1 #!/sbin/sh
2 #
3 # CDDL HEADER START
4 #
5 # The contents of this file are subject to the terms of the
6 # Common Development and Distribution License (the "License").
7 # You may not use this file except in compliance with the License.
8 #
9 # You can obtain a copy of the license at usr/src/OPENSOLARIS.LICENSE
10 # or http://www.opensolaris.org/os/licensing.
11 # See the License for the specific language governing permissions
12 # and limitations under the License.
13 #
14 # When distributing Covered Code, include this CDDL HEADER in each
15 # file and include the License file at usr/src/OPENSOLARIS.LICENSE.
16 # If applicable, add the following below this CDDL HEADER, with the
17 # fields enclosed by brackets "[]" replaced with your own identifying
18 # information: Portions Copyright [yyyy] [name of copyright owner]
19 #
20 # CDDL HEADER END
21 #
22 #
23 # Copyright (c) 2010, Oracle and/or its affiliates. All rights reserved.
24 #
25
26 . /lib/svc/share/smf_include.sh
27 . /lib/svc/share/net_include.sh
28
29 # FMRI consts
30 AUTOFS_FMRI="svc:/system/filesystem/autofs"
31 DNS_CLIENT_FMRI="svc:/network/dns/client"
32 IPSEC_IKE_FMRI="svc:/network/ipsec/ike"
33 IPSEC_POLICY_FMRI="svc:/network/ipsec/policy"
34 IPFILTER_FMRI="svc:/network/ipfilter:default"
35 LDAP_CLIENT_FMRI="svc:/network/ldap/client"
36 LOCATION_FMRI="svc:/network/location:default"
37 MAPID_FMRI="svc:/network/nfs/mapid:default"
38 NIS_CLIENT_FMRI="svc:/network/nis/client"
39 NWAM_FMRI="svc:/network/physical:nwam"
40
41 # commands
42 CP=/usr/bin/cp
43 DHCPINFO=/sbin/dhcpinfo
44 DOMAINNAME=/usr/bin/domainname
45 GREP=/usr/bin/grep
46 LDAPCLIENT=/usr/sbin/ldapclient
47 MKDIR=/usr/bin/mkdir
48 MV=/usr/bin/mv
49 NAWK=/usr/bin/nawk
50 NWAMADM=/usr/sbin/nwamadm
51 NWAMCFG=/usr/sbin/nwamcfg
52 RM=/usr/bin/rm
53 SED=/usr/bin/sed
54 SVCADM=/usr/sbin/svcadm
55 SVCCFG=/usr/sbin/svccfg
56 SVCPROP=/usr/bin/svcprop
57 TOUCH=/usr/bin/touch
58
59 # Path to directories
60 ETC_DEFAULT_DOMAIN=/etc/defaultdomain
61 NIS_BIND_PATH=/var/yp/binding
62 LEGACY_LOC_PATH=/etc/nwam/loc/Legacy
63 USER_LOC_PATH=/etc/nwam/loc/User
64 SCRIPT_PATH=/etc/svc/volatile/nwam
65
66 #
67 # echoes DHCP controlled interfaces separated by commas
68 #
69 # Don't parse the output of ifconfig(1M) because interfaces that haven't
70 # acquired a DHCP lease also have the DHCP flag set.
71 #
72 get_dhcp_interfaces () {
73 #
74 # 1. parse netstat(1M) output for v4 interfaces in BOUND
75 # or INFORMATION state
76 # 2. make a space-separated list of interface names
77 #
78 netstat -D -f inet | $NAWK '
79 $2 ~ /BOUND/ { printf "%s ", $1 }
80 $2 ~ /INFORMATION/ { printf "%s ", $1 }'
81 }
82
83 #
84 # get_dhcpinfo <code/identifier>
85 #
86 # echoes the value received through each interface controlled by DHCP;
87 # multiple values are echoed as a space-separated list
88 #
89 # returns:
90 # 0 => property is set
91 # 1 => property is not set
92 #
93 get_dhcpinfo () {
94 code=$1
95
96 # Get all interfaces with DHCP control, IFS is " "
97 interfaces=`get_dhcp_interfaces`
98
99 info=""
100 for intf in $interfaces; do
101 val=`$DHCPINFO -i $intf $code`
102 if [ $? -eq 0 ]; then
103 if [ "$info" = "" ]; then
104 info="$val"
105 else
106 info="$info $val"
107 fi
108 fi
109 done
110 echo $info
111 }
112
113 #
114 # set_smf_prop <fmri> <property name> <property value>
115 #
116 set_smf_prop () {
117 $SVCCFG -s $1 setprop $2 = astring: "$3" && return
118 }
119
120 #
121 # refresh_svc <fmri>
122 #
123 # Refreshes the service.
124 #
125 refresh_svc () {
126 $SVCADM refresh $1
127 }
128
129 #
130 # restart_svc <fmri>
131 #
132 # Restarts the service.
133 #
134 restart_svc () {
135 $SVCADM restart $1
136 }
137
138 #
139 # start_svc <fmri>
140 #
141 # Starts the service. If the service is already enabled, restarts it. If
142 # it is not enabled, temporarily enables it.
143 #
144 start_svc () {
145 if service_is_enabled $1; then
146 $SVCADM restart $1
147 else
148 $SVCADM enable -t $1
149 fi
150 }
151
152 #
153 # stop_svc <fmri>
154 #
155 # Temporarily disables the service.
156 #
157 stop_svc () {
158 $SVCADM disable -t $1
159 }
160
161 #
162 # copy_default <dir> <file>
163 #
164 # Copies <dir>/<file>.dfl to <dir>/<file>
165 #
166 copy_default () {
167 $CP -p $1/$2.dfl $1/$2
168 }
169
170 #
171 # do_dns <location>
172 #
173 # Installs DNS information on /etc/resolv.conf for location
174 #
175 # Returns 0 on success, 1 on failure
176 #
177 do_dns () {
178 loc=$1
179 file=/etc/resolv.conf
180
181 # Write out to temporary file first
182 $TOUCH $file.$$
183
184 DNS_CONFIGSRC=`nwam_get_loc_list_prop $loc dns-nameservice-configsrc`
185 if [ -z "$DNS_CONFIGSRC" ]; then
186 echo "missing 'dns-nameservice-configsrc' property for '$loc'"
187 return 1
188 fi
189
190 for configsrc in $DNS_CONFIGSRC; do
191 case "$configsrc" in
192 'manual')
193 DNS_SERVERS=`nwam_get_loc_list_prop $loc \
194 dns-nameservice-servers`
195 if [ -z "$DNS_SERVERS" ]; then
196 echo "DNS nameserver not set for '$loc'"
197 return 1
198 fi
199 DNS_DOMAIN=`nwam_get_loc_prop $loc \
200 dns-nameservice-domain`
201 DNS_SEARCH=`nwam_get_loc_list_prop $loc \
202 dns-nameservice-search`
203 ;;
204 'dhcp')
205 DNS_SEARCH=`get_dhcpinfo DNSdmain`
206 DNS_SERVERS=`get_dhcpinfo DNSserv`
207 # Use first search list entry as default domain
208 set -- $DNS_SEARCH
209 DNS_DOMAIN=$1
210 ;;
211 '*')
212 echo "Unrecognized DNS configsrc ${configsrc}; ignoring"
213 ;;
214 esac
215
216 # Write DNS settings
217 if [ -n "$DNS_DOMAIN" ]; then
218 echo "$DNS_DOMAIN" | $NAWK \
219 '{ for (i = 1; i <= NF; i++) \
220 print "domain ", $i }' >> $file.$$
221 fi
222 if [ -n "$DNS_SEARCH" ]; then
223 echo "$DNS_SEARCH" | $NAWK \
224 '{ printf("search"); \
225 for (i = 1; i <= NF; i++) printf(" %s", $i); \
226 printf("\n") }' >> $file.$$
227 fi
228 if [ -n "$DNS_SERVERS" ]; then
229 echo "$DNS_SERVERS" | $NAWK \
230 '{ for (i = 1; i <= NF; i++) \
231 print "nameserver ", $i }' >> $file.$$
232 fi
233 done
234
235 # Finally, copy our working version to the real thing
236 $MV -f $file.$$ $file
237 start_svc $DNS_CLIENT_FMRI
238
239 return 0
240 }
241
242 #
243 # do_nis <location>
244 #
245 # Installs NIS information on /var/yp/binding/ for location
246 #
247 # Returns 0 on success, 1 on failure
248 #
249 do_nis () {
250 loc=$1
251
252 NIS_CONFIGSRC=`nwam_get_loc_list_prop $loc nis-nameservice-configsrc`
253 if [ -z "$NIS_CONFIGSRC" ]; then
254 echo "missing 'nis-nameservice-configsrc' property for '$loc'"
255 return 1
256 fi
257
258 for configsrc in $NIS_CONFIGSRC; do
259 case "$configsrc" in
260 'manual')
261 NIS_SERVERS=`nwam_get_loc_list_prop $loc \
262 nis-nameservice-servers`
263 DEFAULT_DOMAIN=`nwam_get_loc_prop $loc default-domain`
264 # user-specified default-domain always wins
265 if [ -n "$DEFAULT_DOMAIN" ]; then
266 $DOMAINNAME $DEFAULT_DOMAIN
267 $DOMAINNAME > $ETC_DEFAULT_DOMAIN
268 else
269 echo "'domainname' not set for '$loc'"
270 return 1
271 fi
272 ;;
273 'dhcp')
274 # Use only the first name
275 DEFAULT_DOMAIN=`get_dhcpinfo NISdmain | \
276 $NAWK '{ print $1 }'`
277 NIS_SERVERS=`get_dhcpinfo NISservs`
278 $DOMAINNAME $DEFAULT_DOMAIN
279 $DOMAINNAME > $ETC_DEFAULT_DOMAIN
280 ;;
281 '*')
282 echo "Unrecognized NIS configsrc ${configsrc}; ignoring"
283 ;;
284 esac
285
286 # Place NIS settings in appropriate directory/file.
287 if [ ! -d "$NIS_BIND_PATH/$DEFAULT_DOMAIN" ]; then
288 $MKDIR -p $NIS_BIND_PATH/$DEFAULT_DOMAIN
289 fi
290 if [ -n "$NIS_SERVERS" ]; then
291 echo "$NIS_SERVERS" | $NAWK \
292 '{ for (i = 1; i <= NF; i++) print $i }' \
293 > $NIS_BIND_PATH/$DEFAULT_DOMAIN/ypservers
294 fi
295 done
296
297 start_svc $NIS_CLIENT_FMRI
298
299 return 0
300 }
301
302 #
303 # do_ldap <location>
304 #
305 # Installs LDAP information using ldapclient(1M) for location
306 #
307 # Returns 0 on success, 1 on failure
308 #
309 do_ldap () {
310 loc=$1
311
312 LDAP_CONFIGSRC=`nwam_get_loc_list_prop $loc ldap-nameservice-configsrc`
313 if [ -z "$LDAP_CONFIGSRC" ]; then
314 echo "missing 'ldap-nameservice-configsrc' property for '$loc'"
315 return 1
316 fi
317
318 for configsrc in $LDAP_CONFIGSRC; do
319 case "$configsrc" in
320 'manual')
321 LDAP_SERVERS=`nwam_get_loc_list_prop $loc \
322 ldap-nameservice-servers`
323 DEFAULT_DOMAIN=`nwam_get_loc_prop $loc default-domain`
324 if [ -z $LDAP_SERVERS -o -z $DEFAULT_DOMAIN ]; then
325 echo "LDAP configuration could not be set "\
326 "for '$loc'"
327 return 1
328 fi
329 $DOMAINNAME $DEFAULT_DOMAIN
330 $DOMAINNAME > $ETC_DEFAULT_DOMAIN
331 ;;
332 '*')
333 echo "Invalid LDAP configsrc ${configsrc}; ignoring"
334 ;;
335 esac
336
337 # Use ldapclient(1M) to initialize LDAP client settings.
338 if [ -n "$DEFAULT_DOMAIN" -o -n "$LDAP_SERVERS" ]; then
339 $LDAPCLIENT init -a domainName=$DEFAULT_DOMAIN \
340 $LDAP_SERVERS
341 fi
342 done
343
344 start_svc $LDAP_CLIENT_FMRI
345
346 return 0
347 }
348
349 #
350 # do_ns <location>
351 #
352 # Installs different nameservices for location
353 #
354 # Returns 0 on success, 1 on failure
355 #
356 do_ns () {
357 loc=$1
358
359 #
360 # Disable nameservices temporarily while we reconfigure. Copy
361 # /etc/nsswitch.files to /etc/nsswitch.conf first so that only "files"
362 # are used.
363 #
364 $CP -p /etc/nsswitch.files /etc/nsswitch.conf
365 stop_svc $DNS_CLIENT_FMRI
366 stop_svc $NIS_CLIENT_FMRI
367 stop_svc $LDAP_CLIENT_FMRI
368
369 #
370 # Remove /etc/defaultdomain and unset domainname(1M). If NIS
371 # and/or LDAP is configured, they will create /etc/defaultdomain
372 # and set the domainname(1M).
373 #
374 $RM -f $ETC_DEFAULT_DOMAIN
375 $DOMAINNAME " "
376
377 NAMESERVICES=`nwam_get_loc_list_prop $loc nameservices`
378 if [ -z "$NAMESERVICES" ]; then
379 echo "missing 'nameservices' property for location '$loc'"
380 return 1
381 fi
382
383 NAMESERVICES_CONFIG_FILE=`nwam_get_loc_prop \
384 $loc nameservices-config-file`
385 if [ -z "$NAMESERVICES_CONFIG_FILE" ]; then
386 echo "missing 'nameservices-config-file' property for '$loc'"
387 return 1
388 fi
389 $CP -p $NAMESERVICES_CONFIG_FILE /etc/nsswitch.conf
390
391 for ns in $NAMESERVICES; do
392 case "$ns" in
393 'files')
394 # no additional setup needed for files nameservice
395 ;;
396 'dns')
397 do_dns $loc || return 1
398 ;;
399 'nis')
400 do_nis $loc || return 1
401 ;;
402 'ldap')
403 do_ldap $loc || return 1
404 ;;
405 '*')
406 echo "Unrecognized nameservices value ${ns}; ignoring"
407 ;;
408 esac
409 done
410
411 #
412 # Restart other related services
413 #
414 # We explicitly restart here, as restart will only have an
415 # effect if the service is already enabled. We don't want
416 # to enable the service if it's currently disabled.
417 #
418 restart_svc $AUTOFS_FMRI
419
420 return 0
421 }
422
423 #
424 # do_sec <location>
425 #
426 # If config properties are set, update the SMF property and refresh the
427 # service. If config properties are not set, delete the SMF property and
428 # stop the service.
429 #
430 # Returns 0 on success, 1 on failure
431 #
432 do_sec () {
433 loc=$1
434
435 ike_file=`nwam_get_loc_prop $loc ike-config-file`
436 pol_file=`nwam_get_loc_prop $loc ipsecpolicy-config-file`
437 ipf_file=`nwam_get_loc_prop $loc ipfilter-config-file`
438 ipf6_file=`nwam_get_loc_prop $loc ipfilter-v6-config-file`
439 ipnat_file=`nwam_get_loc_prop $loc ipnat-config-file`
440 ippool_file=`nwam_get_loc_prop $loc ippool-config-file`
441
442 # IKE
443 if [ -n "$ike_file" ]; then
444 set_smf_prop $IPSEC_IKE_FMRI config/config_file $ike_file
445 refresh_svc $IPSEC_IKE_FMRI
446 start_svc $IPSEC_IKE_FMRI
447 else
448 stop_svc $IPSEC_IKE_FMRI
449 fi
450
451 # IPsec
452 if [ -n "$pol_file" ]; then
453 set_smf_prop $IPSEC_POLICY_FMRI config/config_file $pol_file
454 refresh_svc $IPSEC_POLICY_FMRI
455 start_svc $IPSEC_POLICY_FMRI
456 else
457 stop_svc $IPSEC_POLICY_FMRI
458 fi
459
460 # IPFilter
461 refresh_ipf=false
462 if [ -n "$ipf_file" ]; then
463 if [ "$ipf_file" = "/none" ]; then
464 set_smf_prop $IPFILTER_FMRI \
465 firewall_config_default/policy "none"
466 elif [ "$ipf_file" = "/deny" ]; then
467 set_smf_prop $IPFILTER_FMRI \
468 firewall_config_default/policy "deny"
469 elif [ "$ipf_file" = "/allow" ]; then
470 set_smf_prop $IPFILTER_FMRI \
471 firewall_config_default/policy "allow"
472 else
473 # custom policy with policy file
474 set_smf_prop $IPFILTER_FMRI \
475 firewall_config_default/policy "custom"
476 set_smf_prop $IPFILTER_FMRI \
477 firewall_config_default/custom_policy_file $ipf_file
478 fi
479 refresh_ipf=true
480 else
481 # change policy to "none", no need to clear custom_policy_file
482 set_smf_prop $IPFILTER_FMRI firewall_config_default/policy \
483 "none"
484 # IPFilter has to be refreshed to make the changes effective.
485 # Don't set $refresh_ipf as it keeps IPFilter online rather
486 # than disabled. Refresh after IPFilter is disabled below.
487 fi
488 if [ -n "$ipf6_file" ]; then
489 set_smf_prop $IPFILTER_FMRI config/ipf6_config_file $ipf6_file
490 refresh_ipf=true
491 fi
492 if [ -n "$ipnat_file" ]; then
493 set_smf_prop $IPFILTER_FMRI config/ipnat_config_file $ipnat_file
494 refresh_ipf=true
495 fi
496 if [ -n "$ippool_file" ]; then
497 set_smf_prop $IPFILTER_FMRI config/ippool_config_file \
498 $ippool_file
499 refresh_ipf=true
500 fi
501
502 if [ "$refresh_ipf" = "true" ]; then
503 refresh_svc $IPFILTER_FMRI
504 start_svc $IPFILTER_FMRI
505 else
506 stop_svc $IPFILTER_FMRI
507 refresh_svc $IPFILTER_FMRI
508 fi
509
510 return 0
511 }
512
513 #
514 # do_nfsv4 <location>
515 #
516 # Updates NFSv4 domain for location in SMF
517 #
518 # Returns 0 on success, 1 on failure
519 #
520 do_nfsv4 () {
521 loc=$1
522
523 nfsv4domain=`nwam_get_loc_prop $loc nfsv4-domain`
524 if [ $? -eq 0 ]; then
525 set_smf_prop $MAPID_FMRI \
526 nfs-props/nfsmapid_domain $nfsv4domain
527 start_svc $MAPID_FMRI
528 else
529 stop_svc $MAPID_FMRI
530 fi
531
532 return 0
533 }
534
535 #
536 # activate_loc <location>
537 #
538 # Activates the given location
539 #
540 # Returns 0 on success, 1 on failure
541 #
542 activate_loc () {
543 loc=$1
544
545 echo activating $loc location
546
547 #
548 # if we fail to complete any part of the config,
549 # stop activation work and report failure.
550 #
551 do_sec $loc && do_ns $loc && do_nfsv4 $loc && return 0
552 return 1
553 }
554
555 #
556 # Script entry point
557 #
558 # Arguments to net-loc are
559 # method ('start' or 'refresh')
560
561 #
562 # If nwam is not enabled, do nothing and return OK.
563 #
564 service_is_enabled $NWAM_FMRI || exit $SMF_EXIT_OK
565
566 #
567 # In a shared-IP zone we need this service to be up, but all of the work
568 # it tries to do is irrelevant (and will actually lead to the service
569 # failing if we try to do it), so just bail out.
570 # In the global zone and exclusive-IP zones we proceed.
571 #
572 smf_configure_ip || exit $SMF_EXIT_OK
573
574 case "$1" in
575
576 'start')
577 #
578 # We need to create the default (NoNet and Automatic)
579 # locations, if they don't already exist. So: first check
580 # for the existence of each, and then run the appropriate
581 # nwamcfg script(s) as needed. Restart nwamd if a location is
582 # created, as it needs to read it in.
583 #
584 LOC_CREATED="false"
585 $NWAMCFG list loc Automatic >/dev/null 2>&1
586 if [ $? -eq 1 ]; then
587 $NWAMCFG -f /etc/nwam/loc/create_loc_auto
588 LOC_CREATED="true"
589 fi
590
591 $NWAMCFG list loc NoNet >/dev/null 2>&1
592 if [ $? -eq 1 ]; then
593 NONETPATH=/etc/nwam/loc/NoNet
594 NONETFILES="ipf.conf ipf6.conf"
595 for file in $NONETFILES; do
596 copy_default $NONETPATH $file
597 done
598 $NWAMCFG -f /etc/nwam/loc/create_loc_nonet
599 LOC_CREATED="true"
600 fi
601
602 if [ "$LOC_CREATED" = "true" ]; then
603 refresh_svc $NWAM_FMRI
604 fi
605
606 # location selection/activation happens below
607 ;;
608
609 'refresh')
610
611 # location selection/activation happens below
612 ;;
613
614 *)
615 echo "Usage: $0 start|refresh"
616 exit 1
617 ;;
618
619 esac
620
621 #
622 # If the Legacy location doesn't exist and the file to create the Legacy
623 # location exists, create the Legacy location. Make a copy of it as the user's
624 # intentions before upgrade. Then activate the User location if nis is
625 # involved. Because NIS affects more parts of the system (e.g. automounts) we
626 # are not willing to make NIS part of the Automatic location (i.e. enable it
627 # automatically based on external input) as we do with DHCP-driven DNS.
628 #
629 activate_user_loc=0
630 $NWAMCFG list loc Legacy >/dev/null 2>&1
631 if [ $? -eq 1 -a -f "$SCRIPT_PATH/create_loc_legacy" ]; then
632 #
633 # We built the script in and pointing to /etc/svc/volatile because we
634 # may not have a writable filesystem in net-nwam. So here we move the
635 # components and rewrite the script to point at the writable filesystem.
636 #
637 $CP -r $SCRIPT_PATH/Legacy /etc/nwam/loc
638 $MV $SCRIPT_PATH/create_loc_legacy $SCRIPT_PATH/vcreate_loc_legacy
639 $SED -e's,$SCRIPT_PATH/Legacy,$LEGACY_LOC_PATH,' \
640 $SCRIPT_PATH/vcreate_loc_legacy >$SCRIPT_PATH/create_loc_legacy
641 $RM -f $SCRIPT_PATH/vcreate_loc_legacy
642 $NWAMCFG -f $SCRIPT_PATH/create_loc_legacy
643 loc_ver=`$SVCPROP -c -p location_upgrade/version $LOCATION_FMRI \
644 2>/dev/null`
645 if [ $? -eq 1 ]; then
646 #
647 # We are rewriting configuration variables from the Legacy
648 # location to the User location. Use variable ULP to keep REs
649 # within a line.
650 #
651 ULP=$USER_LOC_PATH
652 $SED -e's,Legacy,User,' \
653 -e's,activation-mode=system,activation-mode=manual,' \
654 -e"s,\(ipfilter-config-file=\).*/\(.*\),\1$ULP/\2," \
655 -e"s,\(ipfilter-v6-config-file=\).*/\(.*\),\1$ULP/\2," \
656 -e"s,\(ipnat-config-file=\).*/\(.*\),\1$ULP/\2," \
657 -e"s,\(ippool-config-file=\).*/\(.*\),\1$ULP/\2," \
658 -e"s,\(ike-config-file=\).*/\(.*\),\1$ULP/\2," \
659 -e"s,\(ipsecpolicy-config-file=\).*/\(.*\),\1$ULP/\2," \
660 $SCRIPT_PATH/create_loc_legacy | \
661 $SED -e's,/etc/nwam/loc/User/none,/none,' \
662 -e's,/etc/nwam/loc/User/allow,/allow,' \
663 -e's,/etc/nwam/loc/User/deny,/deny,' \
664 >$SCRIPT_PATH/create_loc_user
665 #
666 # We are creating the User location here. The User location
667 # is an appromixation of the machine configuration when the
668 # user change or upgraded to this version of NWAM. First
669 # we make sure there isn't an existing User location or any
670 # existing User location data. We then copy all the data
671 # from the Legacy location and create a location pointing at
672 # that data. Lastly we create a version property to note
673 # that we have done this.
674 #
675 $NWAMCFG destroy loc User 2>/dev/null
676 $RM -rf $USER_LOC_PATH
677 $CP -r $LEGACY_LOC_PATH $USER_LOC_PATH
678 $RM -f $USER_LOC_PATH/resolv.conf
679 $NWAMCFG -f $SCRIPT_PATH/create_loc_user
680 # The User location is activated if 'nis' is in a non comment
681 # line of nsswitch.conf.
682 $GREP -v "^#" $USER_LOC_PATH/nsswitch.conf |\
683 $SED -e 's/[^:]*://' | $GREP nis >/dev/null 2>&1
684 if [ $? -eq 0 ]; then
685 activate_user_loc=1
686 fi
687 $SVCCFG -s $SMF_FMRI addpg location_upgrade application \
688 2>/dev/null
689 $SVCCFG -s $SMF_FMRI setprop location_upgrade/version = \
690 astring: "1"
691 fi
692 fi
693
694 #
695 # Activate a location. If we've just finished upgrading, and
696 # the User location should be activated, do that (and use nwamadm
697 # to do so, so the enabled property gets set and nwamd knows this
698 # selection has been made). Otherwise, if our location/selected
699 # property has a value, we activate that location; else we activate
700 # the NoNet location as a default value.
701 #
702 if [ $activate_user_loc -eq 1 ]; then
703 $NWAMADM enable -p loc User
704 else
705 sel_loc=`$SVCPROP -c -p location/selected $SMF_FMRI 2>/dev/null`
706 if [ $? -eq 1 ]; then
707 # location hasn't been selected; default to NoNet
708 activate_loc NoNet
709 else
710 #
711 # If the selected location does not exist, or if we fail
712 # to activate it completely, we fall back to the NoNet
713 # location. Also poke nwamd, so it will check conditions
714 # for a better choice.
715 #
716 $NWAMCFG list loc $sel_loc >/dev/null 2>&1
717 if [ $? -eq 1 ]; then
718 echo "location '$sel_loc' doesn't exist"
719 activate_loc NoNet
720 refresh_svc $NWAM_FMRI
721 else
722 # activate selected location
723 if ! activate_loc $sel_loc; then
724 echo "failed to activate '$sel_loc'"
725 activate_loc NoNet
726 refresh_svc $NWAM_FMRI
727 fi
728 fi
729 fi
730 fi
731
732 exit $SMF_EXIT_OK