#
# 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, 2011, Oracle and/or its affiliates. All rights reserved.
#
#
# 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
STUB_OBJECT;
SYMBOL_VERSION SUNW_2.3 { # SunOS 5.11 (Solaris 11)
global:
SUNW_2.3; # Defined to create a non-weak version of SUNW_2.3.
} SUNW_2.2.2;
SYMBOL_VERSION SUNW_2.2.2 { # SunOS 5.10 (Solaris 10 Update 5)
global:
inet_aton { TYPE = FUNCTION; FILTER = libnsl.so.1 };
} SUNW_2.2.1;
SYMBOL_VERSION SUNW_2.2.1 { # SunOS 5.10 (Solaris 10 Update 4)
global:
res_ndestroy;
} SUNW_2.2;
SYMBOL_VERSION SUNW_2.2 { # SunOS 5.9 (Solaris 9)
global:
fp_resstat;
herror;
res_hostalias;
res_nclose;
res_ninit;
res_nmkquery;
res_nquery;
res_nquerydomain;
res_nsearch;
res_nsend;
res_nsendsigned;
} SUNW_2.1;
SYMBOL_VERSION SUNW_2.1 { # SunOS 5.6 (Solaris 2.6)
global:
dn_comp;
dn_expand;
__dn_skipname;
__fp_query;
_getlong;
_getshort;
h_errno {
FLAGS = NODIRECT;
FILTER = libnsl.so.1;
ASSERT {
TYPE=data;
SH_ATTR=nobits;
SIZE=4;
};
};
__hostalias;
hstrerror;
__p_cdname;
__p_class;
__p_query;
__p_time;
__p_type;
__putlong;
_res {
ASSERT {
TYPE=data;
SH_ATTR=nobits;
$if _ELF32
SIZE=0x200;
$elif _ELF64
SIZE=0x228;
$else
$error unknown ELFCLASS
$endif
};
};
res_init;
res_mkquery;
res_query;
res_querydomain;
res_search;
res_send;
res_update;
};
# There really should be only one SUNWprivate version.
# Don't add any more. Add new private symbols to SUNWprivate_2.2
SYMBOL_VERSION SUNWprivate_2.2 {
global:
isc_gethexstring;
isc_puthexstring;
__log_close_debug_channels;
__memactive;
p_sockun;
res_findzonecut2;
res_get_deferonfail;
res_get_retrans;
res_gethostbyname2;
res_getservers;
res_nametoclass;
res_nametotype;
res_nrandomid;
res_nopt;
res_set_deferonfail;
res_set_retrans;
res_setservers;
} SUNWprivate_2.1;
SYMBOL_VERSION SUNWprivate_2.1 {
global:
__assertion_failed { ASSERT { TYPE=data; SIZE=addrsize } };
assertion_type_to_text;
b64_ntop;
__b64_ntop;
b64_pton;
__b64_pton;
__ctl_client;
__ctl_command;
__ctl_endclient;
__ctl_endserver;
__ctl_getcsctx;
__ctl_response;
__ctl_sendhelp;
__ctl_server;
__ctl_setcsctx;
daemon;
dn_count_labels;
__dn_count_labels;
dn_skipname;
__dst_buffer_to_key;
__dst_check_algorithm;
__dst_dnskey_to_key;
__dst_free_key;
__dst_generate_key;
__dst_init;
__dst_key_to_buffer;
__dst_read_key;
__dst_s_calculate_bits;
__dst_s_dns_key_id;
__dst_s_get_int16;
__dst_s_id_calc;
__dst_sign_data;
__dst_s_put_int16;
__dst_s_verify_str;
dst_t_func {
ASSERT {
TYPE=data;
SH_ATTR=nobits;
SIZE=addrsize[158];
};
};
__dst_verify_data;
__dst_write_key;
__evAddTime;
__evCancelConn;
__evCancelRW;
__evClearTimer;
__evConnect;
__evConsIovec;
__evConsTime;
__evCreate;
__evDeselectFD;
__evDestroy;
__evDispatch;
__evDo;
__evGetNext;
__evHighestFD;
__evListen;
__evNowTime;
__evRead;
__evResetTimer;
__evSelectFD;
__evSetDebug;
__evSetTimer;
__evTimeVal;
__evUnwait;
__evWaitFor;
fp_nquery;
__fp_nquery;
fp_query;
__fp_resstat;
h_errlist { ASSERT { TYPE=data; SIZE=addrsize[5] } };
__h_errno;
__h_errno_set;
hostalias;
inet_cidr_ntop;
inet_cidr_pton;
inet_neta;
inet_net_ntop;
inet_net_pton;
inet_nsap_addr;
inet_nsap_ntoa;
__irs_destroy;
__ISC_res_freeupdrec;
__ISC_res_mkupdate;
__ISC_res_mkupdrec;
__ISC_res_nmkupdate;
__ISC_res_nupdate;
__ISC_res_update;
key_file_fmt_str { ASSERT { TYPE=data; SIZE=addrsize } };
loc_aton;
__loc_aton;
loc_ntoa;
__loc_ntoa;
__log_add_channel;
__log_category_is_active;
__log_check;
__log_close_stream;
__log_free_channel;
__log_free_context;
__log_get_channel_type;
__log_get_stream;
__log_inc_references;
__log_new_context;
__log_new_file_channel;
__log_new_null_channel;
__log_new_syslog_channel;
__log_open_stream;
__log_option;
__log_set_file_owner;
__log_vwrite;
__log_write;
__memget;
__memget_record;
__memput;
__memput_record;
__memstats;
__net_data_init;
__net_data_minimize;
__ns_datetosecs;
__ns_find_tsig;
_ns_flagdata { ASSERT { TYPE=data; SIZE=0x80 } };
__ns_format_ttl;
__ns_get16;
__ns_get32;
__ns_initparse;
__ns_makecanon;
__ns_msg_getflag;
__ns_name_compress;
__ns_name_eq;
__ns_name_labels;
__ns_name_length;
__ns_name_map;
__ns_name_ntol;
__ns_name_ntop;
__ns_name_owned;
__ns_name_pack;
__ns_name_pton;
__ns_name_rollback;
__ns_name_skip;
__ns_name_uncompress;
__ns_name_unpack;
__ns_newmsg_copy;
__ns_newmsg_done;
__ns_newmsg_flag;
__ns_newmsg_id;
__ns_newmsg_init;
__ns_newmsg_q;
__ns_newmsg_rr;
__ns_parserr;
__ns_parse_ttl;
__ns_parserr2;
__ns_put16;
__ns_put32;
__ns_rdata_equal;
__ns_rdata_refers;
__ns_rdata_unpack;
__ns_samedomain;
__ns_samename;
__ns_sign;
__ns_sign2;
__ns_sign_tcp;
__ns_sign_tcp2;
__ns_sign_tcp_init;
__ns_skiprr;
__ns_sprintrr;
__ns_sprintrrf;
__ns_verify;
__ns_verify_tcp;
__ns_verify_tcp_init;
p_cdname;
__p_cert_syms {
ASSERT {
TYPE=data;
$if _ELF32
SIZE=0x48;
$elif _ELF64
SIZE=0x90;
$else
$error unknown ELFCLASS
$endif
};
};
p_class;
__p_class_syms {
ASSERT {
TYPE=data;
$if _ELF32
SIZE=0x60;
$elif _ELF64
SIZE=0xc0;
$else
$error unknown ELFCLASS
$endif
};
};
p_fqnname;
__p_key_syms {
ASSERT {
TYPE=data;
$if _ELF32
SIZE=0x48;
$elif _ELF64
SIZE=0x90;
$else
$error unknown ELFCLASS
$endif
};
};
p_option;
__p_option;
p_query;
p_rcode;
p_secstodate;
__p_secstodate;
p_section;
__p_section;
p_time;
p_type;
__p_type_syms {
ASSERT {
TYPE=data;
$if _ELF32
SIZE=0x33c;
$elif _ELF64
SIZE=0x678;
$else
$error unknown ELFCLASS
$endif
};
};
putlong;
putshort;
__putshort;
res_close;
__res_disable_mt;
res_dnok;
__res_dnok;
__res_enable_mt;
res_endhostent;
res_findzonecut;
res_freehostent;
res_freeupdrec;
__res_get_h_errno;
res_gethostbyaddr;
res_gethostbyname;
res_gethostent;
res_getipnodebyaddr;
res_getipnodebyname;
__res_get_res;
res_hnok;
__res_hnok;
res_isourserver;
res_mailok;
__res_mailok;
res_mkupdate;
res_mkupdrec;
res_nameinquery;
__res_nameinquery;
res_nisourserver;
res_nmkupdate;
res_nupdate;
__res_no_hosts_fallback;
_res_opcodes { ASSERT { TYPE=data; SIZE=addrsize[16] } };
__res_override_retry;
res_ownok;
__res_ownok;
res_pquery;
res_queriesmatch;
__res_queriesmatch;
res_rndinit;
res_randomid;
__res_randomid;
res_sendsigned;
res_sethostent;
__res_set_no_hosts_fallback;
__res_state;
__res_unset_no_hosts_fallback;
set_assertion_failure_callback;
sym_ntop;
__sym_ntop;
sym_ntos;
__sym_ntos;
sym_ston;
__sym_ston;
__tree_add;
__tree_init;
__tree_mung;
__tree_srch;
__tree_trav;
local:
*;
};