3 Tables of information only used by server... */
6 * Copyright (c) 2004-2016 by Internet Systems Consortium, Inc. ("ISC")
7 * Copyright (c) 1995-2003 by Internet Software Consortium
9 * Permission to use, copy, modify, and distribute this software for any
10 * purpose with or without fee is hereby granted, provided that the above
11 * copyright notice and this permission notice appear in all copies.
13 * THE SOFTWARE IS PROVIDED "AS IS" AND ISC DISCLAIMS ALL WARRANTIES
14 * WITH REGARD TO THIS SOFTWARE INCLUDING ALL IMPLIED WARRANTIES OF
15 * MERCHANTABILITY AND FITNESS. IN NO EVENT SHALL ISC BE LIABLE FOR
16 * ANY SPECIAL, DIRECT, INDIRECT, OR CONSEQUENTIAL DAMAGES OR ANY DAMAGES
17 * WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, WHETHER IN AN
18 * ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, ARISING OUT
19 * OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS SOFTWARE.
21 * Internet Systems Consortium, Inc.
23 * Redwood City, CA 94063
25 * https://www.isc.org/
32 #if defined (FAILOVER_PROTOCOL)
34 /* This is used to indicate some kind of failure when generating a
36 failover_option_t null_failover_option
= { 0, 0 };
37 failover_option_t skip_failover_option
= { 0, 0 };
39 /* Information about failover options, for printing, encoding
41 struct failover_option_info ft_options
[] =
43 { 0, "unused", FT_UNDEF
, 0, 0, 0 },
44 { FTO_ADDRESSES_TRANSFERRED
, "addresses-transferred", FT_UINT32
, 1,
45 FM_OFFSET(addresses_transferred
), FTB_ADDRESSES_TRANSFERRED
},
46 { FTO_ASSIGNED_IP_ADDRESS
, "assigned-IP-address", FT_IPADDR
, 1,
47 FM_OFFSET(assigned_addr
), FTB_ASSIGNED_IP_ADDRESS
},
48 { FTO_BINDING_STATUS
, "binding-status", FT_UINT8
, 1,
49 FM_OFFSET(binding_status
), FTB_BINDING_STATUS
},
50 { FTO_CLIENT_IDENTIFIER
, "client-identifier", FT_BYTES
, 0,
51 FM_OFFSET(client_identifier
), FTB_CLIENT_IDENTIFIER
},
52 { FTO_CHADDR
, "client-hardware-address", FT_BYTES
, 0,
53 FM_OFFSET(chaddr
), FTB_CHADDR
},
54 { FTO_CLTT
, "client-last-transaction-time", FT_UINT32
, 1,
55 FM_OFFSET(cltt
), FTB_CLTT
},
56 { FTO_REPLY_OPTIONS
, "client-reply-options", FT_BYTES
, 0,
57 FM_OFFSET(reply_options
), FTB_REPLY_OPTIONS
},
58 { FTO_REQUEST_OPTIONS
, "client-request-options", FT_BYTES
, 0,
59 FM_OFFSET(request_options
), FTB_REQUEST_OPTIONS
},
60 { FTO_DDNS
, "DDNS", FT_DDNS
, 1, FM_OFFSET(ddns
), FTB_DDNS
},
61 { FTO_DELAYED_SERVICE
, "delayed-service", FT_UINT8
, 1,
62 FM_OFFSET(delayed_service
), FTB_DELAYED_SERVICE
},
63 { FTO_HBA
, "hash-bucket-assignment", FT_BYTES
, 0,
64 FM_OFFSET(hba
), FTB_HBA
},
65 { FTO_IP_FLAGS
, "IP-flags", FT_UINT16
, 1,
66 FM_OFFSET(ip_flags
), FTB_IP_FLAGS
},
67 { FTO_LEASE_EXPIRY
, "lease-expiration-time", FT_UINT32
, 1,
68 FM_OFFSET(expiry
), FTB_LEASE_EXPIRY
},
69 { FTO_MAX_UNACKED
, "max-unacked-bndupd", FT_UINT32
, 1,
70 FM_OFFSET(max_unacked
), FTB_MAX_UNACKED
},
71 { FTO_MCLT
, "MCLT", FT_UINT32
, 1, FM_OFFSET(mclt
), FTB_MCLT
},
72 { FTO_MESSAGE
, "message", FT_TEXT
, 0,
73 FM_OFFSET(message
), FTB_MESSAGE
},
74 { FTO_MESSAGE_DIGEST
, "message-digest", FT_BYTES
, 0,
75 FM_OFFSET(message_digest
), FTB_MESSAGE_DIGEST
},
76 { FTO_POTENTIAL_EXPIRY
, "potential-expiration-time", FT_UINT32
, 1,
77 FM_OFFSET(potential_expiry
), FTB_POTENTIAL_EXPIRY
},
78 { FTO_RECEIVE_TIMER
, "receive-timer", FT_UINT32
, 1,
79 FM_OFFSET(receive_timer
), FTB_RECEIVE_TIMER
},
80 { FTO_PROTOCOL_VERSION
, "protocol-version", FT_UINT8
, 1,
81 FM_OFFSET(protocol_version
), FTB_PROTOCOL_VERSION
},
82 { FTO_REJECT_REASON
, "reject-reason", FT_UINT8
, 1,
83 FM_OFFSET(reject_reason
), FTB_REJECT_REASON
},
84 { FTO_RELATIONSHIP_NAME
, "relationship-name", FT_BYTES
, 0,
85 FM_OFFSET(relationship_name
), FTB_RELATIONSHIP_NAME
},
86 { FTO_SERVER_FLAGS
, "server-flags", FT_UINT8
, 1,
87 FM_OFFSET(server_flags
), FTB_SERVER_FLAGS
},
88 { FTO_SERVER_STATE
, "server-state", FT_UINT8
, 1,
89 FM_OFFSET(server_state
), FTB_SERVER_STATE
},
90 { FTO_STOS
, "start-time-of-state", FT_UINT32
, 1,
91 FM_OFFSET(stos
), FTB_STOS
},
92 { FTO_TLS_REPLY
, "TLS-reply", FT_UINT8
, 1,
93 FM_OFFSET(tls_reply
), FTB_TLS_REPLY
},
94 { FTO_TLS_REQUEST
, "TLS-request", FT_UINT8
, 1,
95 FM_OFFSET(tls_request
), FTB_TLS_REQUEST
},
96 { FTO_VENDOR_CLASS
, "vendor-class-identifier", FT_BYTES
, 0,
97 FM_OFFSET(vendor_class
), FTB_VENDOR_CLASS
},
98 { FTO_VENDOR_OPTIONS
, "vendor-specific-options", FT_BYTES
, 0,
99 FM_OFFSET(vendor_options
), FTB_VENDOR_OPTIONS
}
102 /* These are really options that make sense for a particular request - if
103 some other option comes in, we're not going to use it, so we can just
104 discard it. Note that the message-digest option is allowed for all
105 message types, but is not saved - it's just used to validate the message
106 and then discarded - so it's not mentioned here. */
108 u_int32_t fto_allowed
[] = {
111 FTB_ADDRESSES_TRANSFERRED
, /* 2 POOLRESP */
112 (FTB_ASSIGNED_IP_ADDRESS
| FTB_BINDING_STATUS
| FTB_CLIENT_IDENTIFIER
|
113 FTB_CHADDR
| FTB_DDNS
| FTB_IP_FLAGS
| FTB_LEASE_EXPIRY
|
114 FTB_POTENTIAL_EXPIRY
| FTB_STOS
| FTB_CLTT
| FTB_REQUEST_OPTIONS
|
115 FTB_REPLY_OPTIONS
), /* 3 BNDUPD */
116 (FTB_ASSIGNED_IP_ADDRESS
| FTB_BINDING_STATUS
| FTB_CLIENT_IDENTIFIER
|
117 FTB_CHADDR
| FTB_DDNS
| FTB_IP_FLAGS
| FTB_LEASE_EXPIRY
|
118 FTB_POTENTIAL_EXPIRY
| FTB_STOS
| FTB_CLTT
| FTB_REQUEST_OPTIONS
|
119 FTB_REPLY_OPTIONS
| FTB_REJECT_REASON
| FTB_MESSAGE
), /* 4 BNDACK */
120 (FTB_RELATIONSHIP_NAME
| FTB_MAX_UNACKED
| FTB_RECEIVE_TIMER
|
121 FTB_VENDOR_CLASS
| FTB_PROTOCOL_VERSION
| FTB_TLS_REQUEST
|
122 FTB_MCLT
| FTB_HBA
), /* 5 CONNECT */
123 (FTB_RELATIONSHIP_NAME
| FTB_MAX_UNACKED
| FTB_RECEIVE_TIMER
|
124 FTB_VENDOR_CLASS
| FTB_PROTOCOL_VERSION
| FTB_TLS_REPLY
|
125 FTB_REJECT_REASON
| FTB_MESSAGE
), /* CONNECTACK */
129 (FTB_SERVER_STATE
| FTB_SERVER_FLAGS
| FTB_STOS
), /* 10 STATE */
131 (FTB_REJECT_REASON
| FTB_MESSAGE
) /* 12 DISCONNECT */
134 /* Sizes of the various types. */
140 1, /* FT_TEXT_OR_BYTES */
149 /* Names of the various failover link states. */
150 const char *dhcp_flink_state_names
[] = {
153 "message length wait",
157 #endif /* FAILOVER_PROTOCOL */
159 /* Failover binding state names. These are used even if there is no
160 failover protocol support. */
161 const char *binding_state_names
[] = {
162 "free", "active", "expired", "released", "abandoned",
165 struct universe agent_universe
;
166 static struct option agent_options
[] = {
167 { "circuit-id", "X", &agent_universe
, 1, 1 },
168 { "remote-id", "X", &agent_universe
, 2, 1 },
169 { "agent-id", "I", &agent_universe
, 3, 1 },
170 { "DOCSIS-device-class", "L", &agent_universe
, 4, 1 },
171 { "link-selection", "I", &agent_universe
, 5, 1 },
172 { NULL
, NULL
, NULL
, 0, 0 }
175 struct universe server_universe
;
176 static struct option server_options
[] = {
177 { "default-lease-time", "T", &server_universe
, 1, 1 },
178 { "max-lease-time", "T", &server_universe
, 2, 1 },
179 { "min-lease-time", "T", &server_universe
, 3, 1 },
180 { "dynamic-bootp-lease-cutoff", "T", &server_universe
, 4, 1 },
181 { "dynamic-bootp-lease-length", "L", &server_universe
, 5, 1 },
182 { "boot-unknown-clients", "f", &server_universe
, 6, 1 },
183 { "dynamic-bootp", "f", &server_universe
, 7, 1 },
184 { "allow-bootp", "f", &server_universe
, 8, 1 },
185 { "allow-booting", "f", &server_universe
, 9, 1 },
186 { "one-lease-per-client", "f", &server_universe
, 10, 1 },
187 { "get-lease-hostnames", "f", &server_universe
, 11, 1 },
188 { "use-host-decl-names", "f", &server_universe
, 12, 1 },
189 { "use-lease-addr-for-default-route", "f",
190 &server_universe
, 13, 1 },
191 { "min-secs", "B", &server_universe
, 14, 1 },
192 { "filename", "t", &server_universe
, 15, 1 },
193 { "server-name", "t", &server_universe
, 16, 1 },
194 { "next-server", "I", &server_universe
, 17, 1 },
195 { "authoritative", "f", &server_universe
, 18, 1 },
196 { "vendor-option-space", "U", &server_universe
, 19, 1 },
197 { "always-reply-rfc1048", "f", &server_universe
, 20, 1 },
198 { "site-option-space", "X", &server_universe
, 21, 1 },
199 { "always-broadcast", "f", &server_universe
, 22, 1 },
200 { "ddns-domainname", "t", &server_universe
, 23, 1 },
201 { "ddns-hostname", "t", &server_universe
, 24, 1 },
202 { "ddns-rev-domainname", "t", &server_universe
, 25, 1 },
203 { "lease-file-name", "t", &server_universe
, 26, 1 },
204 { "pid-file-name", "t", &server_universe
, 27, 1 },
205 { "duplicates", "f", &server_universe
, 28, 1 },
206 { "declines", "f", &server_universe
, 29, 1 },
207 { "ddns-updates", "f", &server_universe
, 30, 1 },
208 { "omapi-port", "S", &server_universe
, 31, 1 },
209 { "local-port", "S", &server_universe
, 32, 1 },
210 { "limited-broadcast-address", "I", &server_universe
, 33, 1 },
211 { "remote-port", "S", &server_universe
, 34, 1 },
212 { "local-address", "I", &server_universe
, 35, 1 },
213 { "omapi-key", "d", &server_universe
, 36, 1 },
214 { "stash-agent-options", "f", &server_universe
, 37, 1 },
215 { "ddns-ttl", "T", &server_universe
, 38, 1 },
216 { "ddns-update-style", "Nddns-styles.", &server_universe
, 39, 1 },
217 { "client-updates", "f", &server_universe
, 40, 1 },
218 { "update-optimization", "f", &server_universe
, 41, 1 },
219 { "ping-check", "f", &server_universe
, 42, 1 },
220 { "update-static-leases", "f", &server_universe
, 43, 1 },
221 { "log-facility", "Nsyslog-facilities.",
222 &server_universe
, 44, 1 },
223 { "do-forward-updates", "f", &server_universe
, 45, 1 },
224 { "ping-timeout", "T", &server_universe
, 46, 1 },
225 { "infinite-is-reserved", "f", &server_universe
, 47, 1 },
226 { "update-conflict-detection", "f", &server_universe
, 48, 1 },
227 { "leasequery", "f", &server_universe
, 49, 1 },
228 { "adaptive-lease-time-threshold", "B", &server_universe
, 50, 1 },
229 { "do-reverse-updates", "f", &server_universe
, 51, 1 },
230 { "fqdn-reply", "f", &server_universe
, 52, 1 },
231 { "preferred-lifetime", "T", &server_universe
, 53, 1 },
232 { "dhcpv6-lease-file-name", "t", &server_universe
, 54, 1 },
233 { "dhcpv6-pid-file-name", "t", &server_universe
, 55, 1 },
234 { "limit-addrs-per-ia", "L", &server_universe
, 56, 1 },
235 { "limit-prefs-per-ia", "L", &server_universe
, 57, 1 },
236 /* Assert a configuration parsing error if delayed-ack isn't compiled in. */
237 #if defined(DELAYED_ACK) && !defined(DHCP4o6)
238 { "delayed-ack", "S", &server_universe
, 58, 1 },
239 { "max-ack-delay", "L", &server_universe
, 59, 1 },
241 #if defined(LDAP_CONFIGURATION)
242 { "ldap-server", "t", &server_universe
, 60, 1 },
243 { "ldap-port", "d", &server_universe
, 61, 1 },
244 { "ldap-username", "t", &server_universe
, 62, 1 },
245 { "ldap-password", "t", &server_universe
, 63, 1 },
246 { "ldap-base-dn", "t", &server_universe
, 64, 1 },
247 { "ldap-method", "Nldap-methods.", &server_universe
, 65, 1 },
248 { "ldap-debug-file", "t", &server_universe
, 66, 1 },
249 { "ldap-dhcp-server-cn", "t", &server_universe
, 67, 1 },
250 { "ldap-referrals", "f", &server_universe
, 68, 1 },
251 #if defined(LDAP_USE_SSL)
252 { "ldap-ssl", "Nldap-ssl-usage.", &server_universe
, 69, 1 },
253 { "ldap-tls-reqcert", "Nldap-tls-reqcert.", &server_universe
, 70, 1 },
254 { "ldap-tls-ca-file", "t", &server_universe
, 71, 1 },
255 { "ldap-tls-ca-dir", "t", &server_universe
, 72, 1 },
256 { "ldap-tls-cert", "t", &server_universe
, 73, 1 },
257 { "ldap-tls-key", "t", &server_universe
, 74, 1 },
258 { "ldap-tls-crlcheck", "Nldap-tls-crlcheck.", &server_universe
, 75, 1 },
259 { "ldap-tls-ciphers", "t", &server_universe
, 76, 1 },
260 { "ldap-tls-randfile", "t", &server_universe
, 77, 1 },
261 { "ldap-init-retry", "d", &server_universe
, SV_LDAP_INIT_RETRY
, 1 },
262 #endif /* LDAP_USE_SSL */
263 #if defined(LDAP_USE_GSSAPI)
264 { "ldap-gssapi-keytab", "t", &server_universe
, SV_LDAP_GSSAPI_KEYTAB
, 1},
265 { "ldap-gssapi-principal", "t", &server_universe
, SV_LDAP_GSSAPI_PRINCIPAL
, 1},
266 #endif /* LDAP_USE_GSSAPI */
267 #endif /* LDAP_CONFIGURATION */
268 { "dhcp-cache-threshold", "B", &server_universe
, 78, 1 },
269 { "dont-use-fsync", "f", &server_universe
, 79, 1 },
270 { "ddns-local-address4", "I", &server_universe
, 80, 1 },
271 { "ddns-local-address6", "6", &server_universe
, 81, 1 },
272 { "ignore-client-uids", "f", &server_universe
, 82, 1 },
273 { "log-threshold-low", "B", &server_universe
, 83, 1 },
274 { "log-threshold-high", "B", &server_universe
, 84, 1 },
275 { "echo-client-id", "f", &server_universe
, SV_ECHO_CLIENT_ID
, 1 },
276 { "server-id-check", "f", &server_universe
, SV_SERVER_ID_CHECK
, 1 },
277 { "prefix-length-mode", "Nprefix_length_modes.", &server_universe
, SV_PREFIX_LEN_MODE
, 1 },
278 { "dhcpv6-set-tee-times", "f", &server_universe
, SV_DHCPV6_SET_TEE_TIMES
, 1 },
279 { "abandon-lease-time", "T", &server_universe
, SV_ABANDON_LEASE_TIME
, 1 },
280 { NULL
, NULL
, NULL
, 0, 0 }
283 #if defined(LDAP_CONFIGURATION)
284 struct enumeration_value ldap_values
[] = {
285 { "static", LDAP_METHOD_STATIC
},
286 { "dynamic", LDAP_METHOD_DYNAMIC
},
290 struct enumeration ldap_methods
= {
291 (struct enumeration
*)0,
296 #if defined(LDAP_USE_SSL)
297 struct enumeration_value ldap_ssl_usage_values
[] = {
298 { "off", LDAP_SSL_OFF
},
299 { "on",LDAP_SSL_ON
},
300 { "ldaps", LDAP_SSL_LDAPS
},
301 { "start_tls", LDAP_SSL_TLS
},
305 struct enumeration ldap_ssl_usage_enum
= {
306 (struct enumeration
*)0,
308 ldap_ssl_usage_values
311 struct enumeration_value ldap_tls_reqcert_values
[] = {
312 { "never", LDAP_OPT_X_TLS_NEVER
},
313 { "hard", LDAP_OPT_X_TLS_HARD
},
314 { "demand", LDAP_OPT_X_TLS_DEMAND
},
315 { "allow", LDAP_OPT_X_TLS_ALLOW
},
316 { "try", LDAP_OPT_X_TLS_TRY
},
319 struct enumeration ldap_tls_reqcert_enum
= {
320 (struct enumeration
*)0,
321 "ldap-tls-reqcert", 1,
322 ldap_tls_reqcert_values
325 struct enumeration_value ldap_tls_crlcheck_values
[] = {
326 { "none", LDAP_OPT_X_TLS_CRL_NONE
},
327 { "peer", LDAP_OPT_X_TLS_CRL_PEER
},
328 { "all", LDAP_OPT_X_TLS_CRL_ALL
},
331 struct enumeration ldap_tls_crlcheck_enum
= {
332 (struct enumeration
*)0,
333 "ldap-tls-crlcheck", 1,
334 ldap_tls_crlcheck_values
339 struct enumeration_value ddns_styles_values
[] = {
347 struct enumeration ddns_styles
= {
348 (struct enumeration
*)0,
353 struct enumeration_value prefix_length_modes_values
[] = {
354 { "ignore", PLM_IGNORE
},
355 { "prefer", PLM_PREFER
},
356 { "exact", PLM_EXACT
},
357 { "minimum", PLM_MINIMUM
},
358 { "maximum", PLM_MAXIMUM
},
362 struct enumeration prefix_length_modes
= {
363 (struct enumeration
*)0,
364 "prefix_length_modes", 1,
365 prefix_length_modes_values
368 struct enumeration_value syslog_values
[] = {
369 #if defined (LOG_KERN)
370 { "kern", LOG_KERN
},
372 #if defined (LOG_USER)
373 { "user", LOG_USER
},
375 #if defined (LOG_MAIL)
376 { "mail", LOG_MAIL
},
378 #if defined (LOG_DAEMON)
379 { "daemon", LOG_DAEMON
},
381 #if defined (LOG_AUTH)
382 { "auth", LOG_AUTH
},
384 #if defined (LOG_SYSLOG)
385 { "syslog", LOG_SYSLOG
},
387 #if defined (LOG_LPR)
390 #if defined (LOG_NEWS)
391 { "news", LOG_NEWS
},
393 #if defined (LOG_UUCP)
394 { "uucp", LOG_UUCP
},
396 #if defined (LOG_CRON)
397 { "cron", LOG_CRON
},
399 #if defined (LOG_AUTHPRIV)
400 { "authpriv", LOG_AUTHPRIV
},
402 #if defined (LOG_FTP)
405 #if defined (LOG_LOCAL0)
406 { "local0", LOG_LOCAL0
},
408 #if defined (LOG_LOCAL1)
409 { "local1", LOG_LOCAL1
},
411 #if defined (LOG_LOCAL2)
412 { "local2", LOG_LOCAL2
},
414 #if defined (LOG_LOCAL3)
415 { "local3", LOG_LOCAL3
},
417 #if defined (LOG_LOCAL4)
418 { "local4", LOG_LOCAL4
},
420 #if defined (LOG_LOCAL5)
421 { "local5", LOG_LOCAL5
},
423 #if defined (LOG_LOCAL6)
424 { "local6", LOG_LOCAL6
},
426 #if defined (LOG_LOCAL7)
427 { "local7", LOG_LOCAL7
},
432 struct enumeration syslog_enum
= {
433 (struct enumeration
*)0,
434 "syslog-facilities", 1,
438 void initialize_server_option_spaces()
443 /* Set up the Relay Agent Information Option suboption space... */
444 agent_universe
.name
= "agent";
445 agent_universe
.concat_duplicates
= 0;
446 agent_universe
.option_state_dereference
=
447 linked_option_state_dereference
;
448 agent_universe
.lookup_func
= lookup_linked_option
;
449 agent_universe
.save_func
= save_linked_option
;
450 agent_universe
.delete_func
= delete_linked_option
;
451 agent_universe
.encapsulate
= linked_option_space_encapsulate
;
452 agent_universe
.foreach
= linked_option_space_foreach
;
453 agent_universe
.decode
= parse_option_buffer
;
454 agent_universe
.index
= universe_count
++;
455 agent_universe
.length_size
= 1;
456 agent_universe
.tag_size
= 1;
457 agent_universe
.get_tag
= getUChar
;
458 agent_universe
.store_tag
= putUChar
;
459 agent_universe
.get_length
= getUChar
;
460 agent_universe
.store_length
= putUChar
;
461 agent_universe
.site_code_min
= 0;
462 agent_universe
.end
= 0;
463 universes
[agent_universe
.index
] = &agent_universe
;
464 if (!option_name_new_hash(&agent_universe
.name_hash
,
465 AGENT_HASH_SIZE
, MDL
) ||
466 !option_code_new_hash(&agent_universe
.code_hash
,
467 AGENT_HASH_SIZE
, MDL
))
468 log_fatal ("Can't allocate agent option hash table.");
469 for (i
= 0 ; agent_options
[i
].name
; i
++) {
470 option_code_hash_add(agent_universe
.code_hash
,
471 &agent_options
[i
].code
, 0,
472 &agent_options
[i
], MDL
);
473 option_name_hash_add(agent_universe
.name_hash
,
474 agent_options
[i
].name
, 0,
475 &agent_options
[i
], MDL
);
477 #if defined(REPORT_HASH_PERFORMANCE)
478 log_info("Relay Agent name hash: %s",
479 option_name_hash_report(agent_universe
.name_hash
));
480 log_info("Relay Agent code hash: %s",
481 option_code_hash_report(agent_universe
.code_hash
));
483 code
= DHO_DHCP_AGENT_OPTIONS
;
484 option_code_hash_lookup(&agent_universe
.enc_opt
,
485 dhcp_universe
.code_hash
, &code
, 0, MDL
);
487 /* Set up the server option universe... */
488 server_universe
.name
= "server";
489 server_universe
.concat_duplicates
= 0;
490 server_universe
.lookup_func
= lookup_hashed_option
;
491 server_universe
.option_state_dereference
=
492 hashed_option_state_dereference
;
493 server_universe
.save_func
= save_hashed_option
;
494 server_universe
.delete_func
= delete_hashed_option
;
495 server_universe
.encapsulate
= hashed_option_space_encapsulate
;
496 server_universe
.foreach
= hashed_option_space_foreach
;
497 server_universe
.length_size
= 1; /* Never used ... */
498 server_universe
.tag_size
= 4;
499 server_universe
.store_tag
= putUChar
;
500 server_universe
.store_length
= putUChar
;
501 server_universe
.site_code_min
= 0;
502 server_universe
.end
= 0;
503 server_universe
.index
= universe_count
++;
504 universes
[server_universe
.index
] = &server_universe
;
505 if (!option_name_new_hash(&server_universe
.name_hash
,
506 SERVER_HASH_SIZE
, MDL
) ||
507 !option_code_new_hash(&server_universe
.code_hash
,
508 SERVER_HASH_SIZE
, MDL
))
509 log_fatal ("Can't allocate server option hash table.");
510 for (i
= 0 ; server_options
[i
].name
; i
++) {
511 option_code_hash_add(server_universe
.code_hash
,
512 &server_options
[i
].code
, 0,
513 &server_options
[i
], MDL
);
514 option_name_hash_add(server_universe
.name_hash
,
515 server_options
[i
].name
, 0,
516 &server_options
[i
], MDL
);
518 #if defined(REPORT_HASH_PERFORMANCE)
519 log_info("Server-Config Option name hash: %s",
520 option_name_hash_report(server_universe
.name_hash
));
521 log_info("Server-Config Option code hash: %s",
522 option_code_hash_report(server_universe
.code_hash
));
525 /* Add the server and agent option spaces to the option space hash. */
526 universe_hash_add (universe_hash
,
527 agent_universe
.name
, 0, &agent_universe
, MDL
);
528 universe_hash_add (universe_hash
,
529 server_universe
.name
, 0, &server_universe
, MDL
);
531 /* Make the server universe the configuration option universe. */
532 config_universe
= &server_universe
;
534 code
= SV_VENDOR_OPTION_SPACE
;
535 option_code_hash_lookup(&vendor_cfg_option
, server_universe
.code_hash
,