24s %s"

@ MSG_SYMINFO_CAP	"<symbol capabilities>"
@ MSG_SYMINFO_SELF	"<self>"
@ MSG_SYMINFO_PARENT	"<parent>"
@ MSG_SYMINFO_EXTERN	"<extern>"


# Global offset table entries.
# TRANSLATION_NOTE - the following two entries are used by elfdump(1), and
# provide for a series of one or more 32-bit got table entries that align with
# the initial title.

@ MSG_GOT_TITLE_32	"     index    addr        value     \
			 pending relocation"
@ MSG_GOT_ENTRY_RE_32	"%10.10s  0x%08llx  0x%08llx  %-24s  %s"
@ MSG_GOT_ENTRY_NR_32	"%10.10s  0x%08llx  0x%08llx"

# TRANSLATION_NOTE - the following two entries are used by elfdump(1), and
# provide for a series of one or more 64-bit got table entries that align with
# the initial title.

@ MSG_GOT_TITLE_64	"     index    addr                \
			 value             pending relocation"
@ MSG_GOT_ENTRY_RE_64	"%10.10s  0x%016llx  0x%016llx  %-24s  %s"
@ MSG_GOT_ENTRY_NR_64	"%10.10s  0x%016llx  0x%016llx"

# TRANSLATION_NOTE - the following three entries are used by ld(1), and provide
# for a series of one or more 32-bit got table entries that align with one of
# the initial titles.

@ MSG_GOT_COLUMNS1_32	"     index ref      offset    addend    symbol"
@ MSG_GOT_COLUMNS2_32	"     index ref      offset    value     symbol"
@ MSG_GOT_FORMAT1_32	"%10.10s %3s  0x%08llx  0x%08llx  %s"
@ MSG_GOT_FORMAT2_32	"%10.10s %3s  0x%08llx  0x%08llx  %s:%s"

# TRANSLATION_NOTE - the following three entries are used by ld(1), and provide
# for a series of one or more 64-bit got table entries that align with one of
# the initial titles.

@ MSG_GOT_COLUMNS1_64	"     index ref    offset              \
			 addend            symbol"
@ MSG_GOT_COLUMNS2_64	"     index ref    offset              \
			 value             symbol"
@ MSG_GOT_FORMAT1_64	"%10.10s %3s  0x%016llx  0x%016llx  %s"
@ MSG_GOT_FORMAT2_64	"%10.10s %3s  0x%016llx  0x%016llx  %s:%s"

# Version table entries.
@ MSG_VER_DEF		"     index  version                     dependency"
@ MSG_VER_NEED		"            file                        version"
@ MSG_VER_NEED_GNUVER	"     index  file                        version"

@ MSG_VER_LINE_1	"%10.10s  %-26.26s  %-20s %s"
@ MSG_VER_LLINE_1	"%10s  %-26s  %-20s %s"
@ MSG_VER_LINE_2	"%47s  %s"
@ MSG_VER_LINE_3	"%38s  %-20s %s"
@ MSG_VER_LINE_4	"                                        %s"
@ MSG_VER_LINE_5	"            %-26.26s  %s"
@ MSG_VER_LLINE_5	"            %-26s  %s"


# Relocation entries.
# TRANSLATION_NOTE - the following strings are used by elfdump(1).  These
# strings provide for a series of one or more 32-bit relocation table entries,
# using truncated section names, that align with one of the initial titles.

@ MSG_REL_EFSA_TITLE_32	"    type                       offset     addend  \
			 section        symbol"
@ MSG_REL_EFSN_TITLE_32	"    type                       offset             \
			 section        symbol"
@ MSG_REL_EFSA_ENTRY_32	"  %-24s %#10llx %#10llx  %-14.14s %s"
@ MSG_REL_EFSN_ENTRY_32	"  %-24s %#10llx             %-14.14s %s"

# TRANSLATION_NOTE - the following strings are used by elfdump(1).  These
# strings provide for a series of one or more 32-bit relocation table entries,
# using long section names, that align with one of the initial titles.

@ MSG_REL_EFLA_TITLE_32	"    type                       offset     addend  \
			 section / symbol"
@ MSG_REL_EFLN_TITLE_32	"    type                       offset             \
			 section / symbol"
@ MSG_REL_EFLA_ENTRY_32	"  %-24s %#10llx %#10llx  %-14s %s"
@ MSG_REL_EFLN_ENTRY_32	"  %-24s %#10llx             %-14s %s"


# TRANSLATION_NOTE - the following strings are used by ld.so.1(1).  These
# strings provide for a series of one or more 32-bit relocation table entries,
# that align with the initial titles.

@ MSG_REL_RTA_TITLE_32	"         type                       offset     \
			 addend  symbol"
@ MSG_REL_RTN_TITLE_32	"         type                       offset      \
			 value  symbol"
@ MSG_REL_RTV_TITLE_32	"                                                value"
@ MSG_REL_RTA_ENTRY_32	" %5s %-24s %#10llx %#10llx  %s  %s"
@ MSG_REL_RTN_ENTRY_32	" %5s %-24s %#10llx             %s  %s"
@ MSG_REL_RT_APLVAL_32	" apply                          %#10llx %#10llx"
@ MSG_REL_RT_APLREG_32	" apply                          %10.10s %#10llx"


# TRANSLATION_NOTE - the following strings are used by ld(1).  These strings
# provide for a series of one or more 32-bit relocation table entries, using
# truncated section names, that align with one of the initial titles.

@ MSG_REL_LDSA_TITLE_32	"         type                       \
			 offset     addend  section        symbol"
@ MSG_REL_LDSN_TITLE_32	"         type                       \
			 offset             section        symbol"
@ MSG_REL_LDSA_ENTRY_32	" %5s %-24s %#10llx %#10llx  %-14.14s %s  %s"
@ MSG_REL_LDSN_ENTRY_32	" %5s %-24s %#10llx             %-14.14s %s  %s"

@ MSG_REL_LDSV_TITLE_32	"         type                       \
			 offset      value  section        symbol"

# TRANSLATION_NOTE - the following strings are used by ld(1).  These strings
# provide for a series of one or more 32-bit relocation table entries, using
# long section names, that align with one of the initial titles.

@ MSG_REL_LDLA_TITLE_32	"         type                       \
			 offset     addend  section / symbol"
@ MSG_REL_LDLN_TITLE_32	"         type                       \
			 offset             section / symbol"
@ MSG_REL_LDLA_ENTRY_32	" %5s %-24s %#10llx %#10llx  %-14s %s  %s"
@ MSG_REL_LDLN_ENTRY_32	" %5s %-24s %#10llx             %-14s %s  %s"

@ MSG_REL_LDLV_TITLE_32	"         type                       \
			 offset      value  section / symbol"

# TRANSLATION_NOTE - the following strings are used by elfdump(1).  These
# strings provide for a series of one or more 64-bit relocation table entries,
# using truncated section names, that align with one of the initial titles.

@ MSG_REL_EFSA_TITLE_64	"    type                               \
			 offset             addend  section        symbol"
@ MSG_REL_EFSN_TITLE_64	"    type                               \
			 offset                     section        symbol"
@ MSG_REL_EFSA_ENTRY_64	"  %-24s %#18llx %#18llx  %-14.14s %s"
@ MSG_REL_EFSN_ENTRY_64	"  %-24s %#18llx                     %-14.14s %s"

# TRANSLATION_NOTE - the following strings are used by elfdump(1).  These
# strings provide for a series of one or more 64-bit relocation table entries,
# using long section names, that align with one of the initial titles.

@ MSG_REL_EFLA_TITLE_64	"    type                               \
			 offset             addend  section / symbol"
@ MSG_REL_EFLN_TITLE_64	"    type                               \
			 offset                     section / symbol"
@ MSG_REL_EFLA_ENTRY_64	"  %-24s %#18llx %#18llx  %-14s %s"
@ MSG_REL_EFLN_ENTRY_64	"  %-24s %#18llx                     %-14s %s"


# TRANSLATION_NOTE - the following strings are used by ld.so.1(1).  These
# strings provide for a series of one or more 64-bit relocation table entries,
# that align with the initial titles.

@ MSG_REL_RTA_TITLE_64	"         type                               \
			 offset             addend  symbol"
@ MSG_REL_RTN_TITLE_64	"         type                               \
			 offset              value  symbol"
@ MSG_REL_RTV_TITLE_64	"                                                                value"
@ MSG_REL_RTA_ENTRY_64	" %5s %-24s %#18llx %#18llx  %s  %s"
@ MSG_REL_RTN_ENTRY_64	" %5s %-24s %#18llx                    %s  %s"
@ MSG_REL_RT_APLVAL_64	" apply                          %#18llx %#18llx"
@ MSG_REL_RT_APLREG_64	" apply                          %18.18s %#18llx"

# TRANSLATION_NOTE - the following strings are used by ld(1).  These strings
# provide for a series of one or more 64-bit relocation table entries, using
# truncated section names, that align with one of the initial titles.

@ MSG_REL_LDSA_TITLE_64	"         type                               \
			 offset             addend  section        symbol"
@ MSG_REL_LDSN_TITLE_64	"         type                               \
			 offset                     section        symbol"
@ MSG_REL_LDSA_ENTRY_64	" %5s %-24s %#18llx %#18llx  %-14.14s %s  %s"
@ MSG_REL_LDSN_ENTRY_64	" %5s %-24s %#18llx                     %-14.14s %s  %s"

@ MSG_REL_LDSV_TITLE_64	"         type                               \
			 offset              value  section        symbol"

# TRANSLATION_NOTE - the following strings are used by ld(1).  These strings
# provide for a series of one or more 64-bit relocation table entries, using
# long section names, that align with one of the initial titles.

@ MSG_REL_LDLA_TITLE_64	"         type                               \
			 offset             addend  section / symbol"
@ MSG_REL_LDLN_TITLE_64	"         type                               \
			 offset                     section / symbol"
@ MSG_REL_LDLA_ENTRY_64	" %5s %-24s %#18llx %#18llx  %-14s %s  %s"
@ MSG_REL_LDLN_ENTRY_64	" %5s %-24s %#18llx                     %-14s %s  %s"

@ MSG_REL_LDLV_TITLE_64	"         type                               \
			 offset              value  section / symbol"

# dl*() family messages

@ MSG_DL_IPHDR_ENTER	"dl_iterate_phdr() called from file=%s"
@ MSG_DL_IPHDR_MAPCNG	"dl_iterate_phdr() object map/unmap in callback"
@ MSG_DL_IPHDR_UNMAP	"dl_iterate_phdr() early return due to object unmap"
@ MSG_DL_IPHDR_CALLBACK	"dl_iterate_phdr() callback"
@ MSG_DL_IPHDR_NAME	"    dlpi_name:    %s"
@ MSG_DL_IPHDR_MAPCNT	"    dlpi_adds:    %-18llu   dlpi_subs:   %-18llu"

@ MSG_DL_IPHDR_ADDR_32	"    dlpi_addr:    %#-10llx"
@ MSG_DL_IPHDR_PHDR_32	"    dlpi_phdr:    %#-10llx  dlpi_phnum:  %u"

@ MSG_DL_IPHDR_ADDR_64	"    dlpi_addr:    %#-18llx"
@ MSG_DL_IPHDR_PHDR_64	"    dlpi_phdr:    %#-18llx   dlpi_phnum:  %u"

@ MSG_DL_DLCLOSE	"file=%s;  dlclose() called from file=%s  %s"
@ MSG_DL_DLDUMP		"file=%s;  dldump() called from file=%s: dumping to \
			 file=%s  %s"
@ MSG_DL_DLOPEN		"file=%s;  dlopen() called from file=%s %s %s"

@ MSG_DL_DLADDR		"dladdr() called from file=%s: %#llx"
@ MSG_DL_DLERROR	"dlerror() called from file=%s: %s"
@ MSG_DL_DLINFO		"dlinfo() called from file=%s: handle=%s, request=%s, \
			 user data=%#llx"

@ _END_

# Debug enabling tokens (for now these are untranslated)

@ MSG_TOK_ALL		"all"
@ MSG_TOK_ARGS		"args"
@ MSG_TOK_BINDINGS	"bindings"
@ MSG_TOK_DL		"dl"
@ MSG_TOK_CAP		"cap"
@ MSG_TOK_BASIC		"basic"
@ MSG_TOK_ENTRY		"entry"
@ MSG_TOK_FILES		"files"
@ MSG_TOK_HELP		"help"
@ MSG_TOK_INIT		"init"
@ MSG_TOK_LIBS		"libs"
@ MSG_TOK_MAP		"map"
@ MSG_TOK_RELOC		"reloc"
@ MSG_TOK_SECTIONS	"sections"
@ MSG_TOK_SEGMENTS	"segments"
@ MSG_TOK_SUPPORT	"support"
@ MSG_TOK_SYMBOLS	"symbols"
@ MSG_TOK_TLS		"tls"
@ MSG_TOK_VERSIONS	"versions"
@ MSG_TOK_AUDIT		"audit"
@ MSG_TOK_GOT		"got"
@ MSG_TOK_MOVE		"move"
@ MSG_TOK_DEMANGLE	"demangle"
@ MSG_TOK_STRTAB	"strtab"
@ MSG_TOK_STATS		"statistics"
@ MSG_TOK_UNUSED	"unused"

@ MSG_TOK_DETAIL	"detail"
@ MSG_TOK_LONG		"long"
@ MSG_TOK_NAME		"name"
@ MSG_TOK_FULLNAME	"fullname"
@ MSG_TOK_CLASS		"class"
@ MSG_TOK_LMID		"lmid"
@ MSG_TOK_TTIME		"ttime"
@ MSG_TOK_DTIME		"dtime"

@ MSG_TOK_OUTFILE	"output"

@ MSG_TOK_LMID_ALL	"ALL"
@ MSG_TOK_LMID_ALT	"ALT"
@ MSG_TOK_LMID_BASE	"BASE"
@ MSG_TOK_LMID_LDSO	"LDSO"


# The following strings represent reserved words, files, pathnames and symbols.
# Reference to this strings is via the MSG_ORIG() macro, and thus no message
# translation is required.

@ MSG_STR_EMPTY		""
@ MSG_STR_DELIMIT	",:"
@ MSG_STR_COMDAT	"COMDAT "

@ MSG_SCN_GOT		".got"
@ MSG_SCN_PLT		".plt"
@ MSG_SCN_BSS		".bss"
@ MSG_SCN_INIT		".init"
@ MSG_SCN_FINI		".fini"
@ MSG_SCN_INITARRAY	".initarray"
@ MSG_SCN_FINIARRAY	".finiarray"
@ MSG_SCN_PREINITARRAY	".preinitarray"

@ MSG_SH_INFO		"sh_info"
@ MSG_SH_LINK		"sh_link"

@ MSG_UTL_SCC_ENTRY	"    [%d]  %s"

@ MSG_FMT_INDEX		" [%d]"
@ MSG_FMT_INDEX_RANGE	" [%d-%d]"
@ MSG_FMT_STR		"%s"
@ MSG_FMT_PATH		"%s/%s"

@ MSG_PTH_OBJECT	"/tmp/ld.so-OBJECT-"

@ MSG_SUNW_OST_SGS	"SUNW_OST_SGS"

# Entrance criteria messages

@ MSG_ECR_NAME		"  ec_name:       %s"
@ MSG_ECR_FLAGS		"  ec_flags:      %s"
@ MSG_ECR_IS_NAME	"  ec_is_name:    %-8s  ec_attrmask:  %s"
@ MSG_ECR_SEGMENT	"  ec_segment:    %-8s  ec_attrbits:  %s"
@ MSG_ECR_NDX		"  ec_ordndx:     %-8d  ec_type:      %s"
@ MSG_ECR_FILES		"  ec_files:"
@ MSG_ECR_FILE		"    %-21s  %s"

@ MSG_MAP_SORT_SEG	"    %s"
@ MSG_MAP_SORT_SEG_NAME	"    %-20s  %s"
@ MSG_MAP_SORT_SEG_V	"    %-20s  %-20s  p_vaddr=0x%llx"
@ MSG_MAP_SORT_SEG_O	"    %-20s  %-20s  order=%d"

# Libs messages

@ MSG_LIB_FILE		"  %s"

# PLT binding methods

@ MSG_PLT_21D		"21d"
@ MSG_PLT_24D		"24d"
@ MSG_PLT_U32		"u32"
@ MSG_PLT_U44		"u44"
@ MSG_PLT_FULL		"full"
@ MSG_PLT_FAR		"far"

# Segment messages

@ MSG_SEG_DESC		"segment[%d]"
@ MSG_SEG_NAME		"    sg_name:      %s"
@ MSG_SEG_LENGTH	"    sg_length:    %#llx"
@ MSG_SEG_ROUND		"    sg_round:     %#llx"
@ MSG_SEG_ALIGN		"    sg_align:     %#llx"
@ MSG_SEG_FLAGS		"    sg_flags:     %s"
@ MSG_SEG_SIZESYM_TITLE	"    sg_sizesym:"
@ MSG_SEG_SIZESYM	"        %s"
@ MSG_SEG_IS_ORDER_TITLE "    sg_is_order:"
@ MSG_SEG_OS_ORDER_TITLE "    sg_os_order:"
@ MSG_SEG_LIST_ITEM	"        %s"

# Section messages (used when expanding segment information)

@ MSG_SEC_NAME		"  section[%d] os_name:  %s"

# Symbol strings

@ MSG_SYM_GLOBAL	"global"
@ MSG_SYM_LOCAL		"local"
@ MSG_SYM_COPY		"copy"

@ MSG_DLSYM_NEXT	"[ RTLD_NEXT ]"
@ MSG_DLSYM_DEFAULT	"[ RTLD_DEFAULT ]"
@ MSG_DLSYM_SELF	"[ RTLD_SELF ]"
@ MSG_DLSYM_PROBE	"[ RTLD_PROBE ]"
@ MSG_DLSYM_SINGLETON	"( singleton reference )"

# Link-map mode strings

@ MSG_MODE_GLOBNODEL	"[ GLOBAL  NODELETE ]"
@ MSG_MODE_GLOB		"[ GLOBAL ]"
@ MSG_MODE_NODEL	"[ NODELETE ]"

# NOTE: these are used by lari(1), use care when changing.
@ MSG_BINFO_START	"  ("
@ MSG_BINFO_DIRECT	"direct"
@ MSG_BINFO_INTERPOSE	"interpose"
@ MSG_BINFO_COPYREF	"copy-ref"
@ MSG_BINFO_FILTEE	"filtee"
@ MSG_BINFO_PLTADDR	"plt-addr"
@ MSG_BINFO_END		")"
@ MSG_BINFO_SEP		","

# Utility messages

@ MSG_UTL_EVNT_PREINIT	"RD_PREINIT"
@ MSG_UTL_EVNT_POSTINIT	"RD_POSTINIT"
@ MSG_UTL_EVNT_DLACT	"RD_DLACTIVITY"

@ MSG_UTL_STA_ADD	"RT_ADD"
@ MSG_UTL_STA_DELETE	"RT_DELETE"
@ MSG_UTL_STA_CONSIST	"RT_CONSISTENT"

# Version messages

@ MSG_VER_SELECTED	"  SELECTED  %-26.26s  %s"
@ MSG_VER_L_SELECTED	"  SELECTED  %-26s  %s"
@ MSG_VER_ALL		"       ALL  %-26.26s"
@ MSG_VER_L_ALL		"       ALL  %-26s"

# Global offset table entries.

@ MSG_GOT_INDEX		" [%d]"
@ MSG_GOT_SMALL_PIC	"pic"
@ MSG_GOT_BIG_PIC	"PIC"

@ MSG_CNTL_ENTRY	"   [0x%llx]  %s"

@ MSG_STR_NL		"\n"
@ MSG_STR_LDVER		"Solaris Linkers: %s"

@ MSG_FMT_INDEX		" [%d]"
@ MSG_FMT_ISEC_NAME	"[%u]%s"
@ MSG_FMT_MEMUNIT	" (%lld%c)"

@ MSG_SUNW_OST_SGS	"SUNW_OST_SGS"

@ MSG_ELF_MAGIC		"  ei_magic:   { 0x%x, %c, %c, %c }"
@ MSG_ELF_CLASS		"  ei_class:   %-18s  ei_data:       %s"
@ MSG_ELF_OSABI		"  ei_osabi:   %-18s  ei_abiversion: %s"
@ MSG_ELF_MACHINE	"  e_machine:  %-18s  e_version:     %s"
@ MSG_ELF_TYPE		"  e_type:     %s"
@ MSG_ELF_FLAGS		"  e_flags:    %18s"
@ MSG_ELF_FLAGS_FMT	"  e_flags:    %s"
@ MSG_ELF_ESIZE		"  e_entry:    %#18llx  e_ehsize:     %2d  \
			 e_shstrndx:  %d"
@ MSG_ELFX_ESIZE	"  e_entry:    %#18llx  e_ehsize:     %2d  \
			 e_shstrndx:  SHN_XINDEX  (see shdr[0].sh_link)"
@ MSG_ELF_SHOFF		"  e_shoff:    %#18llx  e_shentsize:  %2d  \
			 e_shnum:     %d"
@ MSG_ELFX_SHOFF	"  e_shoff:    %#18llx  e_shentsize:  %2d  \
			 e_shnum:     0  (see shdr[0].sh_size)"
@ MSG_ELF_PHOFF		"  e_phoff:    %#18llx  e_phentsize:  %2d  \
			 e_phnum:     %d"
@ MSG_ELFX_PHOFF	"  e_phoff:    %#18llx  e_phentsize:  %2d  \
			 e_phnum:     PN_XNUM  (see shdr[0].sh_info)"

# Shdr[0] messages

@ MSG_SHD0_TITLE	"Section Header[0]:  (ELF Ehdr extensions)"
@ MSG_SHD0_ADDR		"    sh_addr:      %-6lld               sh_flags:   %s"
@ MSG_SHD0_SIZE		"    sh_size:      %-6lld (e_shnum)     sh_type:    %s"
@ MSG_SHD0_OFFSET	"    sh_offset:    %-6lld               \
			 sh_entsize: %lld"
@ MSG_SHD0_LINK		"    sh_link:      %-6d (e_shstrndx)  sh_info:    \
			 %d (e_phnum)"
@ MSG_SHD0_ALIGN	"    sh_addralign: %-6lld"

# Section header messages

@ MSG_SHD_ADDR_32	"    sh_addr:      %#-10llx      sh_flags:   %s"
@ MSG_SHD_SIZE_32	"    sh_size:      %#-10llx      sh_type:    %s"
@ MSG_SHD_OFFSET_32	"    sh_offset:    %#-10llx      sh_entsize: %#llx"
@ MSG_SHD_OFFSET_ENT_32	"    sh_offset:    %#-10llx      sh_entsize: %#llx \
			 (%lld %s)"
@ MSG_SHD_LINK_32	"    sh_link:      %-14s  sh_info:    %s"
@ MSG_SHD_ALIGN_32	"    sh_addralign: %#-10llx"

@ MSG_SHD_ADDR_64	"    sh_addr:      %#-18llx  sh_flags:   %s"
@ MSG_SHD_SIZE_64	"    sh_size:      %#-18llx  sh_type:    %s"
@ MSG_SHD_OFFSET_64	"    sh_offset:    %#-18llx  sh_entsize: %#llx"
@ MSG_SHD_OFFSET_ENT_64	"    sh_offset:    %#-18llx  sh_entsize: %#llx \
			 (%lld %s)"
@ MSG_SHD_LINK_64	"    sh_link:      %-18s  sh_info:    %s"
@ MSG_SHD_ALIGN_64	"    sh_addralign: %#-18llx"

# Program header messages

@ MSG_PHD_VADDR_32	"    p_vaddr:      %#-10llx  p_flags:    %s"
@ MSG_PHD_PADDR_32	"    p_paddr:      %#-10llx  p_type:     %s"
@ MSG_PHD_FILESZ_32	"    p_filesz:     %#-10llx  p_memsz:    %#llx"
@ MSG_PHD_OFFSET_32	"    p_offset:     %#-10llx  p_align:    %#llx"

@ MSG_PHD_VADDR_64	"    p_vaddr:      %#-18llx  p_flags:    %s"
@ MSG_PHD_PADDR_64	"    p_paddr:      %#-18llx  p_type:     %s"
@ MSG_PHD_FILESZ_64	"    p_filesz:     %#-18llx  p_memsz:    %#llx"
@ MSG_PHD_OFFSET_64	"    p_offset:     %#-18llx  p_align:    %#llx"

# Syminfo formats

@ MSG_SYMINFO_UNKFLAG	"[0x%x]"

# Lc_interface interface tags.

@ MSG_CI_NULL		"NULL"
@ MSG_CI_VERSION	"VERSION"
@ MSG_CI_ATEXIT		"ATEXIT"
@ MSG_CI_LCMESSAGES	"LCMESSAGES"
@ MSG_CI_BIND_GUARD	"BIND_GUARD"
@ MSG_CI_BIND_CLEAR	"BIND_CLEAR"
@ MSG_CI_THR_SELF	"THR_SELF"
@ MSG_CI_TLS_MODADD	"TLS_MODADD"
@ MSG_CI_TLS_MODREM	"TLS_MODREM"
@ MSG_CI_TLS_STATMOD	"TLS_STATMOD"
@ MSG_CI_THRINIT	"THRINIT"
@ MSG_CI_CRITICAL	"CRITICAL"

# TLS information flags

@ MSG_TLS_FLAG_STATIC	"STATIC-TLS"

# mmapobj() mr_flags.

@ MSG_MR_PADDING	"[ PADDING ]"
@ MSG_MR_HDR_ELF	"[ HDR_ELF ]"

# audit originator

@ MSG_AUD_PRELOAD	"[ LD_AUDIT ]"
@ MSG_AUD_GLOBAL	"[ GLOBAL AUDIT ]"
/*
 * CDDL HEADER START
 *
 * The contents of this file are subject to the terms of the
 * Common Development and Distribution License (the "License").
 * You may not use this file except in compliance with the License.
 *
 * You can obtain a copy of the license at usr/src/OPENSOLARIS.LICENSE
 * or http://www.opensolaris.org/os/licensing.
 * See the License for the specific language governing permissions
 * and limitations under the License.
 *
 * When distributing Covered Code, include this CDDL HEADER in each
 * file and include the License file at usr/src/OPENSOLARIS.LICENSE.
 * If applicable, add the following below this CDDL HEADER, with the
 * fields enclosed by brackets "[]" replaced with your own identifying
 * information: Portions Copyright [yyyy] [name of copyright owner]
 *
 * CDDL HEADER END
 */

/*
 * Copyright (c) 1991, 2010, Oracle and/or its affiliates. All rights reserved.
 */
#include	"msg.h"
#include	"_debug.h"
#include	"libld.h"

void
Dbg_libs_audit(Lm_list *lml, const char *opath, const char *npath)
{
	if (DBG_NOTCLASS(DBG_C_LIBS))
		return;

	if (npath == opath)
		return;

	if (npath == NULL)
		dbg_print(lml, MSG_INTL(MSG_LIB_SKIP), opath);
	else
		dbg_print(lml, MSG_INTL(MSG_LIB_ALTER), npath);
}

void
Dbg_libs_find(Lm_list *lml, const char *name)
{
	if (DBG_NOTCLASS(DBG_C_LIBS))
		return;

	Dbg_util_nl(lml, DBG_NL_STD);
	dbg_print(lml, MSG_INTL(MSG_LIB_FIND), name);
}

void
Dbg_libs_found(Lm_list *lml, const char *path, int alter)
{
	if (DBG_NOTCLASS(DBG_C_LIBS))
		return;

	dbg_print(lml, MSG_INTL(MSG_LIB_TRYING), path, alter ?
	    MSG_INTL(MSG_STR_ALTER) : MSG_ORIG(MSG_STR_EMPTY));
}

void
Dbg_libs_insecure(Lm_list *lml, const char *path, int usable)
{
	if (DBG_NOTCLASS(DBG_C_LIBS))
		return;

	if (usable)
		dbg_print(lml, MSG_INTL(MSG_LIB_INUSE), path);
	else
		dbg_print(lml, MSG_INTL(MSG_LIB_IGNORE), path);
}

static void
Dbg_lib_dir_print(Lm_list *lml, APlist *libdir)
{
	Aliste	idx;
	char	*cp;

	for (APLIST_TRAVERSE(libdir, idx, cp))
		dbg_print(lml, MSG_ORIG(MSG_LIB_FILE), cp);
}

void
Dbg_libs_init(Lm_list *lml, APlist *ulibdir, APlist *dlibdir)
{
	if (DBG_NOTCLASS(DBG_C_LIBS))
		return;

	dbg_print(lml, MSG_INTL(MSG_LIB_INITPATH));
	Dbg_lib_dir_print(lml, ulibdir);
	Dbg_lib_dir_print(lml, dlibdir);
}

void
Dbg_libs_l(Lm_list *lml, const char *name, const char *path)
{
	if (DBG_NOTCLASS(DBG_C_LIBS))
		return;
	if (DBG_NOTDETAIL())
		return;

	dbg_print(lml, MSG_INTL(MSG_LIB_LOPT), name, path);
}

void
Dbg_libs_path(Lm_list *lml, const char *path, uint_t orig, const char *obj)
{
	const char	*fmt;
	uint_t		search;

	if (path == NULL)
		return;
	if (DBG_NOTCLASS(DBG_C_LIBS))
		return;

	search = orig &
	    (LA_SER_LIBPATH | LA_SER_RUNPATH | LA_SER_DEFAULT | LA_SER_SECURE);

	switch (search) {
	case LA_SER_LIBPATH:
		if (orig & LA_SER_CONFIG)
			fmt = MSG_INTL(MSG_LIB_LDLIBPATHC);
		else
			fmt = MSG_INTL(MSG_LIB_LDLIBPATH);
		break;

	case LA_SER_RUNPATH:
		fmt = MSG_INTL(MSG_LIB_RUNPATH);
		break;

	case LA_SER_DEFAULT:
		if (orig & LA_SER_CONFIG)
			fmt = MSG_INTL(MSG_LIB_DEFAULTC);
		else
			fmt = MSG_INTL(MSG_LIB_DEFAULT);
		break;

	case LA_SER_SECURE:
		if (orig & LA_SER_CONFIG)
			fmt = MSG_INTL(MSG_LIB_TDEFAULTC);
		else
			fmt = MSG_INTL(MSG_LIB_TDEFAULT);
		break;

	default:
		return;
	}

	dbg_print(lml, fmt, path, obj);
}

void
Dbg_libs_req(Lm_list *lml, const char *so_name, const char *ref_file,
    const char *name)
{
	if (DBG_NOTCLASS(DBG_C_LIBS))
		return;
	if (DBG_NOTDETAIL())
		return;

	dbg_print(lml, MSG_INTL(MSG_LIB_REQUIRED), so_name, name, ref_file);
}

void
Dbg_libs_update(Lm_list *lml, APlist *ulibdir, APlist *dlibdir)
{
	if (DBG_NOTCLASS(DBG_C_LIBS))
		return;

	dbg_print(lml, MSG_INTL(MSG_LIB_UPPATH));
	Dbg_lib_dir_print(lml, ulibdir);
	Dbg_lib_dir_print(lml, dlibdir);
}

void
Dbg_libs_yp(Lm_list *lml, const char *path)
{
	if (DBG_NOTCLASS(DBG_C_LIBS))
		return;

	dbg_print(lml, MSG_INTL(MSG_LIB_LIBPATH), path);
}

void
Dbg_libs_ylu(Lm_list *lml, const char *path, const char *orig, int index)
{
	if (DBG_NOTCLASS(DBG_C_LIBS))
		return;

	dbg_print(lml, MSG_INTL(MSG_LIB_YPATH), path, orig,
	    (index == YLDIR) ? 'L' : 'U');
}
/*
 * CDDL HEADER START
 *
 * The contents of this file are subject to the terms of the
 * Common Development and Distribution License (the "License").
 * You may not use this file except in compliance with the License.
 *
 * You can obtain a copy of the license at usr/src/OPENSOLARIS.LICENSE
 * or http://www.opensolaris.org/os/licensing.
 * See the License for the specific language governing permissions
 * and limitations under the License.
 *
 * When distributing Covered Code, include this CDDL HEADER in each
 * file and include the License file at usr/src/OPENSOLARIS.LICENSE.
 * If applicable, add the following below this CDDL HEADER, with the
 * fields enclosed by brackets "[]" replaced with your own identifying
 * information: Portions Copyright [yyyy] [name of copyright owner]
 *
 * CDDL HEADER END
 */

/*
 * Copyright 2010 Sun Microsystems, Inc.  All rights reserved.
 * Use is subject to license terms.
 */

#include	"msg.h"
#include	"_debug.h"
#include	"libld.h"


/*
 * Report change in input enable status caused by evaluating
 * $if/$elif control directives.
 */
void
Dbg_map_pass(Lm_list *lml, Boolean enable, const char *file,
    Lineno lineno, const char *directive)
{
	const char *fmt;

	if (DBG_NOTCLASS(DBG_C_MAP))
		return;

	fmt = enable ? MSG_INTL(MSG_MAP_PASS) : MSG_INTL(MSG_MAP_NOPASS);
	dbg_print(lml, fmt, file, EC_LINENO(lineno), directive);
}

/*
 * Report entry/removal of boolean identifier from conditional expression
 * known values.
 */
void
Dbg_map_cexp_id(Lm_list *lml, Boolean add, const char *file,
    Lineno lineno, const char *id)
{
	const char *fmt;

	if (DBG_NOTCLASS(DBG_C_MAP))
		return;

	fmt = add ? MSG_INTL(MSG_MAP_ID_ADD) : MSG_INTL(MSG_MAP_ID_CLEAR);
	dbg_print(lml, fmt, file, EC_LINENO(lineno), id);
}

void
Dbg_map_version(Lm_list *lml, const char *version, const char *name, int scope)
{
	const char	*str, *scp;

	if (DBG_NOTCLASS(DBG_C_MAP | DBG_C_SYMBOLS))
		return;

	str = MSG_INTL(MSG_MAP_SYM_SCOPE);
	if (scope)
		scp = MSG_ORIG(MSG_SYM_GLOBAL);
	else
		scp = MSG_ORIG(MSG_SYM_LOCAL);

	if (version)
		dbg_print(lml, MSG_INTL(MSG_MAP_SYM_VER_1), str, version,
		    Dbg_demangle_name(name), scp);
	else
		dbg_print(lml, MSG_INTL(MSG_MAP_SYM_VER_2), str,
		    Dbg_demangle_name(name), scp);
}

void
Dbg_map_size_new(Lm_list *lml, const char *symname, const char *segname,
    Lineno lineno)
{
	if (DBG_NOTCLASS(DBG_C_MAP))
		return;

	Dbg_util_nl(lml, DBG_NL_STD);
	dbg_print(lml, MSG_INTL(MSG_MAP_SYM_SIZE), EC_LINENO(lineno), segname,
	    Dbg_demangle_name(symname), MSG_INTL(MSG_STR_ADDING));
}

void
Dbg_map_size_old(Ofl_desc *ofl, Sym_desc *sdp, const char *segname,
    Lineno lineno)
{
	Conv_inv_buf_t	inv_buf;
	Lm_list		*lml = ofl->ofl_lml;

	if (DBG_NOTCLASS(DBG_C_MAP))
		return;

	Dbg_util_nl(lml, DBG_NL_STD);
	dbg_print(lml, MSG_INTL(MSG_MAP_SYM_SIZE), EC_LINENO(lineno), segname,
	    sdp->sd_name, MSG_INTL(MSG_STR_UP_1));

	if (DBG_NOTDETAIL())
		return;

	Elf_syms_table_entry(lml, ELF_DBG_LD, MSG_INTL(MSG_STR_UP_2),
	    ofl->ofl_dehdr->e_ident[EI_OSABI], ofl->ofl_dehdr->e_machine,
	    sdp->sd_sym, sdp->sd_aux ? sdp->sd_aux->sa_overndx : 0, 0, NULL,
	    conv_def_tag(sdp->sd_ref, &inv_buf));
}

void
Dbg_map_symbol(Ofl_desc *ofl, Sym_desc *sdp)
{
	Conv_inv_buf_t	inv_buf;
	Lm_list		*lml = ofl->ofl_lml;

	if (DBG_NOTCLASS(DBG_C_MAP | DBG_C_SYMBOLS))
		return;
	if (DBG_NOTDETAIL())
		return;

	Elf_syms_table_entry(lml, ELF_DBG_LD, MSG_INTL(MSG_STR_ENTERED),
	    ofl->ofl_dehdr->e_ident[EI_OSABI],  ofl->ofl_dehdr->e_machine,
	    sdp->sd_sym, sdp->sd_aux ? sdp->sd_aux->sa_overndx : 0, 0, NULL,
	    conv_def_tag(sdp->sd_ref, &inv_buf));
}

/*
 * Object version dependency. In the v1 syntax, this is the 'dash' operator.
 * In the v2 syntax, the DEPEND_VERSIONS directive.
 */
void
Dbg_map_dv(Lm_list *lml, const char *obj_name, Lineno lineno)
{
	if (DBG_NOTCLASS(DBG_C_MAP))
		return;

	dbg_print(lml, MSG_INTL(MSG_MAP_DV), EC_LINENO(lineno), obj_name);
}

/*
 * Add a version to an object dependency
 */
void
Dbg_map_dv_entry(Lm_list *lml, Lineno lineno, int require, const char *version)
{
	const char *attr;

	if (DBG_NOTCLASS(DBG_C_MAP))
		return;

	attr = require ? MSG_INTL(MSG_STR_REQUIRE) : MSG_INTL(MSG_STR_ALLOW);
	dbg_print(lml, MSG_INTL(MSG_MAP_DV_ENTRY), attr, version,
	    EC_LINENO(lineno));
}

void
Dbg_map_sort_title(Lm_list *lml, Boolean orig)
{
	if (DBG_NOTCLASS(DBG_C_MAP))
		return;
	if (DBG_NOTDETAIL())
		return;

	if (orig) {
		Dbg_util_nl(lml, DBG_NL_STD);
		dbg_print(lml, MSG_INTL(MSG_MAP_SORT_TITLE));
		dbg_print(lml, MSG_INTL(MSG_MAP_SORT_TITLE_O));
	} else {
		dbg_print(lml, MSG_INTL(MSG_MAP_SORT_TITLE_S));
	}
}

void
Dbg_map_sort_seg(Lm_list *lml, uchar_t osabi, Half mach, Sg_desc *sgp)
{
	const char	*type_str;
	Conv_inv_buf_t	inv_buf;

	if (DBG_NOTCLASS(DBG_C_MAP))
		return;
	if (DBG_NOTDETAIL())
		return;

	type_str = conv_phdr_type(osabi, mach, sgp->sg_phdr.p_type,
	    0, &inv_buf);

	if (sgp->sg_name) {
		if (sgp->sg_flags & FLG_SG_P_VADDR) {
			dbg_print(lml, MSG_ORIG(MSG_MAP_SORT_SEG_V),
			    type_str, sgp->sg_name,
			    EC_ADDR(sgp->sg_phdr.p_vaddr));
		} else if (sgp->sg_flags & FLG_SG_ORDERED) {
			/*
			 * All FLG_SG_ORDERED have adjacent sg_id values
			 * that start at SGID_TEXT. Subtract out the base
			 * in order to present the order values based at 0.
			 */
			dbg_print(lml, MSG_ORIG(MSG_MAP_SORT_SEG_O),
			    type_str, sgp->sg_name,
			    EC_WORD(sgp->sg_id - SGID_TEXT));
		} else {
			dbg_print(lml, MSG_ORIG(MSG_MAP_SORT_SEG_NAME),
			    type_str, sgp->sg_name);
		}
	} else {
		dbg_print(lml, MSG_ORIG(MSG_MAP_SORT_SEG), type_str);
	}
}

void
Dbg_map_parse(Lm_list *lml, const char *file, int version)
{
	Conv_inv_buf_t	inv_buf;

	if (DBG_NOTCLASS(DBG_C_MAP))
		return;

	Dbg_util_nl(lml, DBG_NL_STD);
	dbg_print(lml, MSG_INTL(MSG_MAP_MAPFILE), file, EC_WORD(version),
	    conv_mapfile_version(version, 0, &inv_buf));
}

void
Dbg_map_ent(Lm_list *lml, Ent_desc *enp, Ofl_desc *ofl, Lineno lineno)
{
	if (DBG_NOTCLASS(DBG_C_MAP))
		return;

	Dbg_util_nl(lml, DBG_NL_STD);
	dbg_print(lml, MSG_INTL(MSG_MAP_EC), EC_LINENO(lineno));
	Dbg_ent_entry(lml, ofl->ofl_dehdr->e_ident[EI_OSABI],
	    ofl->ofl_dehdr->e_machine, enp);
}

void
Dbg_map_ent_ord_title(Lm_list *lml, const char *segname)
{
	if (DBG_NOTCLASS(DBG_C_MAP))
		return;

	Dbg_util_nl(lml, DBG_NL_STD);
	dbg_print(lml, MSG_INTL(MSG_MAP_ENT_ORD_TITLE), segname);
}

void
Dbg_map_seg_os_order(Lm_list *lml, Sg_desc *sgp, const char *sec_name,
    Word ndx, Lineno lineno)
{
	if (DBG_NOTCLASS(DBG_C_MAP))
		return;

	dbg_print(lml, MSG_INTL(MSG_MAP_OS_ORDER), EC_LINENO(lineno),
	    sgp->sg_name, sec_name, EC_WORD(ndx));
}

void
Dbg_map_seg(Ofl_desc *ofl, dbg_state_t dbg_state, int ndx, Sg_desc *sgp,
    Lineno lineno)
{
	Lm_list	*lml = ofl->ofl_lml;

	if (DBG_NOTCLASS(DBG_C_MAP))
		return;

	Dbg_util_nl(lml, DBG_NL_STD);
	dbg_print(lml, MSG_INTL(MSG_MAP_SEG), EC_LINENO(lineno),
	    Dbg_state_str(dbg_state));
	Dbg_seg_desc_entry(ofl->ofl_lml, ofl->ofl_dehdr->e_ident[EI_OSABI],
	    ofl->ofl_dehdr->e_machine, ndx, sgp, FALSE);
	Dbg_util_nl(lml, DBG_NL_STD);
}

void
Dbg_map_seg_order(Ofl_desc *ofl, uchar_t osabi, Half mach,
    dbg_state_t dbg_state, Lineno lineno)
{
	Lm_list	*lml = ofl->ofl_lml;
	Aliste		idx;
	Sg_desc		*sgp;
	Conv_inv_buf_t	inv_buf;
	const char	*type_str;

	if (DBG_NOTCLASS(DBG_C_MAP))
		return;

	Dbg_util_nl(lml, DBG_NL_STD);
	dbg_print(lml, MSG_INTL(MSG_MAP_SEG_ORDER), EC_LINENO(lineno),
	    EC_XWORD(aplist_nitems(ofl->ofl_segs_order)),
	    Dbg_state_str(dbg_state));
	for (APLIST_TRAVERSE(ofl->ofl_segs_order, idx, sgp)) {
		type_str = conv_phdr_type(osabi, mach, sgp->sg_phdr.p_type,
		    0, &inv_buf);
		dbg_print(lml, MSG_ORIG(MSG_MAP_SORT_SEG_NAME), type_str,
		    sgp->sg_name);
	}
	Dbg_util_nl(lml, DBG_NL_STD);
}

void
Dbg_map_post_title(Lm_list *lml)
{
	if (DBG_NOTCLASS(DBG_C_MAP))
		return;

	Dbg_util_nl(lml, DBG_NL_STD);
	dbg_print(lml, MSG_INTL(MSG_MAP_POST_TITLE));
}

void
Dbg_map_hdr_noalloc(Lm_list *lml, Lineno lineno)
{
	if (DBG_NOTCLASS(DBG_C_MAP))
		return;

	Dbg_util_nl(lml, DBG_NL_STD);
	dbg_print(lml, MSG_INTL(MSG_MAP_HDR_NOALLOC), EC_LINENO(lineno));
}
#
# CDDL HEADER START
#
# The contents of this file are subject to the terms of the
# Common Development and Distribution License (the "License").
# You may not use this file except in compliance with the License.
#
# You can obtain a copy of the license at usr/src/OPENSOLARIS.LICENSE
# or http://www.opensolaris.org/os/licensing.
# See the License for the specific language governing permissions
# and limitations under the License.
#
# When distributing Covered Code, include this CDDL HEADER in each
# file and include the License file at usr/src/OPENSOLARIS.LICENSE.
# If applicable, add the following below this CDDL HEADER, with the
# fields enclosed by brackets "[]" replaced with your own identifying
# information: Portions Copyright [yyyy] [name of copyright owner]
#
# CDDL HEADER END
#

#
# Copyright (c) 1993, 2010, Oracle and/or its affiliates. All rights reserved.
#
#
# Generic interface definition for usr/src/cmd/sgs/liblddbg.
#

#
# MAPFILE HEADER START
#
# WARNING:  STOP NOW.  DO NOT MODIFY THIS FILE.
# Object versioning must comply with the rules detailed in
#
#	usr/src/lib/README.mapfiles
#
# You should not be making modifications here until you've read the most current
# copy of that file. If you need help, contact a gatekeeper for guidance.
#
# MAPFILE HEADER END
#

$mapfile_version 2

SYMBOL_VERSION SUNWprivate_4.83 {
    global:
	dbg_desc	{
			  # interposed - ld.so.1(1)
			  FLAGS = NODIRECT;
			  ASSERT = {
				  TYPE = OBJECT;
				  SIZE = addrsize;
				};
			};
	dbg_print	{
			  # interposed - ld(1) and ld.so.1(1)
			  FLAGS = NODIRECT;
			};

	Dbg_args_file;
	Dbg_args_option;
	Dbg_args_str2chr;
	Dbg_args_Wldel;
	Dbg_audit_activity;
	Dbg_audit_ignore;
	Dbg_audit_interface;
	Dbg_audit_lib;
	Dbg_audit_objclose;
	Dbg_audit_objfilter;
	Dbg_audit_objopen;
	Dbg_audit_objsearch;
	Dbg_audit_pltenter;
	Dbg_audit_pltexit;
	Dbg_audit_preinit;
	Dbg_audit_symbind;
	Dbg_audit_skip;
	Dbg_audit_terminate;
	Dbg_audit_version;

	Dbg_basic_collect;
	Dbg_basic_create;
	Dbg_basic_files;
	Dbg_basic_finish;
	Dbg_basic_options;
	Dbg_basic_relocate;
	Dbg_basic_validate;

	Dbg_help;
	Dbg_setup;
	Dbg_state_str;
	Dbg_version;

	Dbg32_bind_global;
	Dbg64_bind_global;
	Dbg32_bind_plt_summary;
	Dbg64_bind_plt_summary;
	Dbg64_bind_pltpad_from;
	Dbg64_bind_pltpad_to;
	Dbg32_bind_reject;
	Dbg64_bind_reject;
	Dbg32_bind_weak;
	Dbg64_bind_weak;

	Dbg32_cap_candidate;
	Dbg64_cap_candidate;
	Dbg32_cap_filter;
	Dbg64_cap_filter;
	Dbg32_cap_id;
	Dbg64_cap_id;
	Dbg32_cap_identical;
	Dbg64_cap_identical;
	Dbg32_cap_mapfile_title;
	Dbg64_cap_mapfile_title;
	Dbg32_cap_post_title;
	Dbg64_cap_post_title;
	Dbg32_cap_ptr_entry;
	Dbg64_cap_ptr_entry;
	Dbg32_cap_sec_title;
	Dbg64_cap_sec_title;
	Dbg32_cap_val;
	Dbg64_cap_val;
	Dbg32_cap_val_entry;
	Dbg64_cap_val_entry;

	Dbg32_dl_dladdr;
	Dbg64_dl_dladdr;
	Dbg32_dl_dlclose;
	Dbg64_dl_dlclose;
	Dbg32_dl_dldump;
	Dbg64_dl_dldump;
	Dbg32_dl_dlerror;
	Dbg64_dl_dlerror;
	Dbg32_dl_dlinfo;
	Dbg64_dl_dlinfo;
	Dbg32_dl_dlopen;
	Dbg64_dl_dlopen;
	Dbg32_dl_dlsym;
	Dbg64_dl_dlsym;
	Dbg32_dl_iphdr_callback;
	Dbg64_dl_iphdr_callback;
	Dbg32_dl_iphdr_enter;
	Dbg64_dl_iphdr_enter;
	Dbg32_dl_iphdr_mapchange;
	Dbg64_dl_iphdr_mapchange;
	Dbg32_dl_iphdr_unmap_ret;
	Dbg64_dl_iphdr_unmap_ret;

	Dbg32_demangle_name;
	Dbg64_demangle_name;

	Dbg32_ent_print;
	Dbg64_ent_print;

	Dbg32_file_analyze;
	Dbg64_file_analyze;
	Dbg32_file_ar;
	Dbg64_file_ar;
	Dbg32_file_ar_rescan;
	Dbg64_file_ar_rescan;
	Dbg32_file_bind_entry;
	Dbg64_file_bind_entry;
	Dbg32_file_bindings;
	Dbg64_file_bindings;
	Dbg32_file_bindings_done;
	Dbg64_file_bindings_done;
	Dbg32_file_cntl;
	Dbg64_file_cntl;
	Dbg32_file_config_dis;
	Dbg64_file_config_dis;
	Dbg32_file_config_obj;
	Dbg64_file_config_obj;
	Dbg32_file_deferred;
	Dbg64_file_deferred;
	Dbg32_file_del_rescan;
	Dbg64_file_del_rescan;
	Dbg32_file_delete;
	Dbg64_file_delete;
	Dbg32_file_elf;
	Dbg64_file_elf;
	Dbg32_file_cleanup;
	Dbg64_file_cleanup;
	Dbg32_file_filtee;
	Dbg64_file_filtee;
	Dbg32_file_filter;
	Dbg64_file_filter;
	Dbg32_file_fixname;
	Dbg64_file_fixname;
	Dbg32_file_generic;
	Dbg64_file_generic;
	Dbg32_file_hdl_action;
	Dbg64_file_hdl_action;
	Dbg32_file_hdl_collect;
	Dbg64_file_hdl_collect;
	Dbg32_file_hdl_title;
	Dbg64_file_hdl_title;
	Dbg32_file_lazyload;
	Dbg64_file_lazyload;
	Dbg32_file_ldso;
	Dbg64_file_ldso;
	Dbg32_file_mmapobj;
	Dbg64_file_mmapobj;
	Dbg32_file_mode_promote;
	Dbg64_file_mode_promote;
	Dbg32_file_modified;
	Dbg64_file_modified;
	Dbg32_file_needed;
	Dbg64_file_needed;
	Dbg32_file_output;
	Dbg64_file_output;
	Dbg32_file_preload;
	Dbg64_file_preload;
	Dbg32_file_prot;
	Dbg64_file_prot;
	Dbg32_file_rejected;
	Dbg64_file_rejected;
	Dbg32_file_reuse;
	Dbg64_file_reuse;
	Dbg32_file_skip;
	Dbg64_file_skip;

	Dbg32_got_display;
	Dbg64_got_display;

	Dbg32_libs_audit;
	Dbg64_libs_audit;
	Dbg32_libs_find;
	Dbg64_libs_find;
	Dbg32_libs_found;
	Dbg64_libs_found;
	Dbg32_libs_insecure;
	Dbg64_libs_insecure;
	Dbg32_libs_init;
	Dbg64_libs_init;
	Dbg32_libs_l;
	Dbg64_libs_l;
	Dbg32_libs_path;
	Dbg64_libs_path;
	Dbg32_libs_req;
	Dbg64_libs_req;
	Dbg32_libs_update;
	Dbg64_libs_update;
	Dbg32_libs_yp;
	Dbg64_libs_yp;
	Dbg32_libs_ylu;
	Dbg64_libs_ylu;

	Dbg32_map_cexp_id;
	Dbg64_map_cexp_id;
	Dbg32_map_dv;
	Dbg64_map_dv;
	Dbg32_map_dv_entry;
	Dbg64_map_dv_entry;
	Dbg32_map_ent;
	Dbg64_map_ent;
	Dbg32_map_ent_ord_title;
	Dbg64_map_ent_ord_title;
	Dbg32_map_hdr_noalloc;
	Dbg64_map_hdr_noalloc;
	Dbg32_map_parse;
	Dbg64_map_parse;
	Dbg32_map_pass;
	Dbg64_map_pass;
	Dbg32_map_post_title;
	Dbg64_map_post_title;
	Dbg32_map_seg;
	Dbg64_map_seg;
	Dbg32_map_seg_order;
	Dbg64_map_seg_order;
	Dbg32_map_seg_os_order;
	Dbg64_map_seg_os_order;
	Dbg32_map_size_new;
	Dbg64_map_size_new;
	Dbg32_map_size_old;
	Dbg64_map_size_old;
	Dbg32_map_sort_seg;
	Dbg64_map_sort_seg;
	Dbg32_map_sort_title;
	Dbg64_map_sort_title;
	Dbg32_map_symbol;
	Dbg64_map_symbol;
	Dbg32_map_version;
	Dbg64_map_version;

	Dbg32_move_adjexpandreloc;
	Dbg64_move_adjexpandreloc;
	Dbg32_move_adjmovereloc;
	Dbg64_move_adjmovereloc;
	Dbg32_move_bad;
	Dbg64_move_bad;
	Dbg32_move_data;
	Dbg64_move_data;
	Dbg32_move_entry1;
	Dbg64_move_entry1;
	Dbg32_move_entry2;
	Dbg64_move_entry2;
	Dbg32_move_expand;
	Dbg64_move_expand;
	Dbg32_move_input;
	Dbg64_move_input;
	Dbg32_move_outmove;
	Dbg64_move_outmove;
	Dbg32_move_outsctadj;
	Dbg64_move_outsctadj;
	Dbg32_move_parexpn;
	Dbg64_move_parexpn;

	Dbg32_reloc_apply_reg;
	Dbg64_reloc_apply_reg;
	Dbg32_reloc_apply_val;
	Dbg64_reloc_apply_val;
	Dbg32_reloc_ars_entry;
	Dbg64_reloc_ars_entry;
	Dbg32_reloc_copy;
	Dbg64_reloc_copy;
	Dbg32_reloc_discard;
	Dbg64_reloc_discard;
	Dbg32_reloc_doact;
	Dbg64_reloc_doact;
	Dbg32_reloc_doact_title;
	Dbg64_reloc_doact_title;
	Dbg32_reloc_dooutrel;
	Dbg64_reloc_dooutrel;
	Dbg32_reloc_entry;
	Dbg64_reloc_entry;
	Dbg32_reloc_error;
	Dbg64_reloc_error;
	Dbg32_reloc_generate;
	Dbg64_reloc_generate;
	Dbg32_reloc_in;
	Dbg64_reloc_in;
	Dbg32_reloc_ors_entry;
	Dbg64_reloc_ors_entry;
	Dbg32_reloc_out;
	Dbg64_reloc_out;
	Dbg32_reloc_proc;
	Dbg64_reloc_proc;
	Dbg32_reloc_run;
	Dbg64_reloc_run;
	Dbg32_reloc_sloppycomdat;
	Dbg64_reloc_sloppycomdat;
	Dbg32_reloc_transition;
	Dbg64_reloc_transition;

	Dbg32_sec_added;
	Dbg64_sec_added;
	Dbg32_sec_backing;
	Dbg64_sec_backing;
	Dbg32_sec_created;
	Dbg64_sec_created;
	Dbg32_sec_discarded;
	Dbg64_sec_discarded;
	Dbg32_sec_genstr_compress;
	Dbg64_sec_genstr_compress;
	Dbg32_sec_group;
	Dbg64_sec_group;
	Dbg32_sec_gnu_comdat;
	Dbg64_sec_gnu_comdat;
	Dbg32_sec_in;
	Dbg64_sec_in;
	Dbg32_sec_order_error;
	Dbg64_sec_order_error;
	Dbg32_sec_order_list;
	Dbg64_sec_order_list;
	Dbg32_sec_redirected;
	Dbg64_sec_redirected;
	Dbg32_sec_strtab;
	Dbg64_sec_strtab;
	Dbg32_sec_unsup_strmerge;
	Dbg64_sec_unsup_strmerge;

	Dbg32_seg_entry;
	Dbg64_seg_entry;
	Dbg32_seg_list;
	Dbg64_seg_list;
	Dbg32_seg_os;
	Dbg64_seg_os;
	Dbg32_seg_title;
	Dbg64_seg_title;

	Dbg32_shdr_modified;
	Dbg64_shdr_modified;

	Dbg32_statistics_ar;
	Dbg64_statistics_ar;
	Dbg32_statistics_ld;
	Dbg64_statistics_ld;

	Dbg32_support_action;
	Dbg64_support_action;
	Dbg32_support_load;
	Dbg64_support_load;
	Dbg32_support_req;
	Dbg64_support_req;
	Dbg32_support_vnone;
	Dbg64_support_vnone;

	Dbg32_syminfo_entry;
	Dbg64_syminfo_entry;
	Dbg32_syminfo_title;
	Dbg64_syminfo_title;

	Dbg32_syms_ar_checking;
	Dbg64_syms_ar_checking;
	Dbg32_syms_ar_force;
	Dbg64_syms_ar_force;
	Dbg32_syms_ar_resolve;
	Dbg64_syms_ar_resolve;
	Dbg32_syms_ar_skip;
	Dbg64_syms_ar_skip;
	Dbg32_syms_ar_title;
	Dbg64_syms_ar_title;
	Dbg32_syms_cap_convert;
	Dbg64_syms_cap_convert;
	Dbg32_syms_cap_local;
	Dbg64_syms_cap_local;
	Dbg32_syms_cap_lookup;
	Dbg64_syms_cap_lookup;
	Dbg32_syms_cap_title;
	Dbg64_syms_cap_title;
	Dbg32_syms_copy_reloc;
	Dbg64_syms_copy_reloc;
	Dbg32_syms_created;
	Dbg64_syms_created;
	Dbg32_syms_discarded;
	Dbg64_syms_discarded;
	Dbg32_syms_dup_discarded;
	Dbg64_syms_dup_discarded;
	Dbg32_syms_dup_sort_addr;
	Dbg64_syms_dup_sort_addr;
	Dbg32_syms_entered;
	Dbg64_syms_entered;
	Dbg32_syms_entry;
	Dbg64_syms_entry;
	Dbg32_syms_global;
	Dbg64_syms_global;
	Dbg32_syms_ignore;
	Dbg64_syms_ignore;
	Dbg32_syms_ignore_gnuver;
	Dbg64_syms_ignore_gnuver;
	Dbg32_syms_lazy_rescan;
	Dbg64_syms_lazy_rescan;
	Dbg32_syms_lookup;
	Dbg64_syms_lookup;
	Dbg32_syms_new;
	Dbg64_syms_new;
	Dbg32_syms_old;
	Dbg64_syms_old;
	Dbg32_syms_process;
	Dbg64_syms_process;
	Dbg32_syms_reduce;
	Dbg64_syms_reduce;
	Dbg32_syms_resolved;
	Dbg64_syms_resolved;
	Dbg32_syms_resolving;
	Dbg64_syms_resolving;
	Dbg32_syms_sec_entry;
	Dbg64_syms_sec_entry;
	Dbg32_syms_sec_title;
	Dbg64_syms_sec_title;
	Dbg32_syms_spec_title;
	Dbg64_syms_spec_title;
	Dbg32_syms_updated;
	Dbg64_syms_updated;
	Dbg32_syms_up_title;
	Dbg64_syms_up_title;
	Dbg32_syms_wrap;
	Dbg64_syms_wrap;

	Dbg_tls_modactivity;
	Dbg_tls_static_block;
	Dbg_tls_static_resv;

	Dbg32_util_call_array;
	Dbg64_util_call_array;
	Dbg32_util_call_fini;
	Dbg64_util_call_fini;
	Dbg32_util_call_init;
	Dbg64_util_call_init;
	Dbg32_util_call_main;
	Dbg64_util_call_main;
	Dbg32_util_collect;
	Dbg64_util_collect;
	Dbg32_util_dbnotify;
	Dbg64_util_dbnotify;
	Dbg32_util_edge_in;
	Dbg64_util_edge_in;
	Dbg32_util_edge_out;
	Dbg64_util_edge_out;
	Dbg32_util_lcinterface;
	Dbg64_util_lcinterface;
	Dbg32_util_intoolate;
	Dbg64_util_intoolate;
	Dbg32_util_nl;
	Dbg64_util_nl;
	Dbg32_util_scc_entry;
	Dbg64_util_scc_entry;
	Dbg32_util_scc_title;
	Dbg64_util_scc_title;
	Dbg32_util_str;
	Dbg64_util_str;

	Dbg32_unused_file;
	Dbg64_unused_file;
	Dbg32_unused_lcinterface;
	Dbg64_unused_lcinterface;
	Dbg32_unused_path;
	Dbg64_unused_path;
	Dbg32_unused_sec;
	Dbg64_unused_sec;
	Dbg32_unused_unref;
	Dbg64_unused_unref;

	Dbg32_ver_avail_entry;
	Dbg64_ver_avail_entry;
	Dbg32_ver_avail_title;
	Dbg64_ver_avail_title;
	Dbg32_ver_def_title;
	Dbg64_ver_def_title;
	Dbg32_ver_desc_entry;
	Dbg64_ver_desc_entry;
	Dbg32_ver_need_done;
	Dbg64_ver_need_done;
	Dbg32_ver_need_entry;
	Dbg64_ver_need_entry;
	Dbg32_ver_need_title;
	Dbg64_ver_need_title;
	Dbg32_ver_nointerface;
	Dbg64_ver_nointerface;
	Dbg32_ver_symbol;
	Dbg64_ver_symbol;

} SUNWprivate_3.23;


# The following interfaces are used by various parts of the link-editors and
# elfdump(1).  The link-editors are always packaged together but there
# seems to be a variety of old elfdump's lying around.	elfdump only uses
# this interface, and thus by separating in from the ever changing Dbg_*
# interfaces we can provide a stable versioning environment for this utility.

SYMBOL_VERSION SUNWprivate_3.23 {
    global:
	Elf_syminfo_entry;
	Elf_syminfo_title;

	Elf32_cap_entry;
	Elf64_cap_entry;
	Elf32_cap_title;
	Elf64_cap_title;

	Elf32_demangle_name;
	Elf64_demangle_name;
	Elf32_dyn_entry;
	Elf64_dyn_entry;
	Elf32_dyn_null_entry;
	Elf64_dyn_null_entry;
	Elf32_dyn_title;
	Elf64_dyn_title;

	Elf32_ehdr;
	Elf64_ehdr;

	Elf32_got_entry;
	Elf64_got_entry;
	Elf32_got_title;
	Elf64_got_title;

	Elf32_phdr;
	Elf64_phdr;

	Elf32_reloc_apply_reg;
	Elf64_reloc_apply_reg;
	Elf32_reloc_apply_val;
	Elf64_reloc_apply_val;
	Elf32_reloc_entry_1;
	Elf64_reloc_entry_1;
	Elf32_reloc_entry_2;
	Elf64_reloc_entry_2;
	Elf32_reloc_title;
	Elf64_reloc_title;

	Elf32_shdr;
	Elf64_shdr;

	Elf32_syms_table_title;
	Elf64_syms_table_title;
	Elf32_syms_table_entry;
	Elf64_syms_table_entry;

	Elf32_ver_def_title;
	Elf64_ver_def_title;
	Elf32_ver_line_1;
	Elf64_ver_line_1;
	Elf32_ver_line_2;
	Elf64_ver_line_2;
	Elf32_ver_line_3;
	Elf64_ver_line_3;
	Elf32_ver_line_4;
	Elf64_ver_line_4;
	Elf32_ver_line_5;
	Elf64_ver_line_5;
	Elf32_ver_need_title;
	Elf64_ver_need_title;

    local:
	*;
};
/*
 * CDDL HEADER START
 *
 * The contents of this file are subject to the terms of the
 * Common Development and Distribution License (the "License").
 * You may not use this file except in compliance with the License.
 *
 * You can obtain a copy of the license at usr/src/OPENSOLARIS.LICENSE
 * or http://www.opensolaris.org/os/licensing.
 * See the License for the specific language governing permissions
 * and limitations under the License.
 *
 * When distributing Covered Code, include this CDDL HEADER in each
 * file and include the License file at usr/src/OPENSOLARIS.LICENSE.
 * If applicable, add the following below this CDDL HEADER, with the
 * fields enclosed by brackets "[]" replaced with your own identifying
 * information: Portions Copyright [yyyy] [name of copyright owner]
 *
 * CDDL HEADER END
 */

/*
 * Copyright 2009 Sun Microsystems, Inc.  All rights reserved.
 * Use is subject to license terms.
 */

#include	"msg.h"
#include	"_debug.h"
#include	"libld.h"

void
Dbg_move_data(Rt_map *lmp)
{
	Lm_list	*lml = LIST(lmp);

	if (DBG_NOTCLASS(DBG_C_MOVE))
		return;

	dbg_print(lml, MSG_INTL(MSG_MOVE_FILE), NAME(lmp));
	dbg_print(lml, MSG_INTL(MSG_MOVE_TITLE2));
}

void
Dbg_move_adjexpandreloc(Lm_list *lml, Xword offset, const char *name)
{
	if (DBG_NOTCLASS(DBG_C_MOVE | DBG_C_RELOC))
		return;
	if (DBG_NOTDETAIL())
		return;

	dbg_print(lml, MSG_INTL(MSG_MOVE_ADJEXPAND), Dbg_demangle_name(name),
	    EC_XWORD(offset));
}

void
Dbg_move_adjmovereloc(Lm_list *lml, Xword offset1, Xword offset2,
    const char *name)
{
	if (DBG_NOTCLASS(DBG_C_MOVE | DBG_C_RELOC))
		return;
	if (DBG_NOTDETAIL())
		return;

	dbg_print(lml, MSG_INTL(MSG_MOVE_ADJMOVE), Dbg_demangle_name(name),
	    EC_XWORD(offset1), EC_XWORD(offset2));
}

void
Dbg_move_outsctadj(Lm_list *lml, Sym_desc *sdp)
{
	if (DBG_NOTCLASS(DBG_C_MOVE | DBG_C_RELOC))
		return;
	if (DBG_NOTDETAIL())
		return;

	dbg_print(lml, MSG_INTL(MSG_MOVE_OUTSCTADJ),
	    Dbg_demangle_name(sdp->sd_name));
}

void
Dbg_move_parexpn(Lm_list *lml, const char *name, const char *reason)
{
	if (DBG_NOTCLASS(DBG_C_MOVE))
		return;

	Dbg_util_nl(lml, DBG_NL_STD);
	dbg_print(lml, MSG_INTL(MSG_MOVE_PAREXPN), name, reason);
	dbg_print(lml, MSG_INTL(MSG_MOVE_TITLE1));
}

void
Dbg_move_outmove(Lm_list *lml, const char *name)
{
	if (DBG_NOTCLASS(DBG_C_MOVE))
		return;

	Dbg_util_nl(lml, DBG_NL_STD);
	dbg_print(lml, MSG_INTL(MSG_MOVE_OUTMOVE), name);
	dbg_print(lml, MSG_INTL(MSG_MOVE_TITLE1));
}

void
Dbg_move_expand(Lm_list *lml, Move *mv, Addr addr)
{
	if (DBG_NOTCLASS(DBG_C_MOVE))
		return;

	dbg_print(lml, MSG_INTL(MSG_MOVE_EXPAND), EC_ADDR(addr),
	    EC_LWORD(mv->m_value));
}

void
Dbg_move_input(Lm_list *lml, const char *name)
{
	if (DBG_NOTCLASS(DBG_C_MOVE))
		return;

	Dbg_util_nl(lml, DBG_NL_STD);
	dbg_print(lml, MSG_INTL(MSG_MOVE_INPUT), name);
	dbg_print(lml, MSG_INTL(MSG_MOVE_TITLE1));
}

void
Dbg_move_entry1(Lm_list *lml, int which, Move *mv, Sym_desc *s)
{
	const char *str;

	if (DBG_NOTCLASS(DBG_C_MOVE))
		return;

	if (which)
		str = MSG_INTL(MSG_MOVE_ENTRYIN);
	else
		str = MSG_INTL(MSG_MOVE_ENTRYOUT);

	dbg_print(lml, str, EC_XWORD(mv->m_poffset), ELF_M_SIZE(mv->m_info),
	    mv->m_repeat, mv->m_stride, EC_LWORD(mv->m_value), s->sd_name);
}

void
Dbg_move_entry2(Lm_list *lml, Move *mv, Word st_name, const char *name)
{
	const char *sname;

	if (DBG_NOTCLASS(DBG_C_MOVE))
		return;

	if (st_name)
		sname = name;
	else
		sname = MSG_INTL(MSG_STR_UNKNOWN);

	dbg_print(lml, MSG_INTL(MSG_MOVE_ENTRYIN), EC_XWORD(mv->m_poffset),
	    ELF_M_SIZE(mv->m_info), mv->m_repeat, mv->m_stride,
	    EC_LWORD(mv->m_value), sname);
}

void
Dbg_move_bad(Lm_list *lml, ulong_t num, const char *name, Addr addr)
{
	if (DBG_NOTCLASS(DBG_C_MOVE))
		return;

	dbg_print(lml, MSG_INTL(MSG_MOVE_BAD), EC_XWORD(num), name,
	    EC_ADDR(addr));
}
/*
 * CDDL HEADER START
 *
 * The contents of this file are subject to the terms of the
 * Common Development and Distribution License (the "License").
 * You may not use this file except in compliance with the License.
 *
 * You can obtain a copy of the license at usr/src/OPENSOLARIS.LICENSE
 * or http://www.opensolaris.org/os/licensing.
 * See the License for the specific language governing permissions
 * and limitations under the License.
 *
 * When distributing Covered Code, include this CDDL HEADER in each
 * file and include the License file at usr/src/OPENSOLARIS.LICENSE.
 * If applicable, add the following below this CDDL HEADER, with the
 * fields enclosed by brackets "[]" replaced with your own identifying
 * information: Portions Copyright [yyyy] [name of copyright owner]
 *
 * CDDL HEADER END
 */

/*
 * Copyright 2009 Sun Microsystems, Inc.  All rights reserved.
 * Use is subject to license terms.
 */

#include	<sgs.h>
#include	<_debug.h>
#include	<conv.h>
#include	<msg.h>

void
Elf_phdr(Lm_list *lml, uchar_t osabi, Half mach, Phdr *phdr)
{
	Conv_inv_buf_t		inv_buf;
	Conv_phdr_flags_buf_t	phdr_flags_buf;

	dbg_print(lml, MSG_ORIG(MSG_PHD_VADDR), EC_ADDR(phdr->p_vaddr),
	    conv_phdr_flags(osabi, phdr->p_flags, 0, &phdr_flags_buf));
	dbg_print(lml, MSG_ORIG(MSG_PHD_PADDR), EC_ADDR(phdr->p_paddr),
	    conv_phdr_type(osabi, mach, phdr->p_type, 0, &inv_buf));
	dbg_print(lml, MSG_ORIG(MSG_PHD_FILESZ), EC_XWORD(phdr->p_filesz),
	    EC_XWORD(phdr->p_memsz));
	dbg_print(lml, MSG_ORIG(MSG_PHD_OFFSET), EC_OFF(phdr->p_offset),
	    EC_XWORD(phdr->p_align));
}
/*
 * CDDL HEADER START
 *
 * The contents of this file are subject to the terms of the
 * Common Development and Distribution License (the "License").
 * You may not use this file except in compliance with the License.
 *
 * You can obtain a copy of the license at usr/src/OPENSOLARIS.LICENSE
 * or http://www.opensolaris.org/os/licensing.
 * See the License for the specific language governing permissions
 * and limitations under the License.
 *
 * When distributing Covered Code, include this CDDL HEADER in each
 * file and include the License file at usr/src/OPENSOLARIS.LICENSE.
 * If applicable, add the following below this CDDL HEADER, with the
 * fields enclosed by brackets "[]" replaced with your own identifying
 * information: Portions Copyright [yyyy] [name of copyright owner]
 *
 * CDDL HEADER END
 */

/*
 * Copyright (c) 1991, 2010, Oracle and/or its affiliates. All rights reserved.
 */

#include	<sys/elf_SPARC.h>
#include	<debug.h>
#include	<libld.h>
#include	<conv.h>
#include	"_debug.h"
#include	"msg.h"

void
Dbg_reloc_apply_reg(Lm_list *lml, int caller, Half mach, Xword off, Xword value)
{
	if (DBG_NOTCLASS(DBG_C_RELOC))
		return;
	if (DBG_NOTDETAIL())
		return;

	/*
	 * Print the actual relocation being applied to the specified output
	 * section, the offset represents the actual relocation address, and the
	 * value is the new data being written to that address.
	 */
	Elf_reloc_apply_reg(lml, caller, mach, off, value);
}

void
Dbg_reloc_apply_val(Lm_list *lml, int caller, Xword off, Xword value)
{
	if (DBG_NOTCLASS(DBG_C_RELOC))
		return;
	if (DBG_NOTDETAIL())
		return;

	/*
	 * Print the actual relocation being applied to the specified output
	 * section, the offset represents the actual relocation address, and the
	 * value is the new data being written to that address.
	 */
	Elf_reloc_apply_val(lml, caller, off, value);
}

void
Dbg_reloc_error(Lm_list *lml, int caller, Half mach, Word type, void *reloc,
    const char *sname)
{
	if (DBG_NOTCLASS(DBG_C_RELOC))
		return;
	if (DBG_NOTDETAIL())
		return;

	Elf_reloc_entry_1(lml, caller, MSG_INTL(MSG_STR_IN), mach, type, reloc,
	    NULL, sname, MSG_INTL(MSG_REL_BADROFFSET));
}

void
Dbg_reloc_run(Rt_map *lmp, uint_t rtype, int info, int dtype)
{
	Lm_list		*lml = LIST(lmp);
	const char	*str, *name = NAME(lmp);

	if (DBG_NOTCLASS(DBG_C_RELOC))
		return;

	if (dtype == DBG_REL_FINISH) {
		if (info)
			str = MSG_ORIG(MSG_STR_EMPTY);
		else
			str = MSG_INTL(MSG_REL_FAIL);
	} else {
		if (info)
			str = MSG_INTL(MSG_REL_PLT);
		else
			str = MSG_ORIG(MSG_STR_EMPTY);
	}

	if (dtype == DBG_REL_START) {
		Dbg_util_nl(lml, DBG_NL_STD);
		dbg_print(lml, MSG_INTL(MSG_REL_START), name, str);

		if (DBG_NOTDETAIL())
			return;

		Elf_reloc_title(lml, ELF_DBG_RTLD, rtype);

	} else {
		if (dtype == DBG_REL_NONE) {
			dbg_print(lml, MSG_ORIG(MSG_STR_EMPTY));
			dbg_print(lml, MSG_INTL(MSG_REL_NONE), name, str);
		} else
			dbg_print(lml, MSG_INTL(MSG_REL_FINISH), name,
			    str);

		Dbg_util_nl(lml, DBG_NL_STD);
	}
}

void
Dbg_reloc_copy(Rt_map *dlmp, Rt_map *nlmp, const char *name, int zero)
{
	const char	*str;

	if (DBG_NOTCLASS(DBG_C_RELOC))
		return;
	if (DBG_NOTDETAIL())
		return;

	if (zero)
		str = MSG_INTL(MSG_STR_COPYZERO);
	else
		str = MSG_ORIG(MSG_STR_EMPTY);

	dbg_print(LIST(dlmp), MSG_INTL(MSG_REL_COPY), NAME(dlmp), NAME(nlmp),
	    name, str);
}

void
Dbg_reloc_generate(Lm_list *lml, Os_desc *osp, Word type)
{
	if (DBG_NOTCLASS(DBG_C_RELOC))
		return;

	Dbg_util_nl(lml, DBG_NL_STD);
	dbg_print(lml, MSG_INTL(MSG_REL_GENERATE), osp->os_name);

	if (DBG_NOTDETAIL())
		return;

	Elf_reloc_title(lml, ELF_DBG_LD, type);
}

/*
 * Issue relocation collecting header message prior to listing
 * each relocation.
 *
 * entry:
 *	lml - Link map control list
 *	osp - If sh_info was non-NULL, output section to which
 *		relocation applies. Otherwise NULL.
 *	isp - If sh_info was non-NULL, input section to which
 *		relocation applies. Otherwise NULL.
 *	risp - Relocation section
 *
 * note: osp and isp must both be NULL, or both non-NULL. risp is never NULL.
 */
void
Dbg_reloc_proc(Lm_list *lml, Os_desc *osp, Is_desc *isp, Is_desc *risp)
{
	const char	*str1, *str2;

	if (DBG_NOTCLASS(DBG_C_RELOC))
		return;

	if (osp && osp->os_name)
		str1 = osp->os_name;
	else
		str1 =	MSG_INTL(MSG_STR_NULL);

	if (isp && isp->is_file)
		str2 = isp->is_file->ifl_name;
	else if (risp && risp->is_file)
		str2 = risp->is_file->ifl_name;
	else
		str2 = MSG_INTL(MSG_STR_NULL);

	Dbg_util_nl(lml, DBG_NL_STD);
	dbg_print(lml, MSG_INTL(MSG_REL_COLLECT), str1, str2);

	if (DBG_NOTDETAIL())
		return;

	Elf_reloc_title(lml, ELF_DBG_LD, risp->is_shdr->sh_type);
}

void
Dbg_reloc_doact_title(Lm_list *lml)
{
	if (DBG_NOTCLASS(DBG_C_RELOC))
		return;
	if (DBG_NOTDETAIL())
		return;

	Dbg_util_nl(lml, DBG_NL_STD);
	dbg_print(lml, MSG_INTL(MSG_REL_ACTIVE));
	Elf_reloc_title(lml, ELF_DBG_LD_ACT, 0);
}

void
Dbg_reloc_doact(Lm_list *lml, int caller, Half mach, Word type, Rel_desc *rdesc,
    Xword off, Xword value, rel_desc_sname_func_t rel_desc_sname_func)
{
	Conv_inv_buf_t	inv_buf;
	const char	*secname;
	Os_desc		*osp;

	if (DBG_NOTCLASS(DBG_C_RELOC))
		return;
	if (DBG_NOTDETAIL())
		return;

	osp = RELAUX_GET_OSDESC(rdesc);
	if (osp) {
		secname = osp->os_name;
		off += osp->os_shdr->sh_offset;
	} else
		secname = MSG_ORIG(MSG_STR_EMPTY);

	Elf_reloc_entry_2(lml, caller, MSG_ORIG(MSG_STR_EMPTY), type,
	    conv_reloc_type(mach, rdesc->rel_rtype, 0, &inv_buf),
	    off, value, secname, (*rel_desc_sname_func)(rdesc),
	    MSG_ORIG(MSG_STR_EMPTY));
}

void
Dbg_reloc_dooutrel(Lm_list *lml, Word type)
{
	if (DBG_NOTCLASS(DBG_C_RELOC))
		return;
	if (DBG_NOTDETAIL())
		return;

	Dbg_util_nl(lml, DBG_NL_STD);
	dbg_print(lml, MSG_INTL(MSG_REL_CREATING));
	Elf_reloc_title(lml, ELF_DBG_LD, type);
}

void
Dbg_reloc_discard(Lm_list *lml, Half mach, Rel_desc *rsp)
{
	dbg_isec_name_buf_t	buf;
	char			*alloc_mem;
	Conv_inv_buf_t		inv_buf;
	Is_desc			*isp;

	if (DBG_NOTCLASS(DBG_C_RELOC))
		return;
	if (DBG_NOTDETAIL())
		return;

	isp = rsp->rel_isdesc;
	dbg_print(lml, MSG_INTL(MSG_REL_DISCARDED),
	    dbg_fmt_isec_name(isp, buf, &alloc_mem), isp->is_file->ifl_name,
	    conv_reloc_type(mach, rsp->rel_rtype, 0, &inv_buf),
	    EC_OFF(rsp->rel_roffset));
	if (alloc_mem != NULL)
		free(alloc_mem);
}

void
Dbg_reloc_transition(Lm_list *lml, Half mach, Word rtype, Rel_desc *rsp,
    rel_desc_sname_func_t rel_desc_sname_func)
{
	dbg_isec_name_buf_t	buf;
	char			*alloc_mem;
	Conv_inv_buf_t		inv_buf1, inv_buf2;
	Is_desc			*isp;

	if (DBG_NOTCLASS(DBG_C_RELOC))
		return;

	isp = rsp->rel_isdesc;
	dbg_print(lml, MSG_INTL(MSG_REL_TRANSITION),
	    conv_reloc_type(mach, rsp->rel_rtype, 0, &inv_buf1),
	    dbg_fmt_isec_name(isp, buf, &alloc_mem), isp->is_file->ifl_name,
	    EC_OFF(rsp->rel_roffset), (*rel_desc_sname_func)(rsp),
	    conv_reloc_type(mach, rtype, 0, &inv_buf2));
	if (alloc_mem != NULL)
		free(alloc_mem);
}

void
Dbg_reloc_out(Ofl_desc *ofl, int caller, Word type, void *reloc,
    const char *secname, const char *symname)
{
	if (DBG_NOTCLASS(DBG_C_RELOC))
		return;
	if (DBG_NOTDETAIL())
		return;

	Elf_reloc_entry_1(ofl->ofl_lml, caller, MSG_ORIG(MSG_STR_EMPTY),
	    ofl->ofl_dehdr->e_machine, type, reloc, secname, symname,
	    MSG_ORIG(MSG_STR_EMPTY));
}

void
Dbg_reloc_in(Lm_list *lml, int caller, Half mach, Word type, void *reloc,
    const char *secname, Word secndx, const char *symname)
{
	dbg_isec_name_buf_t	buf;
	char			*alloc_mem;

	if (DBG_NOTCLASS(DBG_C_RELOC))
		return;
	if (DBG_NOTDETAIL())
		return;

	Elf_reloc_entry_1(lml, caller, MSG_INTL(MSG_STR_IN), mach, type, reloc,
	    dbg_fmt_isec_name2(secname, secndx, buf, &alloc_mem), symname,
	    MSG_ORIG(MSG_STR_EMPTY));

	if (alloc_mem != NULL)
		free(alloc_mem);
}

/*
 * Used by ld when '-z relaxreloc' is in use and a relocation
 * is redirected to a kept section.
 *
 * entry:
 *	lml - Link map control list
 *	sdp - The replacement symbol to be used with the relocation,
 *		which references the kept section.
 */
void
Dbg_reloc_sloppycomdat(Lm_list *lml, Sym_desc *sdp)
{
	dbg_isec_name_buf_t	buf;
	char			*alloc_mem;
	const char		*nfname;

	if (DBG_NOTCLASS(DBG_C_RELOC) || DBG_NOTDETAIL())
		return;

	nfname = (sdp && sdp->sd_file && sdp->sd_file->ifl_name)
	    ? sdp->sd_file->ifl_name : MSG_INTL(MSG_STR_NULL);

	dbg_print(lml, MSG_INTL(MSG_REL_SLOPPYCOMDAT),
	    dbg_fmt_isec_name(sdp->sd_isc, buf, &alloc_mem), nfname);
	if (alloc_mem != NULL)
		free(alloc_mem);
}

/*
 * Print a output relocation structure (Rel_desc).
 */
void
Dbg_reloc_ors_entry(Lm_list *lml, int caller, Word type, Half mach,
    Rel_desc *orsp)
{
	Conv_inv_buf_t	inv_buf;
	const char	*secname, *symname;

	if (DBG_NOTCLASS(DBG_C_RELOC))
		return;
	if (DBG_NOTDETAIL())
		return;

	if (orsp->rel_flags & (FLG_REL_GOT | FLG_REL_RFPTR1 | FLG_REL_RFPTR2)) {
		secname = MSG_ORIG(MSG_SCN_GOT);
	} else if (orsp->rel_flags & FLG_REL_PLT) {
		secname = MSG_ORIG(MSG_SCN_PLT);
	} else if (orsp->rel_flags & FLG_REL_BSS) {
		secname = MSG_ORIG(MSG_SCN_BSS);
	} else {
		Os_desc *osp = RELAUX_GET_OSDESC(orsp);

		secname = osp ? osp->os_name : MSG_INTL(MSG_STR_NULL);
	}

	/*
	 * Register symbols can be relocated/initialized to a constant, which
	 * is a special case where the symbol index is 0.
	 */
	if (orsp->rel_sym != NULL)
		symname = orsp->rel_sym->sd_name;
	else
		symname = MSG_ORIG(MSG_STR_EMPTY);

	Elf_reloc_entry_2(lml, caller, MSG_INTL(MSG_STR_OUT), type,
	    conv_reloc_type(mach, orsp->rel_rtype, 0, &inv_buf),
	    orsp->rel_roffset, orsp->rel_raddend, secname, symname,
	    MSG_ORIG(MSG_STR_EMPTY));
}

/*
 * Print a Active relocation structure (Rel_desc).
 */
void
Dbg_reloc_ars_entry(Lm_list *lml, int caller, Word type, Half mach,
    Rel_desc *arsp)
{
	Conv_inv_buf_t	inv_buf;
	const char	*secname;

	if (DBG_NOTCLASS(DBG_C_RELOC))
		return;
	if (DBG_NOTDETAIL())
		return;

	if (arsp->rel_flags & (FLG_REL_GOT | FLG_REL_FPTR))
		secname = MSG_ORIG(MSG_SCN_GOT);
	else
		secname = RELAUX_GET_OSDESC(arsp)->os_name;

	Elf_reloc_entry_2(lml, caller, MSG_INTL(MSG_STR_ACT), type,
	    conv_reloc_type(mach, arsp->rel_rtype, 0, &inv_buf),
	    arsp->rel_roffset, arsp->rel_raddend, secname,
	    arsp->rel_sym->sd_name, MSG_ORIG(MSG_STR_EMPTY));
}

void
Dbg_reloc_entry(Lm_list *lml, const char *prestr, Half mach, Word type,
    void *reloc, const char *secname, const char *symname, const char *poststr)
{
	/*
	 * Register relocations can use a constant initializer, in which case
	 * the associated symbol is 0.
	 */
	if (symname == NULL)
		symname = MSG_ORIG(MSG_STR_EMPTY);

	Elf_reloc_entry_1(lml, ELF_DBG_LD, prestr, mach, type, reloc, secname,
	    symname, poststr);
}

#if	defined(_ELF64)

void
Dbg64_pltpad_to(Lm_list *lml, const char *file, Addr pltpad,
    const char *dfile, const char *symname)
{
	if (DBG_NOTCLASS(DBG_C_RELOC))
		return;
	if (DBG_NOTDETAIL())
		return;

	dbg_print(lml, MSG_INTL(MSG_BND_PLTPAD_TO), EC_ADDR(pltpad), file,
	    dfile, symname);
}

void
Dbg64_pltpad_from(Lm_list *lml, const char *file, const char *sname,
    Addr pltpad)
{
	if (DBG_NOTCLASS(DBG_C_RELOC))
		return;
	if (DBG_NOTDETAIL())
		return;

	dbg_print(lml, MSG_INTL(MSG_BND_PLTPAD_FROM), EC_ADDR(pltpad), file,
	    Dbg_demangle_name(sname));
}

#endif

/*
 * Relocation output can differ depending on the caller and the type of
 * relocation record.  However, the final diagnostic is maintained here so
 * that the various message strings remain consistent.
 *
 * elfdump:
 *               type       offset     addend    section   symbol
 *               X          X          X         X         X              (Rela)
 *
 *               type       offset               section   symbol
 *               X          X                    X         X              (Rel)
 *
 * Note, it could be argued that the section name output with elfdump(1) is
 * unnecessary, as the table itself is identified with a title that reveals
 * the section name.  However, the output does provide for grep(1)'ing for
 * individual entries and obtaining the section name with this type of input.
 *
 * ld.so.1:
 *   (prestr)    type       offset     addend    symbol
 *                                     value
 *       in      X          X          X         X                        (Rela)
 *    apply                 X          X
 *
 *   (prestr)    type       offset     value     symbol
 *       in      X          X                    X                        (Rel)
 *    apply                 X          X
 *
 * ld:
 *   (prestr)    type       offset     addend    section   symbol
 *       in      X          X          X         X         X              (Rela)
 *      act      X          X                    X         X
 *      out      X          X                    X         X
 *
 *   (prestr)    type       offset               section   symbol
 *       in      X          X                    X         X              (Rel)
 *      act      X          X                    X         X
 *      out      X          X                    X         X
 *
 * Both Rela and Rel active relocations are printed as:
 *
 *               type       offset     value     section   symbol
 *               X          X          X         X         X
 */
void
Elf_reloc_title(Lm_list *lml, int caller, Word type)
{
	if (caller == ELF_DBG_ELFDUMP) {
		if (type == SHT_RELA) {
			if (DBG_NOTLONG())
				dbg_print(lml, MSG_INTL(MSG_REL_EFSA_TITLE));
			else
				dbg_print(lml, MSG_INTL(MSG_REL_EFLA_TITLE));
		} else {
			if (DBG_NOTLONG())
				dbg_print(lml, MSG_INTL(MSG_REL_EFSN_TITLE));
			else
				dbg_print(lml, MSG_INTL(MSG_REL_EFLN_TITLE));
		}
		return;
	}
	if (caller == ELF_DBG_RTLD) {
		if (type == SHT_RELA) {
			dbg_print(lml, MSG_INTL(MSG_REL_RTA_TITLE));
			dbg_print(lml, MSG_INTL(MSG_REL_RTV_TITLE));
		} else
			dbg_print(lml, MSG_INTL(MSG_REL_RTN_TITLE));
		return;
	}
	if (caller == ELF_DBG_LD) {
		if (type == SHT_RELA) {
			if (DBG_NOTLONG())
				dbg_print(lml, MSG_INTL(MSG_REL_LDSA_TITLE));
			else
				dbg_print(lml, MSG_INTL(MSG_REL_LDLA_TITLE));
		} else {
			if (DBG_NOTLONG())
				dbg_print(lml, MSG_INTL(MSG_REL_LDSN_TITLE));
			else
				dbg_print(lml, MSG_INTL(MSG_REL_LDLN_TITLE));
		}
		return;
	}
	if (caller == ELF_DBG_LD_ACT) {
		if (DBG_NOTLONG())
			dbg_print(lml, MSG_INTL(MSG_REL_LDSV_TITLE));
		else
			dbg_print(lml, MSG_INTL(MSG_REL_LDLV_TITLE));
		return;
	}
}

void
Elf_reloc_entry_2(Lm_list *lml, int caller, const char *prestr, Word type,
    const char *typestr, Addr off, Sxword add, const char *secname,
    const char *symname, const char *poststr)
{
	if (symname)
		symname = Elf_demangle_name(symname);
	else
		symname = MSG_ORIG(MSG_STR_EMPTY);

	if (caller == ELF_DBG_ELFDUMP) {
		if (type == SHT_RELA) {
			if (DBG_NOTLONG())
				dbg_print(lml, MSG_INTL(MSG_REL_EFSA_ENTRY),
				    typestr, EC_OFF(off), EC_SXWORD(add),
				    secname, symname);
			else
				dbg_print(lml, MSG_INTL(MSG_REL_EFLA_ENTRY),
				    typestr, EC_OFF(off), EC_SXWORD(add),
				    secname, symname);
		} else {
			if (DBG_NOTLONG())
				dbg_print(lml, MSG_INTL(MSG_REL_EFSN_ENTRY),
				    typestr, EC_OFF(off), secname, symname);
			else
				dbg_print(lml, MSG_INTL(MSG_REL_EFLN_ENTRY),
				    typestr, EC_OFF(off), secname, symname);
		}
		return;
	}
	if (caller == ELF_DBG_RTLD) {
		if (type == SHT_RELA)
			dbg_print(lml, MSG_INTL(MSG_REL_RTA_ENTRY), prestr,
			    typestr, EC_OFF(off), EC_SXWORD(add), symname,
			    poststr);
		else
			dbg_print(lml, MSG_INTL(MSG_REL_RTN_ENTRY), prestr,
			    typestr, EC_OFF(off), symname, poststr);
		return;
	}
	if (caller == ELF_DBG_LD) {
		if (type == SHT_RELA) {
			if (DBG_NOTLONG())
				dbg_print(lml, MSG_INTL(MSG_REL_LDSA_ENTRY),
				    prestr, typestr, EC_OFF(off),
				    EC_SXWORD(add), secname, symname, poststr);
			else
				dbg_print(lml, MSG_INTL(MSG_REL_LDLA_ENTRY),
				    prestr, typestr, EC_OFF(off),
				    EC_SXWORD(add), secname, symname, poststr);
		} else {
			if (DBG_NOTLONG())
				dbg_print(lml, MSG_INTL(MSG_REL_LDSN_ENTRY),
				    prestr, typestr, EC_OFF(off), secname,
				    symname, poststr);
			else
				dbg_print(lml, MSG_INTL(MSG_REL_LDLN_ENTRY),
				    prestr, typestr, EC_OFF(off), secname,
				    symname, poststr);
		}
		return;
	}
	if (caller == ELF_DBG_LD_ACT) {
		longlong_t	value = EC_SXWORD(add);

		/*
		 * The following diagnostics are used to create active
		 * relocation output.  A "value" field is specified in the
		 * same column as a RELA addend.
		 *
		 * We have to work around an issue caused by the use of a
		 * common format string to handle both the 32-bit and 64-bit
		 * cases.  'add' is a signed value.  In the ELFCLASS32 case
		 * where add is a 32-bit value, the EC_SXWORD() macro widens
		 * it to a 64-bit signed value, which will cause sign extension
		 * in the upper 32-bits.  As we are displaying the value in hex,
		 * this causes our 32-bit value to be displayed with 16 hex
		 * digits instead of 8, as would be appropriate for ELFCLASS32.
		 *
		 * The solution is to mask off the unwanted bits before
		 * formatting the value.  The use of 'longlong_t' instead of
		 * Elf64_Sxword (used by the EC_SXWORD macro) is for the
		 * benefit of lint.
		 */
#if	!defined(_ELF64)
		value &= 0xffffffff;
#endif
		if (DBG_NOTLONG())
			dbg_print(lml, MSG_INTL(MSG_REL_LDSA_ENTRY),
			    prestr, typestr, EC_OFF(off),
			    value, secname, symname, poststr);
		else
			dbg_print(lml, MSG_INTL(MSG_REL_LDLA_ENTRY),
			    prestr, typestr, EC_OFF(off),
			    value, secname, symname, poststr);
	}
}

void
Elf_reloc_entry_1(Lm_list *lml, int caller, const char *prestr, Half mach,
    Word type, void *reloc, const char *secname, const char *symname,
    const char *poststr)
{
	Conv_inv_buf_t	inv_buf;
	Addr		off;
	Sxword		add;
	const char	*str;

	if (type == SHT_RELA) {
		Rela	*rela = (Rela *)reloc;

		str = conv_reloc_type(mach, ELF_R_TYPE(rela->r_info, mach),
		    0, &inv_buf);
		off = rela->r_offset;
		add = rela->r_addend;
	} else {
		Rel	*rel = (Rel *)reloc;

		str = conv_reloc_type(mach, ELF_R_TYPE(rel->r_info, mach),
		    0, &inv_buf);
		off = rel->r_offset;
		add = 0;
	}
	Elf_reloc_entry_2(lml, caller, prestr, type, str, off, add, secname,
	    symname, poststr);
}

/*
 * Display any applied relocations.  Presently, these are only called from
 * ld.so.1, but the interfaces are maintained here to insure consistency with
 * other relocation diagnostics.
 */
void
Elf_reloc_apply_val(Lm_list *lml, int caller, Xword offset, Xword value)
{
	if (caller == ELF_DBG_RTLD)
		dbg_print(lml, MSG_INTL(MSG_REL_RT_APLVAL), EC_XWORD(offset),
		    EC_XWORD(value));
}
void
Elf_reloc_apply_reg(Lm_list *lml, int caller, Half mach, Xword offset,
    Xword value)
{
	Conv_inv_buf_t inv_buf;

	if (caller == ELF_DBG_RTLD)
		dbg_print(lml, MSG_INTL(MSG_REL_RT_APLREG),
		    conv_sym_value(mach, STT_SPARC_REGISTER,
		    offset, &inv_buf), EC_XWORD(value));
}
/*
 * CDDL HEADER START
 *
 * The contents of this file are subject to the terms of the
 * Common Development and Distribution License (the "License").
 * You may not use this file except in compliance with the License.
 *
 * You can obtain a copy of the license at usr/src/OPENSOLARIS.LICENSE
 * or http://www.opensolaris.org/os/licensing.
 * See the License for the specific language governing permissions
 * and limitations under the License.
 *
 * When distributing Covered Code, include this CDDL HEADER in each
 * file and include the License file at usr/src/OPENSOLARIS.LICENSE.
 * If applicable, add the following below this CDDL HEADER, with the
 * fields enclosed by brackets "[]" replaced with your own identifying
 * information: Portions Copyright [yyyy] [name of copyright owner]
 *
 * CDDL HEADER END
 */

/*
 * Copyright 2010 Sun Microsystems, Inc.  All rights reserved.
 * Use is subject to license terms.
 */
#include	<stdio.h>
#include	"msg.h"
#include	"_debug.h"
#include	"libld.h"
#include	"_string_table.h"

/*
 * Format an input section descriptor name for output, in the format
 *	[ndx]name
 * If possible, a user supplied fixed size buffer is used. Failing that,
 * dynamic memory is allocated, which must be freed by the caller.
 *
 * entry:
 *	[dbg_fmt_isec_name2]: name, scnndx  - Name and section index
 *	[dbg_fmt_isec_name]: isp - Input section descriptor giving name
 *		and index.
 *
 *	buf - Caller supplied buffer
 *	alloc_mem - Address of pointer to be set to address of allocated
 *		memory, or NULL if no memory is allocated.
 *
 * exit:
 *	A pointer to the formatted string is returned. If the supplied buffer
 *	was sufficient, *alloc_mem is set to NULL. If memory was allocated,
 *	*alloc_mem references it. The caller must free this memory after use.
 */
const char *
dbg_fmt_isec_name2(const char *name, Word scnndx, dbg_isec_name_buf_t buf,
    char **alloc_mem)
{
	int	cnt;

	/*
	 * If the section index is 0, it's not a real section.
	 * Just use the name as is.
	 */
	if (scnndx == 0) {
		*alloc_mem = NULL;
		return (name);
	}

	/* Format into the fixed buffer */
	cnt = snprintf(buf, sizeof (dbg_isec_name_buf_t),
	    MSG_ORIG(MSG_FMT_ISEC_NAME), EC_WORD(scnndx), name);

	/*
	 * If the name was too long, try to allocate a dynamic buffer.
	 * Failing that, fall through and use the clipped one already
	 * formatted into buf, as that's better than nothing.
	 */
	if ((cnt >= sizeof (dbg_isec_name_buf_t)) &&
	    ((*alloc_mem = malloc(cnt + 1)) != NULL)) {
		(void) snprintf(*alloc_mem, cnt + 1,
		    MSG_ORIG(MSG_FMT_ISEC_NAME), EC_WORD(scnndx), name);
		return (*alloc_mem);
	}

	/* Return the caller supplied buffer */
	*alloc_mem = NULL;
	return (buf);
}
const char *
dbg_fmt_isec_name(Is_desc *isp, dbg_isec_name_buf_t buf, char **alloc_mem)
{
	return (dbg_fmt_isec_name2(isp->is_name, isp->is_scnndx, buf,
	    alloc_mem));
}

void
Dbg_sec_strtab(Lm_list *lml, Os_desc *osp, Str_tbl *stp)
{
	uint_t	cnt;

	if (DBG_NOTCLASS(DBG_C_STRTAB))
		return;

	if (!osp)
		return;

	Dbg_util_nl(lml, DBG_NL_STD);
	if (stp->st_flags & FLG_STTAB_COMPRESS)
		dbg_print(lml, MSG_INTL(MSG_SEC_STRTAB_COMP), osp->os_name,
		    EC_XWORD(stp->st_fullstrsize), EC_XWORD(stp->st_strsize));
	else
		dbg_print(lml, MSG_INTL(MSG_SEC_STRTAB_STND), osp->os_name,
		    EC_XWORD(stp->st_fullstrsize));

	if ((DBG_NOTDETAIL()) ||
	    ((stp->st_flags & FLG_STTAB_COMPRESS) == 0))
		return;

	dbg_print(lml, MSG_ORIG(MSG_STR_EMPTY));
	dbg_print(lml, MSG_INTL(MSG_SEC_STRTAB_HD), osp->os_name,
	    stp->st_hbckcnt);

	for (cnt = 0; cnt < stp->st_hbckcnt; cnt++) {
		Str_hash	*strhash = stp->st_hashbcks[cnt];

		if (strhash == NULL)
			continue;

		dbg_print(lml, MSG_INTL(MSG_SEC_STRTAB_BCKT), cnt);

		while (strhash) {
			size_t	stroff = strhash->hi_mstr->sm_strlen -
			    strhash->hi_strlen;

			if (stroff == 0) {
				dbg_print(lml, MSG_INTL(MSG_SEC_STRTAB_MSTR),
				    EC_XWORD(strhash->hi_refcnt),
				    strhash->hi_mstr->sm_str);
			} else {
				dbg_print(lml, MSG_INTL(MSG_SEC_STRTAB_SUFSTR),
				    EC_XWORD(strhash->hi_refcnt),
				    &strhash->hi_mstr->sm_str[stroff],
				    strhash->hi_mstr->sm_str);
			}

			strhash = strhash->hi_next;
		}
	}
}

void
Dbg_sec_genstr_compress(Lm_list *lml, const char *os_name,
    Xword raw_size, Xword merge_size)
{
	if (DBG_NOTCLASS(DBG_C_SECTIONS))
		return;

	dbg_print(lml, MSG_INTL(MSG_SEC_GENSTR_COMP), os_name,
	    EC_XWORD(raw_size), EC_XWORD(merge_size));
}

void
Dbg_sec_unsup_strmerge(Lm_list *lml, Is_desc *isp)
{
	dbg_isec_name_buf_t	buf;
	char			*alloc_mem;
	const char		*str;

	if (DBG_NOTCLASS(DBG_C_SECTIONS))
		return;

	/*
	 * We can only merge string table sections with single byte
	 * (char) characters. For any other (wide) character types,
	 * issue a message so the user will understand why these
	 * sections are not being picked up.
	 */
	if ((isp->is_shdr->sh_entsize > 1) ||
	    (isp->is_shdr->sh_addralign > 1)) {
		str = (isp->is_file != NULL) ? isp->is_file->ifl_name :
		    MSG_INTL(MSG_STR_NULL);
		dbg_print(lml, MSG_INTL(MSG_SEC_STRMERGE_UNSUP),
		    dbg_fmt_isec_name(isp, buf, &alloc_mem), str,
		    EC_XWORD(isp->is_shdr->sh_addralign),
		    EC_XWORD(isp->is_shdr->sh_entsize));
		if (alloc_mem != NULL)
			free(alloc_mem);
	}
}

void
Dbg_sec_backing(Lm_list *lml)
{
	if (DBG_NOTCLASS(DBG_C_SECTIONS))
		return;

	Dbg_util_nl(lml, DBG_NL_STD);
	dbg_print(lml, MSG_INTL(MSG_SEC_BACKING));
}

void
Dbg_sec_in(Lm_list *lml, Is_desc *isp)
{
	if (DBG_NOTCLASS(DBG_C_SECTIONS))
		return;

	if (isp->is_flags & FLG_IS_GNSTRMRG) {
		/*
		 * This section was generated because we have 1 or
		 * more SHF_MERGE|SHF_STRINGS input sections that we
		 * wish to merge. This new section will ultimately
		 * end up replacing those sections once it has been filled
		 * with their strings (merged and compressed) and relocations
		 * have been redirected.
		 */
		dbg_print(lml, MSG_INTL(MSG_SEC_INPUT_GENSTR), isp->is_name);
	} else if (isp->is_file == NULL) {
		/* Generated input section */
		dbg_print(lml, MSG_INTL(MSG_SEC_INPUT_GEN), isp->is_name);
	} else {
		/* Standard input section */
		dbg_isec_name_buf_t	buf;
		char			*alloc_mem;

		dbg_print(lml, MSG_INTL(MSG_SEC_INPUT),
		    dbg_fmt_isec_name(isp, buf, &alloc_mem),
		    isp->is_file->ifl_name);
		if (alloc_mem != NULL)
			free(alloc_mem);
	}
}

void
Dbg_sec_added(Lm_list *lml, Os_desc *osp, Sg_desc *sgp)
{
	if (DBG_NOTCLASS(DBG_C_SECTIONS))
		return;

	dbg_print(lml, MSG_INTL(MSG_SEC_ADDED), osp->os_name,
	    (sgp->sg_name ? sgp->sg_name : MSG_INTL(MSG_STR_NULL)));
}

void
Dbg_sec_created(Lm_list *lml, Os_desc *osp, Sg_desc *sgp)
{
	if (DBG_NOTCLASS(DBG_C_SECTIONS))
		return;

	dbg_print(lml, MSG_INTL(MSG_SEC_CREATED), osp->os_name,
	    (sgp->sg_name ? sgp->sg_name : MSG_INTL(MSG_STR_NULL)));
}

void
Dbg_sec_discarded(Lm_list *lml, Is_desc *isp, Is_desc *disp)
{
	if (DBG_NOTCLASS(DBG_C_SECTIONS | DBG_C_UNUSED))
		return;

	if ((isp->is_flags & FLG_IS_INSTRMRG) &&
	    (disp->is_flags & FLG_IS_GNSTRMRG)) {
		/*
		 * This SHF_MERGE|SHF_STRINGS input section is being
		 * discarded in favor of the generated merged string section.
		 */
		dbg_isec_name_buf_t	buf;
		char			*alloc_mem;

		dbg_print(lml, MSG_INTL(MSG_SEC_STRMERGE_DISCARDED),
		    dbg_fmt_isec_name(isp, buf, &alloc_mem),
		    isp->is_file->ifl_name);
		if (alloc_mem != NULL)
			free(alloc_mem);
	} else {
		/* Generic section discard */
		dbg_isec_name_buf_t	buf1, buf2;
		char			*alloc_mem1, *alloc_mem2;

		dbg_print(lml, MSG_INTL(MSG_SEC_DISCARDED),
		    dbg_fmt_isec_name(isp, buf1, &alloc_mem1),
		    isp->is_file->ifl_name,
		    dbg_fmt_isec_name(disp, buf2, &alloc_mem2),
		    disp->is_file->ifl_name);
		if (alloc_mem1 != NULL)
			free(alloc_mem1);
		if (alloc_mem2 != NULL)
			free(alloc_mem2);
	}
}

void
Dbg_sec_group(Lm_list *lml, Is_desc *isp, Group_desc *gdp)
{
	dbg_isec_name_buf_t	buf;
	char			*alloc_mem;
	const char		*comdat, *isp_str;

	if (DBG_NOTCLASS(DBG_C_SECTIONS))
		return;

	if (gdp->gd_data[0] & GRP_COMDAT)
		comdat = MSG_ORIG(MSG_STR_COMDAT);
	else
		comdat = MSG_ORIG(MSG_STR_EMPTY);

	isp_str = dbg_fmt_isec_name(isp, buf, &alloc_mem);

	if (isp->is_shdr->sh_type == SHT_GROUP) {
		dbg_print(lml, MSG_INTL(MSG_SEC_GRP_DEFINE), isp_str,
		    isp->is_file->ifl_name, comdat, gdp->gd_name);
	} else {
		dbg_print(lml, MSG_INTL(MSG_SEC_GRP_MEMBER), isp_str,
		    isp->is_file->ifl_name, comdat, gdp->gd_name);
	}

	if (gdp->gd_oisc) {
		dbg_print(lml, MSG_INTL(MSG_SEC_GRP_DISCARDED), isp_str,
		    isp->is_file->ifl_name, gdp->gd_name,
		    gdp->gd_oisc->is_file->ifl_name);
	}

	if (alloc_mem != NULL)
		free(alloc_mem);
}

void
Dbg_sec_order_list(Ofl_desc *ofl, int flag)
{
	Os_desc		*osp;
	Is_desc		*isp1;
	Aliste		idx1;
	Lm_list		*lml = ofl->ofl_lml;
	const char	*str;

	if (DBG_NOTCLASS(DBG_C_SECTIONS))
		return;
	if (DBG_NOTDETAIL())
		return;

	Dbg_util_nl(lml, DBG_NL_STD);

	/*
	 * If the flag == 0, then the routine is called before sorting.
	 */
	if (flag == 0)
		str = MSG_INTL(MSG_ORD_SORT_BEFORE);
	else
		str = MSG_INTL(MSG_ORD_SORT_AFTER);

	for (APLIST_TRAVERSE(ofl->ofl_ordered, idx1, osp)) {
		int		os_isdescs_idx;
		Aliste		idx2;

		Dbg_util_nl(lml, DBG_NL_STD);
		dbg_print(lml, str, osp->os_name);
		dbg_print(lml, MSG_INTL(MSG_ORD_HDR_1),
		    EC_WORD(aplist_nitems(osp->os_isdescs[OS_ISD_BEFORE])),
		    EC_WORD(aplist_nitems(osp->os_isdescs[OS_ISD_ORDERED])),
		    EC_WORD(aplist_nitems(osp->os_isdescs[OS_ISD_DEFAULT])),
		    EC_WORD(aplist_nitems(osp->os_isdescs[OS_ISD_AFTER])));

		OS_ISDESCS_TRAVERSE(os_isdescs_idx, osp, idx2, isp1) {
			dbg_isec_name_buf_t	buf;
			char			*alloc_mem;
			const char		*isp1_str;
			Word			link;
			Ifl_desc		*ifl = isp1->is_file;
			Is_desc			*isp2;
			const char		*msg;

			/*
			 * An output segment that requires ordering might have
			 * as little as two sorted input sections.  For example,
			 * the crt's can provide a SHN_BEGIN and SHN_AFTER, and
			 * only these two sections must be processed.  Thus, if
			 * a input section is unordered, move on.  Diagnosing
			 * any unsorted section can produce way too much noise.
			 */
			if ((isp1->is_flags & FLG_IS_ORDERED) == 0)
				continue;

			if (isp1->is_shdr->sh_flags & SHF_ORDERED) {
				link = isp1->is_shdr->sh_info;
				msg = MSG_ORIG(MSG_SH_INFO);
			} else {	/* SHF_LINK_ORDER */
				link = isp1->is_shdr->sh_link;
				msg = MSG_ORIG(MSG_SH_LINK);
			}

			isp1_str = dbg_fmt_isec_name(isp1, buf, &alloc_mem);

			if (link == SHN_BEFORE) {
				dbg_print(lml, MSG_INTL(MSG_ORD_TITLE_1), msg,
				    isp1_str, isp1->is_file->ifl_name);
			} else if (link == SHN_AFTER) {
				dbg_print(lml, MSG_INTL(MSG_ORD_TITLE_2), msg,
				    isp1_str, isp1->is_file->ifl_name);
			} else {
				isp2 = ifl->ifl_isdesc[link];
				dbg_print(lml, MSG_INTL(MSG_ORD_TITLE_3),
				    EC_WORD(isp2->is_keyident), isp1_str,
				    ifl->ifl_name, msg, isp2->is_name);
			}
			if (alloc_mem != NULL)
				free(alloc_mem);
		}
	}
	Dbg_util_nl(lml, DBG_NL_STD);
}

/*
 * Error message string table.
 */
static const Msg order_errors[] = {
	MSG_ORD_ERR_INFORANGE,		/* MSG_INTL(MSG_ORD_ERR_INFORANGE) */
	MSG_ORD_ERR_ORDER,		/* MSG_INTL(MSG_ORD_ERR_ORDER) */
	MSG_ORD_ERR_LINKRANGE,		/* MSG_INTL(MSG_ORD_ERR_LINKRANGE) */
	MSG_ORD_ERR_FLAGS,		/* MSG_INTL(MSG_ORD_ERR_FLAGS) */
	MSG_ORD_ERR_CYCLIC,		/* MSG_INTL(MSG_ORD_ERR_CYCLIC) */
	MSG_ORD_ERR_LINKINV		/* MSG_INTL(MSG_ORD_ERR_LINKINV) */
};

void
Dbg_sec_order_error(Lm_list *lml, Ifl_desc *ifl, Word ndx, int error)
{
	dbg_isec_name_buf_t	buf;
	char			*alloc_mem;

	if (DBG_NOTCLASS(DBG_C_SECTIONS))
		return;
	if (DBG_NOTDETAIL())
		return;

	if (error == 0)
		return;

	dbg_print(lml, MSG_INTL(MSG_ORD_ERR_TITLE),
	    dbg_fmt_isec_name(ifl->ifl_isdesc[ndx], buf, &alloc_mem),
	    ifl->ifl_name);
	if (alloc_mem != NULL)
		free(alloc_mem);

	if (error)
		dbg_print(lml, MSG_INTL(order_errors[error - 1]));
}

void
Dbg_sec_redirected(Lm_list *lml, Is_desc *isp, const char *nname)
{
	dbg_isec_name_buf_t	buf;
	char			*alloc_mem;

	if (DBG_NOTCLASS(DBG_C_SECTIONS))
		return;

	dbg_print(lml, MSG_INTL(MSG_SEC_REDIRECTED),
	    dbg_fmt_isec_name(isp, buf, &alloc_mem), nname);
	if (alloc_mem != NULL)
		free(alloc_mem);
}

void
Dbg_sec_gnu_comdat(Lm_list *lml, Is_desc *isp, Boolean comdat, Boolean relax)
{
	dbg_isec_name_buf_t	buf;
	char			*alloc_mem;
	const char		*fmt;

	if (DBG_NOTCLASS(DBG_C_SECTIONS))
		return;

	if (comdat && relax)
		fmt = MSG_INTL(MSG_SEC_GNU_COMDAT_1);
	else if (comdat)
		fmt = MSG_INTL(MSG_SEC_GNU_COMDAT_2);
	else
		fmt = MSG_INTL(MSG_SEC_GNU_COMDAT_3);

	dbg_print(lml, fmt, dbg_fmt_isec_name(isp, buf, &alloc_mem));
	if (alloc_mem != NULL)
		free(alloc_mem);
}
/*
 * CDDL HEADER START
 *
 * The contents of this file are subject to the terms of the
 * Common Development and Distribution License (the "License").
 * You may not use this file except in compliance with the License.
 *
 * You can obtain a copy of the license at usr/src/OPENSOLARIS.LICENSE
 * or http://www.opensolaris.org/os/licensing.
 * See the License for the specific language governing permissions
 * and limitations under the License.
 *
 * When distributing Covered Code, include this CDDL HEADER in each
 * file and include the License file at usr/src/OPENSOLARIS.LICENSE.
 * If applicable, add the following below this CDDL HEADER, with the
 * fields enclosed by brackets "[]" replaced with your own identifying
 * information: Portions Copyright [yyyy] [name of copyright owner]
 *
 * CDDL HEADER END
 */

/*
 * Copyright 2010 Sun Microsystems, Inc.  All rights reserved.
 * Use is subject to license terms.
 */

#include	<stdio.h>
#include	"msg.h"
#include	"_debug.h"
#include	"libld.h"

/*
 * Print out a single `segment descriptor' entry.
 */
void
Dbg_seg_desc_entry(Lm_list *lml, uchar_t osabi, Half mach, int ndx,
    Sg_desc *sgp, Boolean space_nl)
{
	Conv_seg_flags_buf_t	seg_flags_buf;
	Aliste			idx;
	Sym_desc		*sdp;

	if (space_nl)
		Dbg_util_nl(lml, DBG_NL_STD);
	dbg_print(lml, MSG_ORIG(MSG_SEG_DESC), ndx);
	if (sgp->sg_name)
		dbg_print(lml, MSG_ORIG(MSG_SEG_NAME), sgp->sg_name);

	dbg_print(lml, MSG_ORIG(MSG_SEG_FLAGS),
	    conv_seg_flags(sgp->sg_flags, &seg_flags_buf));

	Elf_phdr(lml, osabi, mach, &sgp->sg_phdr);

	if (sgp->sg_flags & FLG_SG_P_ALIGN)
		dbg_print(lml, MSG_ORIG(MSG_SEG_ALIGN),
		    EC_ADDR(sgp->sg_align));

	if (sgp->sg_flags & FLG_SG_LENGTH)
		dbg_print(lml, MSG_ORIG(MSG_SEG_LENGTH),
		    EC_ADDR(sgp->sg_length));

	if (sgp->sg_flags & FLG_SG_ROUND)
		dbg_print(lml, MSG_ORIG(MSG_SEG_ROUND),
		    EC_ADDR(sgp->sg_round));

	if (aplist_nitems(sgp->sg_sizesym) > 0) {
		dbg_print(lml, MSG_ORIG(MSG_SEG_SIZESYM_TITLE));
		for (APLIST_TRAVERSE(sgp->sg_sizesym, idx, sdp))
			if (sdp->sd_name)
				dbg_print(lml, MSG_ORIG(MSG_SEG_SIZESYM),
				    Dbg_demangle_name(sdp->sd_name));
	}
	if (aplist_nitems(sgp->sg_is_order) > 0) {
		Aliste		idx;
		Ent_desc	*enp;

		dbg_print(lml, MSG_ORIG(MSG_SEG_IS_ORDER_TITLE));
		for (APLIST_TRAVERSE(sgp->sg_is_order, idx, enp))
			dbg_print(lml, MSG_ORIG(MSG_SEG_LIST_ITEM),
			    enp->ec_name);
	}
	if (alist_nitems(sgp->sg_os_order) > 0) {
		Aliste		idx;
		Sec_order	*scop;

		dbg_print(lml, MSG_ORIG(MSG_SEG_OS_ORDER_TITLE));
		for (ALIST_TRAVERSE(sgp->sg_os_order, idx, scop))
			dbg_print(lml, MSG_ORIG(MSG_SEG_LIST_ITEM),
			    scop->sco_secname);
	}
	if (space_nl)
		Dbg_util_nl(lml, DBG_NL_STD);
}

void
Dbg_seg_title(Lm_list *lml)
{
	if (DBG_NOTCLASS(DBG_C_SEGMENTS))
		return;

	Dbg_util_nl(lml, DBG_NL_STD);
	dbg_print(lml, MSG_INTL(MSG_SEG_DESC_INUSE));
}

void
Dbg_seg_entry(Ofl_desc *ofl, int ndx, Sg_desc *sgp)
{
	if (DBG_NOTCLASS(DBG_C_SEGMENTS))
		return;

	Dbg_seg_desc_entry(ofl->ofl_lml, ofl->ofl_dehdr->e_ident[EI_OSABI],
	    ofl->ofl_dehdr->e_machine, ndx, sgp, TRUE);
}

/*
 * Print out the available segment descriptors.
 */
void
Dbg_seg_list(Lm_list *lml, uchar_t osabi, Half mach, APlist *apl)
{
	Aliste		idx;
	Sg_desc		*sgp;
	int		ndx = 0;

	if (DBG_NOTCLASS(DBG_C_SEGMENTS))
		return;

	Dbg_util_nl(lml, DBG_NL_STD);
	dbg_print(lml, MSG_INTL(MSG_SEG_DESC_AVAIL));
	for (APLIST_TRAVERSE(apl, idx, sgp))
		Dbg_seg_desc_entry(lml, osabi, mach, ndx++, sgp, TRUE);
}

/*
 * Print the output section information.  This includes the section header
 * information and the output elf buffer information.  If the detail flag is
 * set, traverse the input sections displaying all the input buffers that
 * have been concatenated to form this output buffer.
 */
void
Dbg_seg_os(Ofl_desc *ofl, Os_desc *osp, int ndx)
{
	Conv_inv_buf_t	inv_buf;
	Lm_list		*lml = ofl->ofl_lml;
	Aliste		idx;
	Is_desc		*isp;
	Elf_Data	*data;
	Shdr		*shdr;
	const char	*empty = MSG_ORIG(MSG_STR_EMPTY);
	int		os_isdescs_idx;

	if (DBG_NOTCLASS(DBG_C_SEGMENTS))
		return;

	dbg_print(lml, MSG_ORIG(MSG_SEC_NAME), ndx, osp->os_name);
	Elf_shdr(lml, ofl->ofl_dehdr->e_ident[EI_OSABI],
	    ofl->ofl_dehdr->e_machine, osp->os_shdr);
	dbg_print(lml, MSG_INTL(MSG_EDATA_TITLE));

	shdr = osp->os_shdr;
	data = osp->os_outdata;
	dbg_print(lml, MSG_INTL(MSG_EDATA_ENTRY), MSG_INTL(MSG_STR_OUT),
	    EC_ADDR(shdr->sh_addr), conv_elfdata_type(data->d_type, &inv_buf),
	    EC_XWORD(data->d_size), EC_OFF(data->d_off),
	    EC_XWORD(data->d_align), empty, empty, empty);

	if (DBG_NOTDETAIL())
		return;

	OS_ISDESCS_TRAVERSE(os_isdescs_idx, osp, idx, isp) {
		dbg_isec_name_buf_t	buf;
		char			*alloc_mem;
		const char		*file, *str;
		Addr			addr;

		data = isp->is_indata;

		if (isp->is_flags & FLG_IS_DISCARD) {
			str = MSG_INTL(MSG_EDATA_IGNSCN);
			addr = 0;
		} else {
			str = empty;
			addr = (Addr)(shdr->sh_addr + data->d_off);
		}

		if (isp->is_file && isp->is_file->ifl_name)
			file = isp->is_file->ifl_name;
		else
			file = empty;

		dbg_print(lml, MSG_INTL(MSG_EDATA_ENTRY), MSG_INTL(MSG_STR_IN),
		    EC_ADDR(addr), conv_elfdata_type(data->d_type, &inv_buf),
		    EC_XWORD(data->d_size), EC_OFF(data->d_off),
		    EC_XWORD(data->d_align), file,
		    dbg_fmt_isec_name(isp, buf, &alloc_mem), str);
		if (alloc_mem != NULL)
			free(alloc_mem);
	}
}
/*
 * CDDL HEADER START
 *
 * The contents of this file are subject to the terms of the
 * Common Development and Distribution License (the "License").
 * You may not use this file except in compliance with the License.
 *
 * You can obtain a copy of the license at usr/src/OPENSOLARIS.LICENSE
 * or http://www.opensolaris.org/os/licensing.
 * See the License for the specific language governing permissions
 * and limitations under the License.
 *
 * When distributing Covered Code, include this CDDL HEADER in each
 * file and include the License file at usr/src/OPENSOLARIS.LICENSE.
 * If applicable, add the following below this CDDL HEADER, with the
 * fields enclosed by brackets "[]" replaced with your own identifying
 * information: Portions Copyright [yyyy] [name of copyright owner]
 *
 * CDDL HEADER END
 */

/*
 * Copyright 2009 Sun Microsystems, Inc.  All rights reserved.
 * Use is subject to license terms.
 */

#include	<sgs.h>
#include	<_debug.h>
#include	<conv.h>
#include	<msg.h>

void
Elf_shdr(Lm_list *lml, uchar_t osabi, Half mach, Shdr *shdr)
{
	Conv_inv_buf_t		inv_buf1, inv_buf2;
	Conv_sec_flags_buf_t	sec_flags_buf;

	dbg_print(lml, MSG_ORIG(MSG_SHD_ADDR), EC_ADDR(shdr->sh_addr),
	    conv_sec_flags(osabi, mach, shdr->sh_flags, 0, &sec_flags_buf));
	dbg_print(lml, MSG_ORIG(MSG_SHD_SIZE), EC_XWORD(shdr->sh_size),
	    conv_sec_type(osabi, mach, shdr->sh_type, 0, &inv_buf1));
	if (shdr->sh_entsize == 0) {
		dbg_print(lml, MSG_ORIG(MSG_SHD_OFFSET),
		    EC_OFF(shdr->sh_offset), EC_XWORD(shdr->sh_entsize));
	} else {		/* Provide an entry count */
		Xword nelts = shdr->sh_size / shdr->sh_entsize;
		const char *entstr = (nelts == 1) ? MSG_INTL(MSG_SHD_ENTRY_1) :
		    MSG_INTL(MSG_SHD_ENTRY_N);

		dbg_print(lml, MSG_ORIG(MSG_SHD_OFFSET_ENT),
		    EC_OFF(shdr->sh_offset), EC_XWORD(shdr->sh_entsize),
		    EC_XWORD(nelts), entstr);
	}
	dbg_print(lml, MSG_ORIG(MSG_SHD_LINK),
	    conv_sec_linkinfo(shdr->sh_link, shdr->sh_flags, &inv_buf1),
	    conv_sec_linkinfo(shdr->sh_info, shdr->sh_flags, &inv_buf2));
	dbg_print(lml, MSG_ORIG(MSG_SHD_ALIGN), EC_XWORD(shdr->sh_addralign));
}

void
Dbg_shdr_modified(Lm_list *lml, const char *obj, uchar_t osabi, Half mach,
    Word ndx, Shdr *oshdr, Shdr *nshdr, const char *name)
{
	dbg_isec_name_buf_t	buf;
	char			*alloc_mem;

	if (DBG_NOTCLASS(DBG_C_SECTIONS | DBG_C_SUPPORT))
		return;
	if (DBG_NOTDETAIL())
		return;

	Dbg_util_nl(lml, DBG_NL_STD);
	dbg_print(lml, MSG_INTL(MSG_SHD_MODIFIED),
	    dbg_fmt_isec_name2(name, ndx, buf, &alloc_mem), obj);
	if (alloc_mem != NULL)
		free(alloc_mem);

	dbg_print(lml, MSG_INTL(MSG_SHD_ORIG));
	Elf_shdr(lml, osabi, mach, oshdr);

	dbg_print(lml, MSG_INTL(MSG_SHD_NEW));
	Elf_shdr(lml, osabi, mach, nshdr);

	Dbg_util_nl(lml, DBG_NL_STD);
}
/*
 * CDDL HEADER START
 *
 * The contents of this file are subject to the terms of the
 * Common Development and Distribution License (the "License").
 * You may not use this file except in compliance with the License.
 *
 * You can obtain a copy of the license at usr/src/OPENSOLARIS.LICENSE
 * or http://www.opensolaris.org/os/licensing.
 * See the License for the specific language governing permissions
 * and limitations under the License.
 *
 * When distributing Covered Code, include this CDDL HEADER in each
 * file and include the License file at usr/src/OPENSOLARIS.LICENSE.
 * If applicable, add the following below this CDDL HEADER, with the
 * fields enclosed by brackets "[]" replaced with your own identifying
 * information: Portions Copyright [yyyy] [name of copyright owner]
 *
 * CDDL HEADER END
 */

/*
 * Copyright (c) 2003, 2010, Oracle and/or its affiliates. All rights reserved.
 */

#include	<stdio.h>
#include	"_debug.h"
#include	"msg.h"
#include	"libld.h"

static const char *
fmt_human_units(size_t bytes, char *buf, size_t bufsize)
{
	static int	unit_arr[] = { 'K', 'M', 'G', 'T' };

	int		i, unit_ch;
	size_t		unit_bytes = bytes;

	/* Convert to human readable units */
	for (i = 0; i < sizeof (unit_arr) / sizeof (unit_arr[0]); i++) {
		if (unit_bytes < 1024)
			break;
		unit_ch = unit_arr[i];
		unit_bytes /= 1024;
	}
	if (unit_bytes == bytes)
		buf[0] = '\0';
	else
		(void) snprintf(buf, bufsize, MSG_ORIG(MSG_FMT_MEMUNIT),
		    EC_XWORD(unit_bytes), unit_ch);

	return (buf);
}

/*
 * Generate a relocation cache statistics line for the active or
 * output relocation cache.
 *
 * entry:
 *	ofl - output file descriptor
 *	alp - One of ofl->ofl_actrels or ofl->ofl_outrels.
 */
static void
rel_cache_statistics(Ofl_desc *ofl, const char *title, APlist *alp)
{
	Lm_list		*lml = ofl->ofl_lml;
	size_t		desc_cnt = 0, desc_used = 0, bytes;
	Aliste		idx;
	Rel_cachebuf	*rcp;
	char		unit_buf[CONV_INV_BUFSIZE + 10];

	/* Sum the total memory allocated across all the buffers */
	for (APLIST_TRAVERSE(alp, idx, rcp)) {
		desc_cnt += rcp->rc_end - rcp->rc_arr;
		desc_used += rcp->rc_free - rcp->rc_arr;
	}
	bytes = desc_cnt * sizeof (Rel_desc);

	dbg_print(lml, MSG_INTL(MSG_STATS_REL_CACHE), title,
	    EC_WORD(aplist_nitems(alp)),
	    EC_XWORD(desc_used), EC_XWORD(desc_cnt),
	    (desc_cnt == 0) ? 100 : EC_WORD((desc_used * 100) / desc_cnt),
	    EC_XWORD(bytes),
	    fmt_human_units(bytes, unit_buf, sizeof (unit_buf)));
}


/*
 * Generate a statistics line for the auxiliary relocation descriptor cache.
 *
 * entry:
 *	ofl - output file descriptor
 */
static void
rel_aux_cache_statistics(Ofl_desc *ofl)
{
	Rel_aux_cachebuf	*racp;
	Lm_list	*lml = ofl->ofl_lml;
	size_t	desc_cnt = 0, desc_used = 0, bytes;
	Aliste	idx;
	char	unit_buf[CONV_INV_BUFSIZE + 10];

	/* Sum the total memory allocated across all the buffers */
	for (APLIST_TRAVERSE(ofl->ofl_relaux, idx, racp)) {
		desc_cnt += racp->rac_end - racp->rac_arr;
		desc_used += racp->rac_free - racp->rac_arr;
	}
	bytes = desc_cnt * sizeof (Rel_desc);

	dbg_print(lml, MSG_INTL(MSG_STATS_REL_ACACHE),
	    EC_WORD(aplist_nitems(ofl->ofl_relaux)),
	    EC_XWORD(desc_used), EC_XWORD(desc_cnt),
	    (desc_cnt == 0) ? 100 : EC_WORD((desc_used * 100) / desc_cnt),
	    EC_XWORD(bytes),
	    fmt_human_units(bytes, unit_buf, sizeof (unit_buf)));
}


void
Dbg_statistics_ld(Ofl_desc *ofl)
{
	Lm_list	*lml = ofl->ofl_lml;

	if (DBG_NOTCLASS(DBG_C_STATS))
		return;

	Dbg_util_nl(lml, DBG_NL_STD);
	dbg_print(lml, MSG_INTL(MSG_STATS_GENERAL));

	if (ofl->ofl_objscnt || ofl->ofl_soscnt || ofl->ofl_arscnt) {
		dbg_print(lml, MSG_INTL(MSG_STATS_FILES),
		    EC_XWORD(ofl->ofl_objscnt), EC_XWORD(ofl->ofl_soscnt),
		    EC_XWORD(ofl->ofl_arscnt));
	}

	if (ofl->ofl_locscnt || ofl->ofl_globcnt) {
		dbg_print(lml, MSG_INTL(MSG_STATS_SYMBOLS_OUT),
		    EC_XWORD(ofl->ofl_globcnt), EC_XWORD(ofl->ofl_locscnt));
	}
	if (ofl->ofl_entercnt || ofl->ofl_scopecnt || ofl->ofl_elimcnt) {
		dbg_print(lml, MSG_INTL(MSG_STATS_SYMBOLS_IN),
		    EC_XWORD(ofl->ofl_entercnt), EC_XWORD(ofl->ofl_scopecnt),
		    EC_XWORD(ofl->ofl_elimcnt));
	}

	dbg_print(lml, MSG_INTL(MSG_STATS_REL_OUT),
	    EC_XWORD(ofl->ofl_outrels.rc_cnt));

	dbg_print(lml, MSG_INTL(MSG_STATS_REL_IN),
	    EC_XWORD(ofl->ofl_entrelscnt), EC_XWORD(ofl->ofl_actrels.rc_cnt));

	dbg_print(lml, MSG_INTL(MSG_STATS_REL_TICACHE));
	rel_cache_statistics(ofl, MSG_INTL(MSG_STATS_REL_TIOUT),
	    ofl->ofl_outrels.rc_list);
	rel_cache_statistics(ofl, MSG_INTL(MSG_STATS_REL_TIACT),
	    ofl->ofl_actrels.rc_list);
	rel_aux_cache_statistics(ofl);
}

void
Dbg_statistics_ar(Ofl_desc *ofl)
{
	Aliste		idx;
	Ar_desc		*adp;
	Elf_Arsym	*arsym;
	Ar_aux		*aux;
	Lm_list		*lml = ofl->ofl_lml;

	if (DBG_NOTCLASS(DBG_C_STATS | DBG_C_UNUSED))
		return;

	Dbg_util_nl(lml, DBG_NL_STD);
	for (APLIST_TRAVERSE(ofl->ofl_ars, idx, adp)) {
		size_t	poffset = 0;
		uint_t	count = 0, used = 0;

		if ((adp->ad_flags & FLG_ARD_EXTRACT) == 0) {
			Dbg_unused_file(lml, adp->ad_name, 0, 0);
			continue;
		}

		if (DBG_NOTCLASS(DBG_C_STATS))
			continue;

		arsym = adp->ad_start;
		aux = adp->ad_aux;
		while ((arsym != NULL) && (arsym->as_off != 0)) {
			/*
			 * Assume that symbols from the same member file are
			 * adjacent within the archive symbol table.
			 */
			if (poffset != arsym->as_off) {
				count++;
				poffset = arsym->as_off;
				if (aux->au_mem == FLG_ARMEM_PROC)
					used++;
			}
			aux++, arsym++;
		}
		if ((count == 0) || (used == 0))
			continue;

		dbg_print(lml, MSG_INTL(MSG_STATS_AR), adp->ad_name, count,
		    used, ((used * 100) / count));
	}
	Dbg_util_nl(lml, DBG_NL_STD);
}
/*
 * CDDL HEADER START
 *
 * The contents of this file are subject to the terms of the
 * Common Development and Distribution License (the "License").
 * You may not use this file except in compliance with the License.
 *
 * You can obtain a copy of the license at usr/src/OPENSOLARIS.LICENSE
 * or http://www.opensolaris.org/os/licensing.
 * See the License for the specific language governing permissions
 * and limitations under the License.
 *
 * When distributing Covered Code, include this CDDL HEADER in each
 * file and include the License file at usr/src/OPENSOLARIS.LICENSE.
 * If applicable, add the following below this CDDL HEADER, with the
 * fields enclosed by brackets "[]" replaced with your own identifying
 * information: Portions Copyright [yyyy] [name of copyright owner]
 *
 * CDDL HEADER END
 */

/*
 * Copyright 2008 Sun Microsystems, Inc.  All rights reserved.
 * Use is subject to license terms.
 */

#include	"msg.h"
#include	"_debug.h"

void
Dbg_support_req(Lm_list *lml, const char *define, int flag)
{
	const char	*str;

	if (DBG_NOTCLASS(DBG_C_SUPPORT))
		return;

	switch (flag) {
	case DBG_SUP_ENVIRON:
		str = MSG_INTL(MSG_SUP_REQ_ENV);
		break;
	case DBG_SUP_CMDLINE:
		str = MSG_INTL(MSG_SUP_REQ_CMD);
		break;
	default:
		str = MSG_ORIG(MSG_STR_EMPTY);
		break;
	}

	dbg_print(lml, MSG_ORIG(MSG_STR_EMPTY));
	dbg_print(lml, MSG_INTL(MSG_SUP_REQ), define, str);
}

void
Dbg_support_load(Lm_list *lml, const char *obj, const char *func)
{
	if (DBG_NOTCLASS(DBG_C_SUPPORT))
		return;

	dbg_print(lml, MSG_INTL(MSG_SUP_ROUTINE), obj, func);
}

void
Dbg_support_vnone(Lm_list *lml, const char *obj)
{
	if (DBG_NOTCLASS(DBG_C_SUPPORT))
		return;

	dbg_print(lml, MSG_INTL(MSG_SUP_VNONE), obj);
}

void
Dbg_support_action(Lm_list *lml, const char *obj, const char *func,
    Support_ndx ndx, const char *name)
{
	const char	*str;

	if (DBG_NOTCLASS(DBG_C_SUPPORT))
		return;
	if (DBG_NOTDETAIL())
		return;

	if (ndx == LDS_START)
		str = MSG_INTL(MSG_SUP_OUTFILE);
	else if ((ndx == LDS_OPEN) || (ndx == LDS_FILE))
		str = MSG_INTL(MSG_SUP_INFILE);
	else if (ndx == LDS_INSEC)
		str = MSG_INTL(MSG_SUP_INSEC);
	else if (ndx == LDS_SEC)
		str = MSG_INTL(MSG_SUP_SEC);

	if ((ndx == LDS_ATEXIT) || (ndx == LDS_VERSION) ||
	    (ndx == LDS_INPUT_DONE))
		dbg_print(lml, MSG_INTL(MSG_SUP_CALLING_1), func, obj);
	else
		dbg_print(lml, MSG_INTL(MSG_SUP_CALLING_2), func, obj,
		    str, name);
}
/*
 * CDDL HEADER START
 *
 * The contents of this file are subject to the terms of the
 * Common Development and Distribution License (the "License").
 * You may not use this file except in compliance with the License.
 *
 * You can obtain a copy of the license at usr/src/OPENSOLARIS.LICENSE
 * or http://www.opensolaris.org/os/licensing.
 * See the License for the specific language governing permissions
 * and limitations under the License.
 *
 * When distributing Covered Code, include this CDDL HEADER in each
 * file and include the License file at usr/src/OPENSOLARIS.LICENSE.
 * If applicable, add the following below this CDDL HEADER, with the
 * fields enclosed by brackets "[]" replaced with your own identifying
 * information: Portions Copyright [yyyy] [name of copyright owner]
 *
 * CDDL HEADER END
 */

/*
 * Copyright (c) 2006, 2010, Oracle and/or its affiliates. All rights reserved.
 */
#include	<sgs.h>
#include	<stdio.h>
#include	<debug.h>
#include	<msg.h>

void
Elf_syminfo_title(Lm_list *lml)
{
	dbg_print(lml, MSG_INTL(MSG_SYMINFO_TITLE));
}

#define	FLAGSZ	16
#define	NDXSZ	10

void
Elf_syminfo_entry(Lm_list *lml, Word ndx, Syminfo *sip, const char *name,
    const char *needed)
{
	const char	*bndstr = NULL, *str;
	char		flagstr[FLAGSZ], sndxstr[NDXSZ], dndxstr[NDXSZ];
	int		flgndx = 0;
	Half		flags = sip->si_flags;

	if (flags & SYMINFO_FLG_CAP) {
		bndstr = MSG_INTL(MSG_SYMINFO_CAP);
		flagstr[flgndx++] = 'S';
		flags &= ~SYMINFO_FLG_CAP;
	}

	if (flags & SYMINFO_FLG_DIRECT) {
		if (bndstr == NULL) {
			if (sip->si_boundto == SYMINFO_BT_SELF)
				bndstr = MSG_INTL(MSG_SYMINFO_SELF);
			else if (sip->si_boundto == SYMINFO_BT_PARENT)
				bndstr = MSG_INTL(MSG_SYMINFO_PARENT);
			else
				bndstr = needed;
		}
		flagstr[flgndx++] = 'D';
		flags &= ~SYMINFO_FLG_DIRECT;

	} else if (flags & SYMINFO_FLG_FILTER) {
		bndstr = needed;
		flagstr[flgndx++] = 'F';
		flags &= ~SYMINFO_FLG_FILTER;

	} else if (flags & SYMINFO_FLG_AUXILIARY) {
		bndstr = needed;
		flagstr[flgndx++] = 'A';
		flags &= ~SYMINFO_FLG_AUXILIARY;

	} else if (sip->si_boundto == SYMINFO_BT_EXTERN)
		bndstr = MSG_INTL(MSG_SYMINFO_EXTERN);
	else if (bndstr == NULL)
		bndstr = MSG_ORIG(MSG_STR_EMPTY);

	if (flags & SYMINFO_FLG_DIRECTBIND) {
		flagstr[flgndx++] = 'B';
		flags &= ~SYMINFO_FLG_DIRECTBIND;
	}
	if (flags & SYMINFO_FLG_COPY) {
		flagstr[flgndx++] = 'C';
		flags &= ~SYMINFO_FLG_COPY;
	}
	if (flags & SYMINFO_FLG_LAZYLOAD) {
		flagstr[flgndx++] = 'L';
		flags &= ~SYMINFO_FLG_LAZYLOAD;
	}
	if (flags & SYMINFO_FLG_NOEXTDIRECT) {
		flagstr[flgndx++] = 'N';
		flags &= ~SYMINFO_FLG_NOEXTDIRECT;
	}
	if (flags & SYMINFO_FLG_INTERPOSE) {
		flagstr[flgndx++] = 'I';
		flags &= ~SYMINFO_FLG_INTERPOSE;
	}
	if (flags & SYMINFO_FLG_DEFERRED) {
		flagstr[flgndx++] = 'P';
		flags &= ~SYMINFO_FLG_DEFERRED;
	}

	/*
	 * Did we account for all of the flags?
	 */
	if (flags)
		(void) snprintf(&flagstr[flgndx], FLAGSZ - flgndx,
		    MSG_ORIG(MSG_SYMINFO_UNKFLAG), flags);
	else
		flagstr[flgndx] = '\0';

	/*
	 * If we've bound to a dependency, determine the dynamic entry index.
	 */
	if (bndstr == needed) {
		(void) snprintf(dndxstr, NDXSZ, MSG_ORIG(MSG_FMT_INDEX),
		    sip->si_boundto);
		str = dndxstr;
	} else
		str = MSG_ORIG(MSG_STR_EMPTY);

	(void) snprintf(sndxstr, NDXSZ, MSG_ORIG(MSG_FMT_INDEX), ndx);

	dbg_print(lml, MSG_INTL(MSG_SYMINFO_ENTRY), sndxstr, flagstr, str,
	    bndstr, Elf_demangle_name(name));
}
/*
 * CDDL HEADER START
 *
 * The contents of this file are subject to the terms of the
 * Common Development and Distribution License (the "License").
 * You may not use this file except in compliance with the License.
 *
 * You can obtain a copy of the license at usr/src/OPENSOLARIS.LICENSE
 * or http://www.opensolaris.org/os/licensing.
 * See the License for the specific language governing permissions
 * and limitations under the License.
 *
 * When distributing Covered Code, include this CDDL HEADER in each
 * file and include the License file at usr/src/OPENSOLARIS.LICENSE.
 * If applicable, add the following below this CDDL HEADER, with the
 * fields enclosed by brackets "[]" replaced with your own identifying
 * information: Portions Copyright [yyyy] [name of copyright owner]
 *
 * CDDL HEADER END
 */

/*
 * Copyright (c) 1991, 2010, Oracle and/or its affiliates. All rights reserved.
 * Copyright 2022 Oxide Computer Company
 */

#include	<stdio.h>
#include	"msg.h"
#include	"_debug.h"
#include	"libld.h"

void
Dbg_syms_lookup(Rt_map *lmp, const char *name, const char *type)
{
	Lm_list	*lml = LIST(lmp);

	if (DBG_NOTCLASS(DBG_C_SYMBOLS))
		return;

	dbg_print(lml, MSG_INTL(MSG_SYM_LOOKUP), Dbg_demangle_name(name),
	    NAME(lmp), type);
}

static	const Msg captype[DBG_CAP_HW_3 + 1] = {
	MSG_CAP_SYM_DEFAULT,		/* MSG_INTL(MSG_CAP_SYM_DEFAULT) */
	MSG_CAP_SYM_USED,		/* MSG_INTL(MSG_CAP_SYM_USED) */
	MSG_CAP_SYM_CANDIDATE,		/* MSG_INTL(MSG_CAP_SYM_CANDIDATE) */
	MSG_CAP_SYM_REJECTED,		/* MSG_INTL(MSG_CAP_SYM_REJECTED) */
	MSG_CAP_SYM_HW_1,		/* MSG_INTL(MSG_CAP_SYM_HW_1) */
	MSG_CAP_SYM_SF_1,		/* MSG_INTL(MSG_CAP_SYM_SF_1) */
	MSG_CAP_SYM_HW_2,		/* MSG_INTL(MSG_CAP_SYM_HW_2) */
	MSG_CAP_SYM_PLAT,		/* MSG_INTL(MSG_CAP_SYM_PLAT) */
	MSG_CAP_SYM_MACH,		/* MSG_INTL(MSG_CAP_SYM_MACH) */
	MSG_CAP_SYM_HW_3		/* MSG_INTL(MSG_CAP_SYM_HW_3) */
};

void
Dbg_syms_cap_lookup(Rt_map *lmp, uint_t type, const char *name, uint_t ndx,
    Half mach, Syscapset *scapset)
{
	Lm_list			*lml = LIST(lmp);
	const char		*str = NULL;
	Conv_cap_val_buf_t	cap_val_buf;

	if (DBG_NOTCLASS(DBG_C_CAP | DBG_C_SYMBOLS))
		return;

	switch (type) {
	case DBG_CAP_HW_1:
		str = conv_cap_val_hw1(scapset->sc_hw_1, mach, 0,
		    &cap_val_buf.cap_val_hw1_buf);
		break;
	case DBG_CAP_SF_1:
		str = conv_cap_val_sf1(scapset->sc_sf_1, mach, 0,
		    &cap_val_buf.cap_val_sf1_buf);
		break;
	case DBG_CAP_HW_2:
		str = conv_cap_val_hw2(scapset->sc_hw_2, mach, 0,
		    &cap_val_buf.cap_val_hw2_buf);
		break;
	case DBG_CAP_MACH:
		str = scapset->sc_mach;
		break;
	case DBG_CAP_PLAT:
		str = scapset->sc_plat;
		break;
	case DBG_CAP_HW_3:
		str = conv_cap_val_hw3(scapset->sc_hw_3, mach, 0,
		    &cap_val_buf.cap_val_hw3_buf);
		break;
	}

	dbg_print(lml, MSG_INTL(captype[type]), Dbg_demangle_name(name),
	    ndx, str);
}

void
Dbg_syms_ignore_gnuver(Rt_map *lmp, const char *name, Word symndx,
    Versym verndx)
{
	Lm_list	*lml = LIST(lmp);

	if (DBG_NOTCLASS(DBG_C_SYMBOLS))
		return;

	dbg_print(lml, MSG_INTL(MSG_SYM_IGNGNUVER), Dbg_demangle_name(name),
	    EC_WORD(symndx), EC_HALF(verndx), NAME(lmp));
}

void
Dbg_syms_lazy_rescan(Lm_list *lml, const char *name)
{
	if (DBG_NOTCLASS(DBG_C_SYMBOLS | DBG_C_FILES))
		return;

	Dbg_util_nl(lml, DBG_NL_STD);
	dbg_print(lml, MSG_INTL(MSG_SYM_LAZY_RESCAN), Dbg_demangle_name(name));
}

void
Dbg_syms_ar_title(Lm_list *lml, const char *file, Boolean again)
{
	if (DBG_NOTCLASS(DBG_C_SYMBOLS))
		return;

	dbg_print(lml, MSG_INTL(MSG_SYM_AR_FILE), file,
	    again ? MSG_INTL(MSG_STR_AGAIN) : MSG_ORIG(MSG_STR_EMPTY));
}

void
Dbg_syms_ar_skip(Lm_list *lml, const char *archive, Elf_Arsym *arsym)
{
	if (DBG_NOTCLASS(DBG_C_SYMBOLS))
		return;

	dbg_print(lml, MSG_INTL(MSG_SYM_AR_SKIP), archive,
	    Dbg_demangle_name(arsym->as_name));
}

void
Dbg_syms_ar_checking(Lm_list *lml, const char *fname, const char *objname,
    Elf_Arsym *arsym)
{
	if (DBG_NOTCLASS(DBG_C_SYMBOLS))
		return;

	dbg_print(lml, MSG_INTL(MSG_SYM_AR_CHECK), fname, objname,
	    Dbg_demangle_name(arsym->as_name));
}

void
Dbg_syms_ar_resolve(Lm_list *lml, const char *fname, const char *objname,
    Elf_Arsym *arsym)
{
	if (DBG_NOTCLASS(DBG_C_SYMBOLS))
		return;

	dbg_print(lml, MSG_INTL(MSG_SYM_AR_RESOLVE), fname, objname,
	    Dbg_demangle_name(arsym->as_name));
}

void
Dbg_syms_ar_force(Lm_list *lml, const char *fname, const char *objname)
{
	if (DBG_NOTCLASS(DBG_C_SYMBOLS))
		return;

	dbg_print(lml, MSG_INTL(MSG_SYM_AR_FORCE), fname, objname);
}

void
Dbg_syms_spec_title(Lm_list *lml)
{
	if (DBG_NOTCLASS(DBG_C_SYMBOLS))
		return;

	Dbg_util_nl(lml, DBG_NL_STD);
	dbg_print(lml, MSG_INTL(MSG_SYM_SPECIAL));
}

void
Dbg_syms_discarded(Lm_list *lml, Sym_desc *sdp)
{
	dbg_isec_name_buf_t	buf;
	char			*alloc_mem;
	const char		*file;

	if (DBG_NOTCLASS(DBG_C_SYMBOLS | DBG_C_UNUSED))
		return;
	if (DBG_NOTDETAIL())
		return;

	if ((sdp->sd_file == NULL) || ((file = sdp->sd_file->ifl_name) == NULL))
		file = MSG_INTL(MSG_STR_UNKNOWN);

	if (sdp->sd_isc) {
		dbg_print(lml, MSG_INTL(MSG_SYM_DISCARD_SEC),
		    Dbg_demangle_name(sdp->sd_name),
		    dbg_fmt_isec_name(sdp->sd_isc, buf, &alloc_mem), file);
		if (alloc_mem != NULL)
			free(alloc_mem);
	} else
		dbg_print(lml, MSG_INTL(MSG_SYM_DISCARD_FILE),
		    Dbg_demangle_name(sdp->sd_name), file);
}

void
Dbg_syms_dup_discarded(Lm_list *lml, Word ndx, Sym_desc *sdp)
{
	const char	*file;

	if (DBG_NOTCLASS(DBG_C_SYMBOLS | DBG_C_UNUSED))
		return;
	if (DBG_NOTDETAIL())
		return;

	if ((sdp->sd_file == NULL) || ((file = sdp->sd_file->ifl_name) == NULL))
		file = MSG_INTL(MSG_STR_UNKNOWN);

	dbg_print(lml, MSG_INTL(MSG_SYM_DISCARD_DUP), EC_WORD(ndx),
	    Dbg_demangle_name(sdp->sd_name), file);
}

void
Dbg_syms_entered(Ofl_desc *ofl, Sym *sym, Sym_desc *sdp)
{
	Conv_inv_buf_t	inv_buf;
	Lm_list		*lml = ofl->ofl_lml;

	if (DBG_NOTCLASS(DBG_C_SYMBOLS))
		return;
	if (DBG_NOTDETAIL())
		return;

	Elf_syms_table_entry(lml, ELF_DBG_LD, MSG_INTL(MSG_STR_ENTERED),
	    ofl->ofl_dehdr->e_ident[EI_OSABI], ofl->ofl_dehdr->e_machine, sym,
	    sdp->sd_aux ? sdp->sd_aux->sa_overndx : 0, 0, NULL,
	    conv_def_tag(sdp->sd_ref, &inv_buf));
}

void
Dbg_syms_process(Lm_list *lml, Ifl_desc *ifl)
{
	Conv_inv_buf_t	inv_buf;

	if (DBG_NOTCLASS(DBG_C_SYMBOLS))
		return;

	Dbg_util_nl(lml, DBG_NL_STD);
	dbg_print(lml, MSG_INTL(MSG_SYM_PROCESS), ifl->ifl_name,
	    conv_ehdr_type(ifl->ifl_ehdr->e_ident[EI_OSABI],
	    ifl->ifl_ehdr->e_type, 0, &inv_buf));
}

void
Dbg_syms_entry(Lm_list *lml, Word ndx, Sym_desc *sdp)
{
	if (DBG_NOTCLASS(DBG_C_SYMBOLS))
		return;

	dbg_print(lml, MSG_INTL(MSG_SYM_BASIC), EC_WORD(ndx),
	    Dbg_demangle_name(sdp->sd_name));
}

void
Dbg_syms_global(Lm_list *lml, Word ndx, const char *name)
{
	if (DBG_NOTCLASS(DBG_C_SYMBOLS))
		return;

	dbg_print(lml, MSG_INTL(MSG_SYM_ADDING), EC_WORD(ndx),
	    Dbg_demangle_name(name));
}

void
Dbg_syms_cap_convert(Ofl_desc *ofl, Word ndx, const char *name, Sym *sym)
{
	if (DBG_NOTCLASS(DBG_C_CAP | DBG_C_SYMBOLS))
		return;

	dbg_print(ofl->ofl_lml, MSG_INTL(MSG_SYM_CAP_ORIG), EC_WORD(ndx),
	    Dbg_demangle_name(name));

	if (DBG_NOTDETAIL())
		return;

	Elf_syms_table_entry(ofl->ofl_lml, ELF_DBG_LD,
	    MSG_INTL(MSG_STR_ORIGINAL), ofl->ofl_dehdr->e_ident[EI_OSABI],
	    ofl->ofl_dehdr->e_machine, sym, 0, 0, NULL,
	    MSG_ORIG(MSG_STR_EMPTY));
}

void
Dbg_syms_cap_local(Ofl_desc *ofl, Word ndx, const char *name, Sym *sym,
    Sym_desc *sdp)
{
	Conv_inv_buf_t	inv_buf;

	if (DBG_NOTCLASS(DBG_C_CAP | DBG_C_SYMBOLS))
		return;

	dbg_print(ofl->ofl_lml, MSG_INTL(MSG_SYM_CAP_LOCAL), EC_WORD(ndx),
	    Dbg_demangle_name(name));

	if (DBG_NOTDETAIL())
		return;

	Elf_syms_table_entry(ofl->ofl_lml, ELF_DBG_LD,
	    MSG_INTL(MSG_STR_ENTERED), ofl->ofl_dehdr->e_ident[EI_OSABI],
	    ofl->ofl_dehdr->e_machine, sym,
	    sdp->sd_aux ? sdp->sd_aux->sa_overndx : 0, 0, NULL,
	    conv_def_tag(sdp->sd_ref, &inv_buf));
}

void
Dbg_syms_wrap(Lm_list *lml, Word ndx, const char *orig_name, const char *name)
{
	if (DBG_NOTCLASS(DBG_C_SYMBOLS))
		return;

	dbg_print(lml, MSG_INTL(MSG_SYM_WRAP), EC_WORD(ndx),
	    Dbg_demangle_name(orig_name), Dbg_demangle_name(name));
}

void
Dbg_syms_sec_title(Lm_list *lml)
{
	if (DBG_NOTCLASS(DBG_C_SYMBOLS))
		return;
	if (DBG_NOTDETAIL())
		return;

	Dbg_util_nl(lml, DBG_NL_STD);
	dbg_print(lml, MSG_INTL(MSG_SYM_INDEX));
}

void
Dbg_syms_sec_entry(Lm_list *lml, Word ndx, Sg_desc *sgp, Os_desc *osp)
{
	if (DBG_NOTCLASS(DBG_C_SYMBOLS))
		return;
	if (DBG_NOTDETAIL())
		return;

	dbg_print(lml, MSG_INTL(MSG_SYM_SECTION), EC_WORD(ndx), osp->os_name,
	    (*sgp->sg_name ? sgp->sg_name : MSG_INTL(MSG_STR_NULL)));
}

void
Dbg_syms_up_title(Lm_list *lml)
{
	if (DBG_NOTCLASS(DBG_C_SYMBOLS))
		return;
	if (DBG_NOTDETAIL())
		return;

	Dbg_util_nl(lml, DBG_NL_STD);
	dbg_print(lml, MSG_INTL(MSG_SYM_FINAL));
	Elf_syms_table_title(lml, ELF_DBG_LD);
}

void
Dbg_syms_ignore(Ofl_desc *ofl, Sym_desc *sdp)
{
	if (DBG_NOTCLASS(DBG_C_SYMBOLS))
		return;
	if (DBG_NOTDETAIL())
		return;

	Elf_syms_table_entry(ofl->ofl_lml, ELF_DBG_LD, MSG_INTL(MSG_STR_IGNORE),
	    ofl->ofl_dehdr->e_ident[EI_OSABI], ofl->ofl_dehdr->e_machine,
	    sdp->sd_sym, 0, 0, NULL, MSG_INTL(MSG_STR_UNUSED));
}

void
Dbg_syms_old(Ofl_desc *ofl, Sym_desc *sdp)
{
	if (DBG_NOTCLASS(DBG_C_SYMBOLS))
		return;
	if (DBG_NOTDETAIL())
		return;

	Elf_syms_table_entry(ofl->ofl_lml, ELF_DBG_LD, MSG_INTL(MSG_STR_OLD),
	    ofl->ofl_dehdr->e_ident[EI_OSABI], ofl->ofl_dehdr->e_machine,
	    sdp->sd_sym, sdp->sd_aux ? sdp->sd_aux->sa_overndx : 0,
	    0, NULL, sdp->sd_name);
}

void
Dbg_syms_new(Ofl_desc *ofl, Sym *sym, Sym_desc *sdp)
{
	Conv_inv_buf_t	inv_buf;

	if (DBG_NOTCLASS(DBG_C_SYMBOLS))
		return;
	if (DBG_NOTDETAIL())
		return;

	Elf_syms_table_entry(ofl->ofl_lml, ELF_DBG_LD, MSG_INTL(MSG_STR_NEW),
	    ofl->ofl_dehdr->e_ident[EI_OSABI], ofl->ofl_dehdr->e_machine, sym,
	    sdp->sd_aux ? sdp->sd_aux->sa_overndx : 0, 0, NULL,
	    conv_def_tag(sdp->sd_ref, &inv_buf));
}

void
Dbg_syms_updated(Ofl_desc *ofl, Sym_desc *sdp, const char *name)
{
	Conv_inv_buf_t	inv_buf;
	Lm_list		*lml = ofl->ofl_lml;

	if (DBG_NOTCLASS(DBG_C_SYMBOLS))
		return;

	dbg_print(lml, MSG_INTL(MSG_SYM_UPDATE), name);

	if (DBG_NOTDETAIL())
		return;

	Elf_syms_table_entry(ofl->ofl_lml, ELF_DBG_LD, MSG_ORIG(MSG_STR_EMPTY),
	    ofl->ofl_dehdr->e_ident[EI_OSABI], ofl->ofl_dehdr->e_machine,
	    sdp->sd_sym, sdp->sd_aux ? sdp->sd_aux->sa_overndx : 0, 0, NULL,
	    conv_def_tag(sdp->sd_ref, &inv_buf));
}

void
Dbg_syms_created(Lm_list *lml, const char *name)
{
	if (DBG_NOTCLASS(DBG_C_SYMBOLS))
		return;

	dbg_print(lml, MSG_INTL(MSG_SYM_CREATE), Dbg_demangle_name(name));
}

void
Dbg_syms_resolving(Ofl_desc *ofl, Word ndx, const char *name, int row,
    int col, Sym *osym, Sym *nsym, Sym_desc *sdp, Ifl_desc *ifl)
{
	Lm_list	*lml = ofl->ofl_lml;
	uchar_t	osabi = ofl->ofl_dehdr->e_ident[EI_OSABI];
	Half	mach = ofl->ofl_dehdr->e_machine;

	if (DBG_NOTCLASS(DBG_C_SYMBOLS))
		return;

	dbg_print(lml, MSG_INTL(MSG_SYM_RESOLVING), EC_WORD(ndx),
	    Dbg_demangle_name(name), row, col);

	if (DBG_NOTDETAIL())
		return;

	Elf_syms_table_entry(ofl->ofl_lml, ELF_DBG_LD, MSG_INTL(MSG_STR_OLD),
	    osabi, mach, osym, sdp->sd_aux ? sdp->sd_aux->sa_overndx : 0,
	    0, NULL, sdp->sd_file->ifl_name);

	Elf_syms_table_entry(ofl->ofl_lml, ELF_DBG_LD, MSG_INTL(MSG_STR_NEW),
	    osabi, mach, nsym, 0, 0, NULL, ifl->ifl_name);
}

void
Dbg_syms_resolved(Ofl_desc *ofl, Sym_desc *sdp)
{
	Conv_inv_buf_t	inv_buf;

	if (DBG_NOTCLASS(DBG_C_SYMBOLS))
		return;
	if (DBG_NOTDETAIL())
		return;

	Elf_syms_table_entry(ofl->ofl_lml, ELF_DBG_LD,
	    MSG_INTL(MSG_STR_RESOLVED), ofl->ofl_dehdr->e_ident[EI_OSABI],
	    ofl->ofl_dehdr->e_machine, sdp->sd_sym,
	    sdp->sd_aux ? sdp->sd_aux->sa_overndx : 0, 0, NULL,
	    conv_def_tag(sdp->sd_ref, &inv_buf));
}

void
Dbg_syms_copy_reloc(Ofl_desc *ofl, Sym_desc *sdp, Word align)
{
	static Boolean	symbol_title = TRUE;
	Conv_inv_buf_t	inv_buf;
	Lm_list	*lml = ofl->ofl_lml;

	if (DBG_NOTCLASS(DBG_C_SYMBOLS))
		return;

	if (symbol_title) {
		Dbg_util_nl(lml, DBG_NL_STD);
		dbg_print(lml, MSG_INTL(MSG_SYM_BSS));

		symbol_title = FALSE;
	}

	/*
	 * Copy relocation symbols come in pairs, the original reference
	 * (within a dependency), and the new destination (within the .bss of
	 * the executable).  The latter is accompanied with a computed
	 * alignment.
	 */
	if (align) {
		dbg_print(lml, MSG_INTL(MSG_SYM_COPY_DST),
		    Dbg_demangle_name(sdp->sd_name), EC_WORD(align));
	} else {
		dbg_print(lml, MSG_INTL(MSG_SYM_COPY_REF),
		    Dbg_demangle_name(sdp->sd_name));
	}

	if (DBG_NOTDETAIL())
		return;

	Elf_syms_table_entry(lml, ELF_DBG_LD, MSG_ORIG(MSG_SYM_COPY),
	    ofl->ofl_dehdr->e_ident[EI_OSABI], ofl->ofl_dehdr->e_machine,
	    sdp->sd_sym, sdp->sd_aux ? sdp->sd_aux->sa_overndx : 0, 0, NULL,
	    conv_def_tag(sdp->sd_ref, &inv_buf));
}

void
Dbg_syms_reduce(Ofl_desc *ofl, int which, Sym_desc *sdp, int idx,
    const char *sname)
{
	static Boolean	sym_reduce_title = TRUE;
	static Boolean	sym_retain_title = TRUE;
	Boolean		isfromglobal = (which == DBG_SYM_REDUCE_GLOBAL);
	Boolean		isfromretain = (which == DBG_SYM_REDUCE_RETAIN);
	Lm_list		*lml = ofl->ofl_lml;

	if (DBG_NOTCLASS(DBG_C_SYMBOLS | DBG_C_VERSIONS))
		return;

	if (sym_reduce_title && isfromglobal) {
		sym_reduce_title = FALSE;
		Dbg_util_nl(lml, DBG_NL_STD);
		dbg_print(lml, MSG_INTL(MSG_SYM_REDUCED));
	} else if (sym_retain_title && isfromretain) {
		sym_retain_title = FALSE;
		Dbg_util_nl(lml, DBG_NL_STD);
		dbg_print(lml, MSG_INTL(MSG_SYM_RETAINING));
	}

	if ((sdp->sd_flags & FLG_SY_ELIM) && isfromglobal)
		dbg_print(lml, MSG_INTL(MSG_SYM_ELIMINATING),
		    Dbg_demangle_name(sdp->sd_name));
	else if (isfromglobal)
		dbg_print(lml, MSG_INTL(MSG_SYM_REDUCING),
		    Dbg_demangle_name(sdp->sd_name));
	else
		dbg_print(lml, MSG_INTL(MSG_SYM_NOTELIMINATE),
		    Dbg_demangle_name(sdp->sd_name), sname, idx);

	if (DBG_NOTDETAIL())
		return;

	Elf_syms_table_entry(ofl->ofl_lml, ELF_DBG_LD, MSG_ORIG(MSG_SYM_LOCAL),
	    ofl->ofl_dehdr->e_ident[EI_OSABI], ofl->ofl_dehdr->e_machine,
	    sdp->sd_sym, sdp->sd_aux ? sdp->sd_aux->sa_overndx : 0, 0, NULL,
	    sdp->sd_file->ifl_name);
}

void
Dbg_syms_dup_sort_addr(Lm_list *lml, const char *secname, const char *symname1,
    const char *symname2, Addr addr)
{
	if (DBG_NOTCLASS(DBG_C_SYMBOLS) || DBG_NOTDETAIL())
		return;

	dbg_print(lml, MSG_INTL(MSG_SYM_DUPSORTADDR), secname,
	    symname1, symname2, EC_ADDR(addr));
}

void
Dbg_syminfo_title(Lm_list *lml)
{
	if (DBG_NOTCLASS(DBG_C_SYMBOLS))
		return;
	if (DBG_NOTDETAIL())
		return;

	Dbg_util_nl(lml, DBG_NL_STD);
	dbg_print(lml, MSG_INTL(MSG_SYMINFO_INFO));
	Elf_syminfo_title(lml);
}

void
Dbg_syminfo_entry(Lm_list *lml, Word ndx, Syminfo *sip, Sym *sym,
    const char *strtab, Dyn *dyn)
{
	const char	*needed;

	if (DBG_NOTCLASS(DBG_C_SYMBOLS))
		return;
	if (DBG_NOTDETAIL())
		return;

	if (sip->si_boundto < SYMINFO_BT_LOWRESERVE)
		needed = strtab + dyn[sip->si_boundto].d_un.d_val;
	else
		needed = 0;

	Elf_syminfo_entry(lml, ndx, sip,
	    Dbg_demangle_name(strtab + sym->st_name), needed);
}

/*
 * Symbol table output can differ slightly depending on the caller.  However,
 * the final diagnostic is maintained here so hat the various message strings
 * remain consistent
 *
 * elfdump:   index    value       size     type bind oth ver shndx       name
 * ld:                 value       size     type bind oth ver shndx
 */
void
Elf_syms_table_title(Lm_list *lml, int caller)
{
	if (caller == ELF_DBG_ELFDUMP) {
		if (DBG_NOTLONG())
			dbg_print(lml, MSG_INTL(MSG_SYM_EFS_TITLE));
		else
			dbg_print(lml, MSG_INTL(MSG_SYM_EFL_TITLE));
		return;
	}

	if (caller == ELF_DBG_LD) {
		if (DBG_NOTLONG())
			dbg_print(lml, MSG_INTL(MSG_SYM_LDS_TITLE));
		else
			dbg_print(lml, MSG_INTL(MSG_SYM_LDL_TITLE));
		return;
	}
}

void
Elf_syms_table_entry(Lm_list *lml, int caller, const char *prestr,
    uchar_t osabi, Half mach, Sym *sym, Versym verndx, int gnuver,
    const char *sec, const char *poststr)
{
	Conv_inv_buf_t	inv_buf1, inv_buf2, inv_buf3;
	Conv_inv_buf_t	inv_buf4, inv_buf5, inv_buf6;
	uchar_t		type = ELF_ST_TYPE(sym->st_info);
	uchar_t		bind = ELF_ST_BIND(sym->st_info);
	const char	*msg;

	if ((caller == ELF_DBG_ELFDUMP) ||
	    (caller == ELF_DBG_LD)) {
		if (DBG_NOTLONG())
			msg = MSG_INTL(MSG_SYM_EFS_ENTRY);
		else
			msg = MSG_INTL(MSG_SYM_EFL_ENTRY);

		if (sec == NULL)
			sec = conv_sym_shndx(osabi, mach, sym->st_shndx,
			    CONV_FMT_DECIMAL, &inv_buf6);

		dbg_print(lml, msg, prestr,
		    conv_sym_value(mach, type, sym->st_value, &inv_buf1),
		    sym->st_size, conv_sym_info_type(mach, type, 0, &inv_buf2),
		    conv_sym_info_bind(bind, 0, &inv_buf3),
		    conv_sym_other(sym->st_other, &inv_buf4),
		    conv_ver_index(verndx, gnuver, &inv_buf5),
		    sec, Elf_demangle_name(poststr));
	}
}

void
Dbg_syms_cap_title(Ofl_desc *ofl)
{
	Lm_list	*lml = ofl->ofl_lml;

	if (DBG_NOTCLASS(DBG_C_SYMBOLS))
		return;
	if (DBG_NOTDETAIL())
		return;

	Dbg_util_nl(lml, DBG_NL_STD);
	dbg_print(lml, MSG_INTL(MSG_SYM_CAPABILITIES));
	Elf_syms_table_title(lml, ELF_DBG_LD);
}
/*
 * CDDL HEADER START
 *
 * The contents of this file are subject to the terms of the
 * Common Development and Distribution License (the "License").
 * You may not use this file except in compliance with the License.
 *
 * You can obtain a copy of the license at usr/src/OPENSOLARIS.LICENSE
 * or http://www.opensolaris.org/os/licensing.
 * See the License for the specific language governing permissions
 * and limitations under the License.
 *
 * When distributing Covered Code, include this CDDL HEADER in each
 * file and include the License file at usr/src/OPENSOLARIS.LICENSE.
 * If applicable, add the following below this CDDL HEADER, with the
 * fields enclosed by brackets "[]" replaced with your own identifying
 * information: Portions Copyright [yyyy] [name of copyright owner]
 *
 * CDDL HEADER END
 */

/*
 * Copyright 2009 Sun Microsystems, Inc.  All rights reserved.
 * Use is subject to license terms.
 */

#include	<link.h>
#include	<libc_int.h>
#include	<rtld.h>
#include	<strings.h>
#include	<debug.h>
#include	"msg.h"
#include	"_debug.h"

#define	FLAGSZ	CONV_EXPN_FIELD_DEF_PREFIX_SIZE + \
		MSG_TLS_FLAG_STATIC_SIZE + CONV_EXPN_FIELD_DEF_SEP_SIZE + \
		CONV_INV_BUFSIZE + CONV_EXPN_FIELD_DEF_SUFFIX_SIZE

static void
Dbg_tls_modent(Lm_list *lml, TLS_modinfo * tmodent)
{
	/*
	 * MSG_ORIG(MSG_TLS_FLAG_STATIC)
	 */
	static char	flagstr[FLAGSZ];
	static Val_desc	vda[] = {
		{ TM_FLG_STATICTLS,	MSG_TLS_FLAG_STATIC },
		{ 0,			0 }
	};
	static CONV_EXPN_FIELD_ARG conv_arg = { flagstr, sizeof (flagstr) };

	ulong_t	flags;

	if ((flags = tmodent->tm_flags) != 0) {
		conv_arg.oflags = conv_arg.rflags = flags;
		(void) conv_expn_field(&conv_arg, vda, 0);
	} else {
		flagstr[0] = '\0';
	}

	dbg_print(lml, MSG_INTL(MSG_TLS_MODENT1),
	    EC_XWORD((uintptr_t)tmodent->tm_tlsblock),
	    EC_XWORD(tmodent->tm_stattlsoffset), EC_XWORD(tmodent->tm_flags),
	    flagstr);
	dbg_print(lml, MSG_INTL(MSG_TLS_MODENT2),
	    EC_XWORD(tmodent->tm_filesz), EC_XWORD(tmodent->tm_memsz),
	    EC_XWORD(tmodent->tm_modid));
}

void
Dbg_tls_static_block(Lm_list *lml, void *list, ulong_t size, ulong_t resv)
{
	if (DBG_NOTCLASS(DBG_C_TLS))
		return;

	Dbg_util_nl(lml, DBG_NL_STD);

	if (list) {
		ulong_t		ndx;
		TLS_modinfo	**tlsmodlist;

		tlsmodlist = (TLS_modinfo **)list;

		for (ndx = 0; tlsmodlist[ndx]; ndx++) {
			dbg_print(lml, MSG_INTL(MSG_TLS_STATBLOCK1), ndx,
			    tlsmodlist[ndx]->tm_modname);
			Dbg_tls_modent(lml, tlsmodlist[ndx]);
			Dbg_util_nl(lml, DBG_NL_STD);
		}
	}
	dbg_print(lml, MSG_INTL(MSG_TLS_STATBLOCK2), EC_XWORD(size),
	    EC_XWORD(resv));
}

void
Dbg_tls_static_resv(Rt_map *lmp, ulong_t size, ulong_t resv)
{
	Lm_list	*lml = LIST(lmp);

	if (DBG_NOTCLASS(DBG_C_TLS))
		return;

	Dbg_util_nl(lml, DBG_NL_STD);
	dbg_print(lml, MSG_INTL(MSG_TLS_STATBLOCK3), TLSMODID(lmp), NAME(lmp),
	    EC_XWORD(size), EC_XWORD(resv));
}

void
Dbg_tls_modactivity(Lm_list *lml, void *vtlsmodent, uint_t flag)
{
	const char	*str;
	TLS_modinfo	*tlsmodent;

	if (DBG_NOTCLASS(DBG_C_TLS))
		return;

	if (flag == TM_FLG_MODADD)
		str = MSG_INTL(MSG_TLS_ADD);
	else
		str = MSG_INTL(MSG_TLS_REMOVE);

	tlsmodent = (TLS_modinfo *)vtlsmodent;
	Dbg_util_nl(lml, DBG_NL_STD);
	dbg_print(lml, MSG_INTL(MSG_TLS_MODACT), str, tlsmodent->tm_modname);
	Dbg_tls_modent(lml, tlsmodent);
}
/*
 * CDDL HEADER START
 *
 * The contents of this file are subject to the terms of the
 * Common Development and Distribution License (the "License").
 * You may not use this file except in compliance with the License.
 *
 * You can obtain a copy of the license at usr/src/OPENSOLARIS.LICENSE
 * or http://www.opensolaris.org/os/licensing.
 * See the License for the specific language governing permissions
 * and limitations under the License.
 *
 * When distributing Covered Code, include this CDDL HEADER in each
 * file and include the License file at usr/src/OPENSOLARIS.LICENSE.
 * If applicable, add the following below this CDDL HEADER, with the
 * fields enclosed by brackets "[]" replaced with your own identifying
 * information: Portions Copyright [yyyy] [name of copyright owner]
 *
 * CDDL HEADER END
 */

/*
 * Copyright 2009 Sun Microsystems, Inc.  All rights reserved.
 * Use is subject to license terms.
 */

#include	"msg.h"
#include	"_debug.h"
#include	"libld.h"

void
Dbg_unused_unref(Rt_map *lmp, const char *depend)
{
	if (DBG_NOTCLASS(DBG_C_UNUSED))
		return;
	if (DBG_NOTDETAIL())
		return;

	dbg_print(LIST(lmp), MSG_INTL(MSG_USD_UNREF), NAME(lmp), depend);
}

void
Dbg_unused_sec(Lm_list *lml, Is_desc *isp)
{
	dbg_isec_name_buf_t	buf;
	char			*alloc_mem;
	const char		*str;

	if (DBG_NOTCLASS(DBG_C_UNUSED))
		return;
	if (DBG_NOTDETAIL())
		return;

	/*
	 * If the file from which this section originates hasn't been referenced
	 * at all, skip this diagnostic, as it would have been covered under
	 * Dbg_unused_file() called from ignore_section_processing().
	 */
	if (isp->is_file &&
	    ((isp->is_file->ifl_flags & FLG_IF_FILEREF) == 0))
		return;

	if (isp->is_flags & FLG_IS_DISCARD)
		str = MSG_INTL(MSG_USD_SECDISCARD);
	else
		str = MSG_ORIG(MSG_STR_EMPTY);

	dbg_print(lml, MSG_INTL(MSG_USD_SEC),
	    dbg_fmt_isec_name(isp, buf, &alloc_mem),
	    EC_XWORD(isp->is_shdr->sh_size), isp->is_file->ifl_name, str);
	if (alloc_mem != NULL)
		free(alloc_mem);
}

void
Dbg_unused_file(Lm_list *lml, const char *name, int needstr, uint_t cycle)
{
	if (DBG_NOTCLASS(DBG_C_UNUSED))
		return;

	if (needstr)
		dbg_print(lml, MSG_INTL(MSG_USD_NEEDSTR), name);
	else if (cycle)
		dbg_print(lml, MSG_INTL(MSG_USD_FILECYCLIC), name, cycle);
	else
		dbg_print(lml, MSG_INTL(MSG_USD_FILE), name);
}

void
Dbg_unused_path(Lm_list *lml, const char *path, uint_t orig, uint_t dup,
    const char *obj)
{
	const char	*fmt;

	if (DBG_NOTCLASS(DBG_C_UNUSED))
		return;
	if (DBG_NOTDETAIL())
		return;

	if (orig & LA_SER_LIBPATH) {
		if (orig & LA_SER_CONFIG) {
			if (dup)
				fmt = MSG_INTL(MSG_DUP_LDLIBPATHC);
			else
				fmt = MSG_INTL(MSG_USD_LDLIBPATHC);
		} else {
			if (dup)
				fmt = MSG_INTL(MSG_DUP_LDLIBPATH);
			else
				fmt = MSG_INTL(MSG_USD_LDLIBPATH);
		}
	} else if (orig & LA_SER_RUNPATH) {
		fmt = MSG_INTL(MSG_USD_RUNPATH);
	} else
		return;

	dbg_print(lml, fmt, path, obj);
}
/*
 * CDDL HEADER START
 *
 * The contents of this file are subject to the terms of the
 * Common Development and Distribution License (the "License").
 * You may not use this file except in compliance with the License.
 *
 * You can obtain a copy of the license at usr/src/OPENSOLARIS.LICENSE
 * or http://www.opensolaris.org/os/licensing.
 * See the License for the specific language governing permissions
 * and limitations under the License.
 *
 * When distributing Covered Code, include this CDDL HEADER in each
 * file and include the License file at usr/src/OPENSOLARIS.LICENSE.
 * If applicable, add the following below this CDDL HEADER, with the
 * fields enclosed by brackets "[]" replaced with your own identifying
 * information: Portions Copyright [yyyy] [name of copyright owner]
 *
 * CDDL HEADER END
 */

/*
 * Copyright 2009 Sun Microsystems, Inc.  All rights reserved.
 * Use is subject to license terms.
 *
 * Copyright 2018 Jason King
 */

#include	"msg.h"
#include	"_debug.h"
#include	"libld.h"

/*
 * If any run-time linker debugging is being carried out always indicate the
 * fact and specify the point at which we transfer control to the main program.
 */
void
Dbg_util_call_main(Rt_map *lmp)
{
	Lm_list	*lml = LIST(lmp);

	Dbg_util_nl(lml, DBG_NL_FRC);
	dbg_print(lml, MSG_INTL(MSG_UTL_TRANS), NAME(lmp));
	Dbg_util_nl(lml, DBG_NL_FRC);
}

void
Dbg_util_call_init(Rt_map *lmp, int flag)
{
	Lm_list		*lml = LIST(lmp);
	const char	*str;

	if (DBG_NOTCLASS(DBG_C_INIT))
		return;

	if (flag == DBG_INIT_SORT)
		str = MSG_INTL(MSG_UTL_SORT);
	else if (flag == DBG_INIT_PEND)
		str = MSG_INTL(MSG_UTL_PEND);
	else if (flag == DBG_INIT_DYN)
		str = MSG_INTL(MSG_UTL_DYN);
	else
		str = MSG_INTL(MSG_UTL_DONE);

	Dbg_util_nl(lml, DBG_NL_STD);
	dbg_print(lml, MSG_INTL(MSG_UTL_INIT), str, NAME(lmp));
	Dbg_util_nl(lml, DBG_NL_STD);
}

void
Dbg_util_intoolate(Rt_map *lmp)
{
	Lm_list	*lml = LIST(lmp);

	Dbg_util_nl(lml, DBG_NL_STD);
	dbg_print(lml, MSG_INTL(MSG_UTL_INTOOLATE), NAME(lmp));
	Dbg_util_nl(lml, DBG_NL_STD);
}

void
Dbg_util_dbnotify(Lm_list *lml, rd_event_e event, r_state_e state)
{
	const char	*estr;
	const char	*sstr;

	if (DBG_NOTCLASS(DBG_C_FILES))
		return;
	if (DBG_NOTDETAIL())
		return;

	switch (event) {
	case RD_PREINIT:
		estr = MSG_ORIG(MSG_UTL_EVNT_PREINIT);
		sstr = MSG_INTL(MSG_STR_NULL);
		break;
	case RD_POSTINIT:
		estr = MSG_ORIG(MSG_UTL_EVNT_POSTINIT);
		sstr = MSG_INTL(MSG_STR_NULL);
		break;
	case RD_DLACTIVITY:
		estr = MSG_ORIG(MSG_UTL_EVNT_DLACT);
		switch (state) {
		case RT_CONSISTENT:
			sstr = MSG_ORIG(MSG_UTL_STA_CONSIST);
			break;
		case RT_ADD:
			sstr = MSG_ORIG(MSG_UTL_STA_ADD);
			break;
		case RT_DELETE:
			sstr = MSG_ORIG(MSG_UTL_STA_DELETE);
			break;
		default:
			sstr = MSG_INTL(MSG_STR_NULL);
			break;
		}
		break;
	default:
		sstr = MSG_INTL(MSG_STR_NULL);
		estr = MSG_INTL(MSG_STR_UNKNOWN);
		break;
	}

	Dbg_util_nl(lml, DBG_NL_STD);
	dbg_print(lml, MSG_INTL(MSG_UTL_DBNOTIFY), estr, sstr);
	Dbg_util_nl(lml, DBG_NL_STD);
}

void
Dbg_util_call_array(Rt_map *lmp, void *addr, int ndx, Word shtype)
{
	Lm_list		*lml = LIST(lmp);
	const char	*str;

	if (DBG_NOTCLASS(DBG_C_INIT))
		return;

	if (shtype == SHT_INIT_ARRAY)
		str = MSG_ORIG(MSG_SCN_INITARRAY);
	else if (shtype == SHT_FINI_ARRAY)
		str = MSG_ORIG(MSG_SCN_FINIARRAY);
	else
		str = MSG_ORIG(MSG_SCN_PREINITARRAY);

	dbg_print(lml, MSG_INTL(MSG_UTL_ARRAY), str, ndx, EC_NATPTR(addr),
	    NAME(lmp));
}

void
Dbg_util_call_fini(Rt_map *lmp)
{
	Lm_list	*lml = LIST(lmp);

	if (DBG_NOTCLASS(DBG_C_INIT))
		return;

	Dbg_util_nl(lml, DBG_NL_STD);
	dbg_print(lml, MSG_INTL(MSG_UTL_FINI), NAME(lmp));
	Dbg_util_nl(lml, DBG_NL_STD);
}

void
Dbg_util_str(Lm_list *lml, const char *str)
{
	Dbg_util_nl(lml, DBG_NL_STD);
	Dbg_util_nl(lml, DBG_NL_FRC);
	dbg_print(lml, MSG_ORIG(MSG_FMT_STR), str);
	Dbg_util_nl(lml, DBG_NL_FRC);
	Dbg_util_nl(lml, DBG_NL_STD);
}

void
Dbg_util_scc_title(Lm_list *lml, int sec)
{
	const char	*_sec;

	if (DBG_NOTCLASS(DBG_C_INIT))
		return;
	if (DBG_NOTDETAIL())
		return;

	if (sec)
		_sec = MSG_INTL(MSG_UTL_SCC_SUBI);
	else
		_sec = MSG_INTL(MSG_UTL_SCC_SUBF);

	Dbg_util_nl(lml, DBG_NL_STD);
	dbg_print(lml, MSG_INTL(MSG_UTL_SCC_TITLE), _sec);
}

void
Dbg_util_scc_entry(Rt_map *lmp, uint_t idx)
{
	if (DBG_NOTCLASS(DBG_C_INIT))
		return;
	if (DBG_NOTDETAIL())
		return;

	dbg_print(LIST(lmp), MSG_ORIG(MSG_UTL_SCC_ENTRY), idx, NAME(lmp));
}

static	int ectoggle = 0;

void
Dbg_util_edge_in(Lm_list *lml, Rt_map *clmp, uint_t flags, Rt_map *dlmp,
    int ndx, int flag)
{
	Conv_bnd_type_buf_t	bnd_type_buf;
	const char		*str;

	if (DBG_NOTCLASS(DBG_C_INIT))
		return;
	if (DBG_NOTDETAIL())
		return;

	if (flag & RT_SORT_REV)
		str = MSG_ORIG(MSG_SCN_INIT);
	else
		str = MSG_ORIG(MSG_SCN_FINI);

	if ((clmp == 0) || (ectoggle == 0))
		Dbg_util_nl(lml, DBG_NL_STD);
	if (clmp == 0) {
		if (flag & RT_SORT_INTPOSE)
			dbg_print(lml, MSG_INTL(MSG_UTL_EDGE_TITLE_I), str);
		else
			dbg_print(lml, MSG_INTL(MSG_UTL_EDGE_TITLE_S), str);

		dbg_print(lml, MSG_INTL(MSG_UTL_EDGE_START), ndx, NAME(dlmp));
	} else
		dbg_print(lml, MSG_INTL(MSG_UTL_EDGE_IN), ndx, NAME(dlmp),
		    NAME(clmp), conv_bnd_type(flags, &bnd_type_buf));

	ectoggle = 1;
}

void
Dbg_util_edge_out(Rt_map *clmp, Rt_map *dlmp)
{
	if (DBG_NOTCLASS(DBG_C_INIT))
		return;
	if (DBG_NOTDETAIL())
		return;

	dbg_print(LIST(clmp), MSG_INTL(MSG_UTL_EDGE_OUT), SORTVAL(clmp),
	    NAME(clmp), NAME(dlmp));
}

void
Dbg_util_collect(Rt_map *lmp, int ndx, int flag)
{
	Lm_list		*lml = LIST(lmp);
	const char	*str;

	if (DBG_NOTCLASS(DBG_C_INIT))
		return;
	if (DBG_NOTDETAIL())
		return;

	if (flag & RT_SORT_REV)
		str = MSG_ORIG(MSG_SCN_INIT);
	else
		str = MSG_ORIG(MSG_SCN_FINI);

	if (ectoggle == 1) {
		Dbg_util_nl(lml, DBG_NL_STD);
		ectoggle = 0;
	}
	dbg_print(lml, MSG_INTL(MSG_UTL_COLLECT), ndx, NAME(lmp), str);
}

static const Msg	tags[] = {
	MSG_CI_NULL,		/* MSG_ORIG(MSG_CI_NULL) */
	MSG_CI_VERSION,		/* MSG_ORIG(MSG_CI_VERSION) */
	MSG_CI_ATEXIT,		/* MSG_ORIG(MSG_CI_ATEXIT) */
	MSG_CI_LCMESSAGES,	/* MSG_ORIG(MSG_CI_LCMESSAGES) */
	MSG_CI_BIND_GUARD,	/* MSG_ORIG(MSG_CI_BIND_GUARD) */
	MSG_CI_BIND_CLEAR,	/* MSG_ORIG(MSG_CI_BIND_CLEAR) */
	MSG_CI_THR_SELF,	/* MSG_ORIG(MSG_CI_THR_SELF) */
	MSG_CI_TLS_MODADD,	/* MSG_ORIG(MSG_CI_TLS_MODADD) */
	MSG_CI_TLS_MODREM,	/* MSG_ORIG(MSG_CI_TLS_MODREM) */
	MSG_CI_TLS_STATMOD,	/* MSG_ORIG(MSG_CI_TLS_STATMOD) */
	MSG_CI_THRINIT,		/* MSG_ORIG(MSG_CI_THRINIT) */
	MSG_CI_CRITICAL		/* MSG_ORIG(MSG_CI_CRITICAL) */
};

void
Dbg_util_lcinterface(Rt_map *lmp, int tag, char *val)
{
	const char	*str;
	Conv_inv_buf_t	inv_buf;

	if (DBG_NOTDETAIL())
		return;

	if (tag < CI_MAX)
		str = MSG_ORIG(tags[tag]);
	else
		str = conv_invalid_val(&inv_buf, tag, 0);

	dbg_print(LIST(lmp), MSG_INTL(MSG_UTL_LCINTERFACE), NAME(lmp), str,
	    EC_NATPTR(val));
}

void
Dbg_unused_lcinterface(Rt_map *nlmp, Rt_map *olmp, int tag)
{
	const char	*str;
	Conv_inv_buf_t	inv_buf;

	if (DBG_NOTCLASS(DBG_C_UNUSED))
		return;

	if (tag < CI_MAX)
		str = MSG_ORIG(tags[tag]);
	else
		str = conv_invalid_val(&inv_buf, tag, 0);

	dbg_print(LIST(nlmp), MSG_INTL(MSG_USD_LCINTERFACE), NAME(nlmp), str,
	    NAME(olmp));
}

/*
 * Generic new line generator.  To prevent multiple newlines from being
 * generated, a flag is maintained in the global debug descriptor.  This flag
 * is cleared by the callers dbg_print() function to indicate that a newline
 * (actually, any line) has been printed.  Multiple newlines can be generated
 * using the DBG_NL_FRC flag.
 */
void
Dbg_util_nl(Lm_list *lml, int flag)
{
	if ((flag == DBG_NL_STD) && (dbg_desc->d_extra & DBG_E_STDNL))
		return;

	dbg_print(lml, MSG_ORIG(MSG_STR_EMPTY));

	if (flag == DBG_NL_STD)
		dbg_desc->d_extra |= DBG_E_STDNL;
}

/*
 * Define name demanglers.
 */
const char *
Dbg_demangle_name(const char *name)
{
	static char *buf = NULL;

	if (DBG_NOTCLASS(DBG_C_DEMANGLE))
		return (name);

	free(buf);
	buf = (char *)conv_demangle_name(name);
	if (buf == name) {
		buf = NULL;
		return (name);
	}

	return (buf);
}

const char *
Elf_demangle_name(const char *name)
{
	static char *buf = NULL;

	if (!DBG_ISDEMANGLE())
		return (name);

	free(buf);
	buf = (char *)conv_demangle_name(name);
	if (buf == name) {
		buf = NULL;
		return (name);
	}

	return (buf);
}
/*
 * CDDL HEADER START
 *
 * The contents of this file are subject to the terms of the
 * Common Development and Distribution License (the "License").
 * You may not use this file except in compliance with the License.
 *
 * You can obtain a copy of the license at usr/src/OPENSOLARIS.LICENSE
 * or http://www.opensolaris.org/os/licensing.
 * See the License for the specific language governing permissions
 * and limitations under the License.
 *
 * When distributing Covered Code, include this CDDL HEADER in each
 * file and include the License file at usr/src/OPENSOLARIS.LICENSE.
 * If applicable, add the following below this CDDL HEADER, with the
 * fields enclosed by brackets "[]" replaced with your own identifying
 * information: Portions Copyright [yyyy] [name of copyright owner]
 *
 * CDDL HEADER END
 */

/*
 * Copyright 2010 Sun Microsystems, Inc.  All rights reserved.
 * Use is subject to license terms.
 */

#include	<stdio.h>
#include	<debug.h>
#include	"msg.h"
#include	"_debug.h"

void
Dbg_ver_avail_title(Lm_list *lml, const char *file)
{
	if (DBG_NOTCLASS(DBG_C_VERSIONS))
		return;

	Dbg_util_nl(lml, DBG_NL_STD);
	dbg_print(lml, MSG_INTL(MSG_VER_AVAIL_1), file);
	dbg_print(lml, MSG_INTL(MSG_VER_AVAIL_2));
}

void
Dbg_ver_def_title(Lm_list *lml, const char *file)
{
	if (DBG_NOTCLASS(DBG_C_VERSIONS))
		return;

	Dbg_util_nl(lml, DBG_NL_STD);
	dbg_print(lml, MSG_INTL(MSG_VER_DEF_TITLE), file);
	Elf_ver_def_title(lml);
}

void
Dbg_ver_need_title(Lm_list *lml, const char *file)
{
	if (DBG_NOTCLASS(DBG_C_VERSIONS))
		return;

	Dbg_util_nl(lml, DBG_NL_STD);
	dbg_print(lml, MSG_INTL(MSG_VER_NEED_TITLE), file);
	Elf_ver_need_title(lml, 0);
}

void
Dbg_ver_need_entry(Lm_list *lml, Half cnt, const char *file,
    const char *version)
{
	if (DBG_NOTCLASS(DBG_C_VERSIONS))
		return;

	if (cnt)
		Elf_ver_line_4(lml, version);
	else
		Elf_ver_line_5(lml, file, version);
}

void
Dbg_ver_symbol(Lm_list *lml, const char *name)
{
	static Boolean	ver_symbol_title = TRUE;

	if (DBG_NOTCLASS(DBG_C_VERSIONS | DBG_C_SYMBOLS))
		return;

	if (DBG_NOTCLASS(DBG_C_VERSIONS))
		if (ver_symbol_title) {
			ver_symbol_title = FALSE;
			Dbg_util_nl(lml, DBG_NL_STD);
			dbg_print(lml, MSG_INTL(MSG_SYM_VERSION));
		}

	Dbg_syms_created(lml, name);
}

/*
 * This function doesn't test for any specific debugging category, thus it will
 * be generated for any debugging family.
 */
void
Dbg_ver_nointerface(Lm_list *lml, const char *name)
{
	Dbg_util_nl(lml, DBG_NL_STD);
	dbg_print(lml, MSG_INTL(MSG_VER_NOINTERFACE), name);
	Dbg_util_nl(lml, DBG_NL_STD);
}

void
Dbg_ver_desc_entry(Lm_list *lml, Ver_desc *vdp)
{
	Conv_ver_flags_buf_t	ver_flags_buf;
	const char		*dep;
	Ver_desc		*_vdp, *__vdp;
	Aliste 			idx;
	char			index[10];

	if (DBG_NOTCLASS(DBG_C_VERSIONS))
		return;

	if (vdp->vd_deps) {
		_vdp = (Ver_desc *)vdp->vd_deps->apl_data[0];
		dep = _vdp->vd_name;
	} else {
		_vdp = 0;
		dep = MSG_ORIG(MSG_STR_EMPTY);
	}
	(void) sprintf(index, MSG_ORIG(MSG_FMT_INDEX), vdp->vd_ndx);
	Elf_ver_line_1(lml, index, vdp->vd_name, dep,
	    conv_ver_flags(vdp->vd_flags, 0, &ver_flags_buf));

	/*
	 * Loop through the dependency list in case there are more that one
	 * dependency.
	 */
	for (APLIST_TRAVERSE(vdp->vd_deps, idx, __vdp)) {
		if (_vdp == __vdp)
			continue;
		Elf_ver_line_4(lml, __vdp->vd_name);
	}
}

void
Dbg_ver_avail_entry(Lm_list *lml, Ver_index *vip, const char *select)
{
	if (DBG_NOTCLASS(DBG_C_VERSIONS))
		return;

	if (select) {
		if (DBG_NOTLONG())
			dbg_print(lml, MSG_ORIG(MSG_VER_SELECTED),
			    vip->vi_name, select);
		else
			dbg_print(lml, MSG_ORIG(MSG_VER_L_SELECTED),
			    vip->vi_name, select);
	} else {
		if (DBG_NOTLONG())
			dbg_print(lml, MSG_ORIG(MSG_VER_ALL), vip->vi_name);
		else
			dbg_print(lml, MSG_ORIG(MSG_VER_L_ALL), vip->vi_name);
	}
}

void
Elf_ver_def_title(Lm_list *lml)
{
	dbg_print(lml, MSG_INTL(MSG_VER_DEF));
}

/*
 * entry:
 *	gnuver - If True (non-zero), the version rules used by the
 *		GNU ld are assumed. If False (0), Solaris ld rules apply.
 */
void
Elf_ver_need_title(Lm_list *lml, int gnuver)
{
	if (gnuver)
		dbg_print(lml, MSG_INTL(MSG_VER_NEED_GNUVER));
	else
		dbg_print(lml, MSG_INTL(MSG_VER_NEED));
}

void
Elf_ver_line_1(Lm_list *lml, const char *index, const char *name,
    const char *dep, const char *flags)
{
	if (DBG_NOTLONG())
		dbg_print(lml, MSG_INTL(MSG_VER_LINE_1), index, name,
		    dep, flags);
	else
		dbg_print(lml, MSG_INTL(MSG_VER_LLINE_1), index, name,
		    dep, flags);
}

void
Elf_ver_line_2(Lm_list *lml, const char *name, const char *dep)
{
	dbg_print(lml, MSG_INTL(MSG_VER_LINE_2), name, dep);
}

void
Elf_ver_line_3(Lm_list *lml, const char *name, const char *dep,
    const char *flags)
{
	dbg_print(lml, MSG_INTL(MSG_VER_LINE_3), name, dep, flags);
}

void
Elf_ver_line_4(Lm_list *lml, const char *version)
{
	dbg_print(lml, MSG_INTL(MSG_VER_LINE_4), version);
}

void
Elf_ver_line_5(Lm_list *lml, const char *file, const char *version)
{
	if (DBG_NOTLONG())
		dbg_print(lml, MSG_INTL(MSG_VER_LINE_5), file, version);
	else
		dbg_print(lml, MSG_INTL(MSG_VER_LLINE_5), file, version);
}

/*
 * Called after final call to Dbg_ver_need() to inject final newline.
 */
void
Dbg_ver_need_done(Lm_list *lml)
{
	if (DBG_NOTCLASS(DBG_C_VERSIONS))
		return;

	Dbg_util_nl(lml, DBG_NL_STD);
}