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irix-657m-src/eoe/cmd/dhcp_server/configure.c
calmsacibis995 8fc8fa8089 Source code upload
2022-09-29 17:59:04 +03:00

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#include <stdio.h>
#include <ctype.h>
#include <unistd.h>
#include <stdlib.h>
#include <strings.h>
#include <sys/types.h>
#include <sys/param.h>
#include <sys/dir.h>
#include <string.h>
#include <arpa/inet.h>
#include <syslog.h>
#include <netdb.h>
#include <net/if.h>
#include <netinet/in.h>
#include <assert.h>
#include <ndbm.h>
#include "dhcpdefs.h"
#include "dhcp_types.h"
#include "dhcp_optvals.h"
extern int sys0_removeFromHostsFile(u_long);
extern int dh0_remove_system_mapping(char *,EtherAddr *,int, DBM *);
extern int send_blocking_ping(int sd, u_long addr, int timeoutSecs,
int timeoutMsecs, int tries);
extern int cf0_initialize_vendor_class(void);
extern void free_vendor_options(void);
extern void mk_str(int cid_flag, char *cid_ptr, int cid_length,
char *str);
extern int alt_naming_flag;
#define ulong_error 0xffffffff
static char *serve_this_network = "Serve_This_Network";
static char *lb_pro_addr_counter = "pro_address_counter";
static char *lb_pro_host_pfxcnt = "pro_host_pfx_counter";
static char *lb_pro_netmask = "pro_netmask";
static char *lb_pro_lease = "pro_lease";
static char *lb_pro_propel_server = "pro_propel_server";
static char *lb_pro_host_prefix = "pro_host_prefix";
static char *lb_pro_choose_name = "pro_choose_name";
static char *lb_pro_ipaddress_range = "pro_ipaddress_range";
static char *lb_pro_router_addr = "pro_router_addr";
static char *lb_pro_timeserver_addr = "pro_timeserver_addr";
static char *lb_pro_dnsserver_addr = "pro_dnsserver_addr";
static char *lb_pro_nisserver_addr = "pro_nisserver_addr";
static char *lb_pro_dns_domain = "pro_dns_domain";
static char *lb_pro_nis_domain = "pro_nis_domain";
static char *lb_pro_mtu = "pro_mtu";
static char *lb_pro_allnets_local = "pro_allnets_local";
static char *lb_pro_broadcast = "pro_broadcast";
static char *lb_pro_domask_disc = "pro_domask_disc";
static char *lb_pro_resp_mask_req = "pro_resp_mask_req";
static char *lb_pro_do_router_disc = "pro_do_router_disc";
static char *lb_pro_router_solicit_addr = "pro_router_solicit_addr";
static char *lb_pro_static_routes = "pro_static_routes";
static char *lb_pro_logserver_addr = "pro_logserver_addr";
static char *lb_pro_cookieserver_addr = "pro_cookieserver_addr";
static char *lb_pro_LPRserver_addr = "pro_LPRserver_addr";
static char *lb_pro_resourceserver_addr = "pro_resourceserver_addr";
static char *lb_pro_bootfile_size = "pro_bootfile_size";
static char *lb_pro_swapserver_addr = "pro_swapserver_addr";
static char *lb_pro_IPforwarding = "pro_IPforwarding";
static char *lb_pro_source_routing = "pro_source_routing";
static char *lb_pro_policy_filter = "pro_policy_filter";
static char *lb_pro_max_reassy_size = "pro_max_reassy_size";
static char *lb_pro_IP_ttl = "pro_IP_ttl";
static char *lb_pro_pathmtu_timeout = "pro_pathmtu_timeout";
static char *lb_pro_pathmtu_table = "pro_pathmtu_table";
static char *lb_pro_trailer_encaps = "pro_trailer_encaps";
static char *lb_pro_arpcache_timeout = "pro_arpcache_timeout";
static char *lb_pro_ether_encaps = "pro_ether_encaps";
static char *lb_pro_TCP_ttl = "pro_TCP_ttl";
static char *lb_pro_TCP_keepalive_intrvl = "pro_TCP_keepalive_intrvl";
static char *lb_pro_TCP_keepalive_garbage = "pro_TCP_keepalive_garbage";
static char *lb_pro_NetBIOS_nameserver_addr = "pro_NetBIOS_nameserver_addr";
static char *lb_pro_NetBIOS_distrserver_addr = "pro_NetBIOS_distrserver_addr";
static char *lb_pro_NetBIOS_nodetype = "pro_NetBIOS_nodetype";
static char *lb_pro_NetBIOS_scope = "pro_NetBIOS_scope";
static char *lb_pro_X_fontserver_addr = "pro_X_fontserver_addr";
static char *lb_pro_X_displaymgr_addr = "pro_X_displaymgr_addr";
static char *lb_pro_nisplus_domain = "pro_nisplus_domain";
static char *lb_pro_nisplusserver_addr = "pro_nisplusserver_addr";
static char *lb_pro_mobileIP_homeagent_addr = "pro_mobileIP_homeagent_addr";
static char *lb_pro_SMTPserver_addr = "pro_SMTPserver_addr";
static char *lb_pro_POP3server_addr = "pro_POP3server_addr";
static char *lb_pro_NNTPserver_addr = "pro_NNTPserver_addr";
static char *lb_pro_WWWserver_addr = "pro_WWWserver_addr";
static char *lb_pro_fingerserver_addr = "pro_fingerserver_addr";
static char *lb_pro_IRCserver_addr = "pro_IRCserver_addr";
static char *lb_pro_StreetTalkserver_addr = "pro_StreetTalkserver_addr";
static char *lb_pro_STDAserver_addr = "pro_STDAserver_addr";
static char *lb_pro_time_offset = "pro_time_offset";
static char *lb_pro_nameserver116_addr = "pro_nameserver116_addr";
static char *lb_pro_impressserver_addr = "pro_impressserver_addr";
static char *lb_pro_meritdump_pathname = "pro_meritdump_pathname";
static char *lb_pro_root_pathname = "pro_root_pathname";
static char *lb_pro_extensions_pathname = "pro_extensions_pathname";
static char *lb_pro_NTPserver_addr = "pro_NTPserver_addr";
static char *lb_pro_TFTPserver_name = "pro_TFTPserver_name";
static char *lb_pro_bootfile_name = "pro_bootfile_name";
/* end new options added */
char *rfc1533configFile = "/etc/config/bootp-rfc1533.options";
dhcpConfig *configListPtr;
static char bufx[1024];
static int found_default = 0;
extern struct in_addr myhostaddr;
extern char *useConfigDir;
extern char *nha0_get_primary_interface_name(u_long);
extern u_long *dh0_get_dnsServers(void);
extern u_long *nha0_get_nis_servers(void);
extern char *dh0_getNisDomain(void);
extern char *dh0_getDnsDomain(void);
extern char *loc0_get_hostname_from_cid(char *, int, EtherAddr *, DBM *);
extern u_long nha0_getSubnetmask(char *);
extern int nha0_get_kmem_data(char *, int *);
extern int nha0_haveNfsOption(void);
extern u_long nha0_getBroadcastAddr(char *);
extern int loc0_is_hostname_assigned(char *,DBM *);
extern int loc0_is_ipaddress_assigned(u_long,DBM *);
extern u_long loc0_get_ipaddr_from_cid(EtherAddr *, char *, int, DBM *);
extern int loc0_scan_find_lru_entry(dhcpConfig *, EtherAddr *, u_long *,
char **, char *, int *, DBM *);
extern int loc0_expire_entry(EtherAddr *, char *, int, u_long, DBM *);
extern int loc0_remove_entry(EtherAddr *, int, char *, int, DBM *);
extern int loc0_create_new_entry_l(char *, int, EtherAddr *, u_long, char *,
time_t,DBM *);
extern int loc0_is_etherToIP_duplicate(char *, int, EtherAddr *, u_long ,
char *, DBM *);
extern long loc0_get_lease(u_long ipa, DBM*);
extern FILE *log_fopen(char *, char *);
extern int debug;
extern u_long mynetmask;
extern char *mydomain;
extern struct netaddr *np_recv;
extern int ifcount;
extern int ProclaimServer;
extern int ping_blocking_check;
extern int ping_sd;
extern u_long retry_stolen_timeout;
void
indexPastColonAndRemoveSpaces(char *str)
{
char *p;
int len, i;
p = str;
len = strlen(p);
if(p[len-1] == '\n')
p[len-1] = '\0';
for (i = 0; *p ; p++) {
if((i == 0) && (*p == ':'))
continue;
if(isspace(*p))
continue;
bufx[i++] = *p;
}
bufx[i] = '\0';
}
static u_long *
getAddressList(char *str)
{
char *p, *q;
int cnt, i;
u_long *ulptr;
indexPastColonAndRemoveSpaces(str);
p = bufx;
if(*p == '\0')
return NULL;
cnt = 1;
while(p && *p) {
if(*p == ',')
cnt++;
p++;
}
ulptr = (u_long *)malloc((cnt+1) * sizeof(u_long));
ulptr[cnt] = 0;
p = bufx;
for(i = 0; i < cnt; i++) {
q = strtok(p, ",");
if( (*q == '0') && (*(q+1) == 'x')) /* hex number */
ulptr[i] = strtoul(q, NULL, 16);
else
ulptr[i] = inet_addr(q);
p = NULL;
}
return ulptr;
}
struct addr_range *
getAddressRanges(char *str)
{
char *p, *q, *r;
int cnt, i;
struct addr_range *addrptr;
indexPastColonAndRemoveSpaces(str);
p = bufx;
if(*p == '\0')
return (struct addr_range *)0;
cnt = 1;
while(p && *p) {
if(*p == ',')
cnt++;
p++;
}
addrptr = (struct addr_range *)malloc((cnt+1) * sizeof(struct addr_range));
addrptr[cnt].r_low = addrptr[cnt].r_high = 0;
p = bufx;
for(i = 0; i < cnt; i++) {
q = strtok(p, ",");
r = q;
while(r && (*r != '\0') && (*r != '-') ) r++;
if(*r == '-') {
/* It is a range n-m */
*r = '\0';
r++;
addrptr[i].r_low = atoi(q);
addrptr[i].r_high = atoi(r);
}
else {
/* It is a single value n */
addrptr[i].r_low = addrptr[i].r_high = atoi(q);
}
p = NULL;
}
return addrptr;
}
static struct addr_pair *
getAddressPairs(char *str)
{
char *p, *q, *r;
int cnt, i;
struct addr_pair *apptr;
indexPastColonAndRemoveSpaces(str);
p = bufx;
if(*p == '\0')
return (struct addr_pair *)0;
cnt = 1;
while(p && *p) {
if(*p == ',')
cnt++;
p++;
}
apptr = (struct addr_pair *)malloc((cnt+1) * sizeof(struct addr_pair));
apptr[cnt].r_dest = apptr[cnt].r_router = 0;
p = bufx;
for(i = 0; i < cnt; i++) {
q = strtok(p, ",");
r = q;
while(r && (*r != '\0') && (*r != '-') ) r++;
if(*r == '-') {
*r = '\0';
r++;
}
if( (*q == '0') && (*(q+1) == 'x')) /* specified as 0x... */
apptr[i].r_dest = strtoul(q, NULL, 16);
else
apptr[i].r_dest = inet_addr(q);
if( (*r == '0') && (*(r+1) == 'x')) /* specified as 0x... */
apptr[i].r_router = strtoul(r, NULL, 16);
else
apptr[i].r_router = inet_addr(r);
p = NULL;
}
return apptr;
}
static int
getInt(char *str)
{
char *p;
int p_int;
indexPastColonAndRemoveSpaces(str);
p = bufx;
if(*p == '\0')
return 0;
p_int = atoi(p);
return p_int;
}
static int*
getIntList(char *str)
{
char *p, *q;
int *p_int;
int cnt, i;
indexPastColonAndRemoveSpaces(str);
p = bufx;
if(*p == '\0')
return 0;
cnt = 1;
while(p && *p) {
if(*p == ',')
cnt++;
p++;
}
p_int = (int*)malloc((cnt+1) * sizeof(int));
p_int[cnt] = 0;
p = bufx;
for(i = 0; i < cnt; i++) {
q = strtok(p, ",");
if( (*q == '0') && (*(q+1) == 'x')) /* hex number */
p_int[i] = strtol(q, NULL, 16);
else
p_int[i] = atoi(q);
p = NULL;
}
return p_int;
}
static u_long
getUnsignedLong(char *str, int is_addr)
{
char *p;
u_long uladdr;
indexPastColonAndRemoveSpaces(str);
p = bufx;
if(*p == '\0')
return 0;
if(is_addr) {
if( (*p == '0') && (*(p+1) == 'x')) /* hex number */
uladdr = strtoul(p, NULL, 16);
else
uladdr = inet_addr(p);
}
else {
if( (*p == '0') && (*(p+1) == 'x'))
uladdr = strtoul(p, NULL, 16);
else
uladdr = strtoul(p, NULL, 10);
}
return uladdr;
}
static char *
getString(char *str)
{
char *p;
indexPastColonAndRemoveSpaces(str);
p = bufx;
if(*p == '\0')
return (char *)0;
return strdup(p);
}
static void /* CHANGE - to update myhostaddr early */
set_myhostaddr(void)
{
register struct hostent *hp;
char name[64];
gethostname(name, sizeof(name));
if ((hp = gethostbyname(name)) == 0) {
syslog(LOG_ERR, "gethostbyname(%s) failed: %s", name, hstrerror(h_errno));
exit(1);
}
myhostaddr.s_addr = *(u_long *)(hp->h_addr_list[0]);
}
static int
free_entry(dhcpConfig *dfg)
{
if(dfg == 0)
return 0;
if(dfg->p_hostpfx)
free(dfg->p_hostpfx);
if(dfg->p_addr_range)
free(dfg->p_addr_range);
if(dfg->p_router_addr)
free(dfg->p_router_addr);
if(dfg->p_tmsserver_addr)
free(dfg->p_tmsserver_addr);
if(dfg->p_dnsserver_addr)
free(dfg->p_dnsserver_addr);
if(dfg->p_nisserver_addr)
free(dfg->p_nisserver_addr);
if(dfg->p_dnsdomain)
free(dfg->p_dnsdomain);
if(dfg->p_nisdomain)
free(dfg->p_nisdomain);
if(dfg->p_routes)
free(dfg->p_routes);
if(dfg->p_logserver_addr)
free(dfg->p_logserver_addr);
if(dfg->p_cookieserver_addr)
free(dfg->p_cookieserver_addr);
if(dfg->p_LPRserver_addr)
free(dfg->p_LPRserver_addr);
if(dfg->p_resourceserver_addr)
free(dfg->p_resourceserver_addr);
if(dfg->p_policy_filter)
free(dfg->p_policy_filter);
if(dfg->p_pathmtu_table)
free(dfg->p_pathmtu_table);
if(dfg->p_NetBIOS_nameserver_addr)
free(dfg->p_NetBIOS_nameserver_addr);
if(dfg->p_NetBIOS_distrserver_addr)
free(dfg->p_NetBIOS_distrserver_addr);
if(dfg->p_NetBIOS_scope)
free(dfg->p_NetBIOS_scope);
if(dfg->p_X_fontserver_addr)
free(dfg->p_X_fontserver_addr);
if(dfg->p_X_displaymgr_addr)
free(dfg->p_X_displaymgr_addr);
if(dfg->p_nisplusdomain)
free(dfg->p_nisplusdomain);
if(dfg->p_nisplusserver_addr)
free(dfg->p_nisplusserver_addr);
if(dfg->p_mobileIP_homeagent_addr)
free(dfg->p_mobileIP_homeagent_addr);
if(dfg->p_SMTPserver_addr)
free(dfg->p_SMTPserver_addr);
if(dfg->p_POP3server_addr)
free(dfg->p_POP3server_addr);
if(dfg->p_NNTPserver_addr)
free(dfg->p_NNTPserver_addr);
if(dfg->p_WWWserver_addr)
free(dfg->p_WWWserver_addr);
if(dfg->p_fingerserver_addr)
free(dfg->p_fingerserver_addr);
if(dfg->p_IRCserver_addr)
free(dfg->p_IRCserver_addr);
if(dfg->p_StreetTalkserver_addr)
free(dfg->p_StreetTalkserver_addr);
if(dfg->p_STDAserver_addr)
free(dfg->p_STDAserver_addr);
if(dfg->p_nameserver116_addr)
free(dfg->p_nameserver116_addr);
if(dfg->p_impressserver_addr)
free(dfg->p_impressserver_addr);
if(dfg->p_merit_dump_pathname)
free(dfg->p_merit_dump_pathname);
if(dfg->p_root_disk_pathname)
free(dfg->p_root_disk_pathname);
if(dfg->p_extensions_pathname)
free(dfg->p_extensions_pathname);
if(dfg->p_NTPserver_addr)
free(dfg->p_NTPserver_addr);
if(dfg->p_tftp_server_name)
free(dfg->p_tftp_server_name);
if(dfg->p_bootfile_name)
free(dfg->p_bootfile_name);
if(dfg->vop_options)
dfg->vop_options = NULL; /* freed in free_vop_opts */
#ifdef EDHCP
if (dfg->ddns_conf)
dfg->ddns_conf = NULL; /* freed in free_ddns_root */
#endif
return 0;
}
int
cf0_free_config_list(dhcpConfig *delptr)
{
dhcpConfig *cfg, *dfg;
if(delptr) {
/* Only delete one individual entry */
free_entry(delptr);
free(delptr);
delptr = NULL;
return 0;
}
cfg = configListPtr;
while(cfg) {
dfg = cfg->p_next;
free_entry(cfg);
free(cfg);
cfg = dfg;
}
configListPtr = 0;
return 0;
}
/*
* parameter l specifies whether to return the new config or to
* add it to the config list. The returned config is in retptr
*/
static int
add_to_config_list(char *fname, char *netname, int l, dhcpConfig **retptr)
{
FILE *fp;
char linebuf[1024];
dhcpConfig *dhptr;
dhcpConfig *cfgPtr, **end;
u_long tul;
fp = log_fopen(fname, "r");
if(fp == NULL)
return ERR_CANNOT_OPEN_CONFIG_FILE;
if(strcmp(netname, "Default") == 0) {
dhptr = (dhcpConfig *)malloc(sizeof(dhcpConfig));
bzero(dhptr, sizeof(dhcpConfig));
dhptr->p_netnum = 0;
found_default = 1;
}
else if( (tul = inet_addr(netname)) == INADDR_NONE) {
fclose(fp);
syslog(LOG_ERR,
"Network Number %s incorrect in filename %s",
netname, fname);
return ERR_ILLEGAL_NETWORK_NUMBER;
}
else {
dhptr = (dhcpConfig *)malloc(sizeof(dhcpConfig));
bzero(dhptr, sizeof(dhcpConfig));
dhptr->p_netnum = tul;
}
dhptr->p_next = NULL;
while(fgets(linebuf, 1024, fp) != NULL) {
if( (*linebuf == '\n') || (*linebuf == '#') )
continue;
if(strncmp(linebuf, serve_this_network, 18) == 0) {
dhptr->serve_me = getInt(&linebuf[18]);
if (dhptr->serve_me == 0) {
cf0_free_config_list(dhptr);
return 0;
}
}
if(strncmp(linebuf, lb_pro_addr_counter, 19) == 0)
dhptr->p_addrcnt = getInt(&linebuf[19]);
if(strncmp(linebuf, lb_pro_netmask, 11) == 0) {
dhptr->p_netmask = getUnsignedLong(&linebuf[11], 1);
if( (dhptr->p_netmask == INADDR_NONE) ||
(dhptr->p_netmask == INADDR_ANY) ) {
/* Use default netmask for class. */
if (IN_CLASSA(dhptr->p_netnum)) {
dhptr->p_netmask = IN_CLASSA_NET;
} else if (IN_CLASSB(dhptr->p_netnum)) {
dhptr->p_netmask = IN_CLASSB_NET;
} else if (IN_CLASSC(dhptr->p_netnum)) {
dhptr->p_netmask = IN_CLASSC_NET;
} else if (IN_CLASSD(dhptr->p_netnum)) {
dhptr->p_netmask = IN_CLASSD_NET;
} else {
dhptr->p_netmask = 0;
}
if (debug && dhptr->p_netnum)
syslog(LOG_DEBUG,
"null netmask in config file %s, using 0x%x",
fname, dhptr->p_netmask);
}
}
else if(strncmp(linebuf, lb_pro_lease, 9) == 0)
dhptr->p_lease = getUnsignedLong(&linebuf[9], 0);
else if(strncmp(linebuf, lb_pro_propel_server, 17) == 0) {
dhptr->p_propel_addr = getUnsignedLong(&linebuf[17], 1);
if(dhptr->p_propel_addr == INADDR_NONE)
dhptr->p_propel_addr = 0;
}
else if(strncmp(linebuf, lb_pro_host_prefix, 15) == 0)
dhptr->p_hostpfx = getString(&linebuf[15]);
else if(strncmp(linebuf, lb_pro_host_pfxcnt, 20) == 0)
dhptr->p_hstpfxcnt = getInt(&linebuf[20]);
else if(strncmp(linebuf, lb_pro_choose_name, 15) == 0)
dhptr->p_choose_name = getInt(&linebuf[15]);
else if(strncmp(linebuf, lb_pro_ipaddress_range, 19) == 0)
dhptr->p_addr_range = getAddressRanges(&linebuf[19]);
else if(strncmp(linebuf, lb_pro_router_addr, 15) == 0)
dhptr->p_router_addr = getAddressList(&linebuf[15]);
else if(strncmp(linebuf, lb_pro_timeserver_addr, 19) == 0)
dhptr->p_tmsserver_addr = getAddressList(&linebuf[19]);
else if(strncmp(linebuf, lb_pro_dnsserver_addr, 18) == 0)
dhptr->p_dnsserver_addr = getAddressList(&linebuf[18]);
else if(strncmp(linebuf, lb_pro_nisserver_addr, 18) == 0)
dhptr->p_nisserver_addr = getAddressList(&linebuf[18]);
else if(strncmp(linebuf, lb_pro_dns_domain, 14) == 0)
dhptr->p_dnsdomain = getString(&linebuf[14]);
else if(strncmp(linebuf, lb_pro_nis_domain, 14) == 0)
dhptr->p_nisdomain = getString(&linebuf[14]);
else if(strncmp(linebuf, lb_pro_mtu, 7) == 0)
dhptr->p_mtu = getInt(&linebuf[7]);
else if(strncmp(linebuf, lb_pro_allnets_local, 17) == 0)
dhptr->p_allnetsloc = getInt(&linebuf[17]);
else if(strncmp(linebuf, lb_pro_broadcast, 13) == 0)
dhptr->p_broadcast = getUnsignedLong(&linebuf[13], 1);
else if(strncmp(linebuf, lb_pro_domask_disc, 15) == 0)
dhptr->p_domaskdisc = getInt(&linebuf[15]);
else if(strncmp(linebuf, lb_pro_resp_mask_req, 17) == 0)
dhptr->p_respmaskreq = getInt(&linebuf[17]);
else if(strncmp(linebuf, lb_pro_do_router_disc, 18) == 0)
dhptr->p_router_disc = getInt(&linebuf[18]);
else if(strncmp(linebuf, lb_pro_router_solicit_addr, 23) == 0)
dhptr->p_router_solicit_addr = getUnsignedLong(&linebuf[23], 1);
else if(strncmp(linebuf, lb_pro_static_routes, 17) == 0)
dhptr->p_routes = getAddressPairs(&linebuf[17]);
/* process new options added */
else if(strncmp(linebuf, lb_pro_logserver_addr, 18) == 0)
dhptr->p_logserver_addr = getAddressList(&linebuf[18]);
else if(strncmp(linebuf, lb_pro_cookieserver_addr, 21) == 0)
dhptr->p_cookieserver_addr = getAddressList(&linebuf[21]);
else if(strncmp(linebuf, lb_pro_LPRserver_addr, 18) == 0)
dhptr->p_LPRserver_addr = getAddressList(&linebuf[18]);
else if(strncmp(linebuf, lb_pro_resourceserver_addr, 23) == 0)
dhptr->p_resourceserver_addr = getAddressList(&linebuf[23]);
else if(strncmp(linebuf, lb_pro_bootfile_size, 17) == 0)
dhptr->p_bootfile_size = getInt(&linebuf[17]);
else if(strncmp(linebuf, lb_pro_swapserver_addr, 19) == 0)
dhptr->p_swapserver_addr = getUnsignedLong(&linebuf[19], 1);
else if(strncmp(linebuf, lb_pro_IPforwarding, 16) == 0)
dhptr->p_IPforwarding = getInt(&linebuf[16]);
else if(strncmp(linebuf, lb_pro_source_routing, 18) == 0)
dhptr->p_source_routing = getInt(&linebuf[18]);
else if(strncmp(linebuf, lb_pro_policy_filter, 17) == 0)
dhptr->p_policy_filter = getAddressPairs(&linebuf[17]);
else if(strncmp(linebuf, lb_pro_max_reassy_size, 19) == 0)
dhptr->p_max_reassy_size = getInt(&linebuf[19]);
else if(strncmp(linebuf, lb_pro_IP_ttl, 11) == 0)
dhptr->p_IP_ttl = getInt(&linebuf[11]);
else if(strncmp(linebuf, lb_pro_pathmtu_timeout, 19) == 0)
dhptr->p_pathmtu_timeout = getUnsignedLong(&linebuf[19], 0);
else if(strncmp(linebuf, lb_pro_pathmtu_table, 17) == 0)
dhptr->p_pathmtu_table = getIntList(&linebuf[17]);
else if(strncmp(linebuf, lb_pro_trailer_encaps, 18) == 0)
dhptr->p_trailer_encaps = getInt(&linebuf[18]);
else if(strncmp(linebuf, lb_pro_arpcache_timeout, 20) == 0)
dhptr->p_arpcache_timeout = getUnsignedLong(&linebuf[19], 0);
else if(strncmp(linebuf, lb_pro_ether_encaps, 16) == 0)
dhptr->p_ether_encaps = getInt(&linebuf[16]);
else if(strncmp(linebuf, lb_pro_TCP_ttl, 11) == 0)
dhptr->p_TCP_ttl = getInt(&linebuf[11]);
else if(strncmp(linebuf, lb_pro_TCP_keepalive_intrvl, 24) == 0)
dhptr->p_TCP_keepalive_intrvl = getUnsignedLong(&linebuf[24], 0);
else if(strncmp(linebuf, lb_pro_TCP_keepalive_garbage, 25) == 0)
dhptr->p_TCP_keepalive_garbage = getInt(&linebuf[25]);
else if(strncmp(linebuf, lb_pro_NetBIOS_nameserver_addr, 27) == 0)
dhptr->p_NetBIOS_nameserver_addr = getAddressList(&linebuf[27]);
else if(strncmp(linebuf, lb_pro_NetBIOS_distrserver_addr, 28) == 0)
dhptr->p_NetBIOS_distrserver_addr = getAddressList(&linebuf[28]);
else if(strncmp(linebuf, lb_pro_NetBIOS_nodetype, 20) == 0)
dhptr->p_NetBIOS_nodetype = getInt(&linebuf[20]);
else if(strncmp(linebuf, lb_pro_NetBIOS_scope, 17) == 0)
dhptr->p_NetBIOS_scope = getString(&linebuf[17]);
else if(strncmp(linebuf, lb_pro_X_fontserver_addr, 21) == 0)
dhptr->p_X_fontserver_addr = getAddressList(&linebuf[21]);
else if(strncmp(linebuf, lb_pro_X_displaymgr_addr, 21) == 0)
dhptr->p_X_displaymgr_addr = getAddressList(&linebuf[21]);
else if(strncmp(linebuf, lb_pro_nisplus_domain, 18) == 0)
dhptr->p_nisplusdomain = getString(&linebuf[18]);
else if(strncmp(linebuf, lb_pro_nisplusserver_addr, 23) == 0)
dhptr->p_nisplusserver_addr = getAddressList(&linebuf[23]);
else if(strncmp(linebuf, lb_pro_mobileIP_homeagent_addr, 27) == 0)
dhptr->p_mobileIP_homeagent_addr = getAddressList(&linebuf[27]);
else if(strncmp(linebuf, lb_pro_SMTPserver_addr, 19) == 0)
dhptr->p_SMTPserver_addr = getAddressList(&linebuf[19]);
else if(strncmp(linebuf, lb_pro_POP3server_addr, 19) == 0)
dhptr->p_POP3server_addr = getAddressList(&linebuf[19]);
else if(strncmp(linebuf, lb_pro_NNTPserver_addr, 19) == 0)
dhptr->p_NNTPserver_addr = getAddressList(&linebuf[19]);
else if(strncmp(linebuf, lb_pro_WWWserver_addr, 18) == 0)
dhptr->p_WWWserver_addr = getAddressList(&linebuf[18]);
else if(strncmp(linebuf, lb_pro_fingerserver_addr, 21) == 0)
dhptr->p_fingerserver_addr = getAddressList(&linebuf[21]);
else if(strncmp(linebuf, lb_pro_IRCserver_addr, 18) == 0)
dhptr->p_IRCserver_addr = getAddressList(&linebuf[18]);
else if(strncmp(linebuf, lb_pro_StreetTalkserver_addr, 25) == 0)
dhptr->p_StreetTalkserver_addr = getAddressList(&linebuf[25]);
else if(strncmp(linebuf, lb_pro_STDAserver_addr, 19) == 0)
dhptr->p_STDAserver_addr = getAddressList(&linebuf[19]);
else if (strncmp(linebuf, lb_pro_time_offset, 15) == 0)
dhptr->p_time_offset = getInt(&linebuf[15]);
else if (strncmp(linebuf, lb_pro_nameserver116_addr, 22) == 0)
dhptr->p_nameserver116_addr = getAddressList(&linebuf[22]);
else if (strncmp(linebuf, lb_pro_impressserver_addr, 22) == 0)
dhptr->p_impressserver_addr = getAddressList(&linebuf[22]);
else if (strncmp(linebuf, lb_pro_meritdump_pathname, 22) == 0)
dhptr->p_merit_dump_pathname = getString(&linebuf[22]);
else if (strncmp(linebuf, lb_pro_root_pathname, 17) == 0)
dhptr->p_root_disk_pathname = getString(&linebuf[17]);
else if (strncmp(linebuf, lb_pro_extensions_pathname, 23) == 0)
dhptr->p_extensions_pathname = getString(&linebuf[23]);
else if (strncmp(linebuf, lb_pro_NTPserver_addr, 18) == 0)
dhptr->p_NTPserver_addr = getAddressList(&linebuf[18]);
else if (strncmp(linebuf, lb_pro_TFTPserver_name, 19) == 0)
dhptr->p_tftp_server_name = getString(&linebuf[19]);
else if (strncmp(linebuf, lb_pro_bootfile_name, 17) == 0)
dhptr->p_bootfile_name = getString(&linebuf[17]);
}
fclose(fp);
if(strcmp(netname, "Default") == 0) { /* CHANGE to set netnum */
if (!myhostaddr.s_addr)
set_myhostaddr();
if(dhptr->p_netmask == 0)
dhptr->p_netmask = mynetmask;
dhptr->p_netnum = dhptr->p_netmask & myhostaddr.s_addr;
if(configListPtr == 0) {
configListPtr = dhptr;
return 0;
}
cfgPtr = configListPtr;
while(cfgPtr) {
if(cfgPtr->p_netnum == dhptr->p_netnum ) {
/* Free up memory and return */
cf0_free_config_list(dhptr);
return 0;
}
cfgPtr = cfgPtr->p_next;
}
}
/*
** Must be appended to list instead of prepended since we specifically
** place default at end.
*/
if (l) { /* add to list */
for (end = &configListPtr, cfgPtr = configListPtr; cfgPtr;
end = &cfgPtr->p_next, cfgPtr = cfgPtr->p_next);
*end = dhptr;
}
else { /* return it in argument */
if (retptr)
*retptr = dhptr;
}
if ( (dhptr->p_lease > 0) &&
(dhptr->p_lease < retry_stolen_timeout) )
retry_stolen_timeout = dhptr->p_lease;
return 0;
}
/*
* set the default values in a new config structure
*/
void
set_default_config_values(dhcpConfig *dhptr)
{
char *nisdm;
dhptr->serve_me = 1;
dhptr->p_addrcnt = 1;
dhptr->p_hstpfxcnt = 1;
dhptr->p_lease = 0x5a39a80; /* 3 years */
dhptr->p_propel_addr = 0;
dhptr->p_hostpfx = strdup("iris");
dhptr->p_choose_name = 0;
dhptr->p_addr_range = (struct addr_range *)
malloc(sizeof(struct addr_range)*2);
bzero(dhptr->p_addr_range, sizeof(struct addr_range)*2);
dhptr->p_addr_range->r_low = 1;
dhptr->p_addr_range->r_high = 254;
dhptr->p_router_addr = (u_long *)0;
dhptr->p_tmsserver_addr = (u_long *)0;
dhptr->p_dnsserver_addr = dh0_get_dnsServers();
dhptr->p_nisserver_addr = 0;
dhptr->p_nisdomain = (char *)0;
if(nha0_haveNfsOption()) {
if(nisdm = dh0_getNisDomain()) {
dhptr->p_nisdomain = nisdm;
}
}
dhptr->p_nisserver_addr = 0;
dhptr->p_dnsdomain = dh0_getDnsDomain();
dhptr->p_mtu = 0;
dhptr->p_allnetsloc = 0;
dhptr->p_domaskdisc = 0;
dhptr->p_respmaskreq = 0;
dhptr->p_routes = 0;
}
static int
create_default_entry(void)
{
dhcpConfig *dhptr, *cfgPtr, **end;
char *ifname;
int mtu;
int rc;
u_long myaddr[2];
/* CHANGES - myhostaddr was set much later*/
if (!myhostaddr.s_addr)
set_myhostaddr();
ifname = nha0_get_primary_interface_name(myhostaddr.s_addr);
rc = nha0_get_kmem_data(ifname, &mtu);
myaddr[0] = myhostaddr.s_addr;
myaddr[1] = 0;
dhptr = (dhcpConfig *)malloc(sizeof(dhcpConfig));
bzero(dhptr, sizeof(dhcpConfig));
set_default_config_values(dhptr);
dhptr->p_netmask = nha0_getSubnetmask(ifname);
dhptr->p_netnum = dhptr->p_netmask & myhostaddr.s_addr;
dhptr->p_router_addr = (u_long *)malloc(sizeof(u_long) *2);
bcopy(myaddr, dhptr->p_router_addr, sizeof(u_long)*2);
dhptr->p_tmsserver_addr = (u_long *)malloc(sizeof(u_long)*2);
bcopy(myaddr, dhptr->p_tmsserver_addr, sizeof(u_long)*2);
if(rc == 0) {
dhptr->p_mtu = mtu;
}
dhptr->p_broadcast = nha0_getBroadcastAddr(ifname);
/*
** Must be appended to list instead of prepended since we specifically
** place default at end.
*/
for (end = &configListPtr, cfgPtr = configListPtr; cfgPtr;
end = &cfgPtr->p_next, cfgPtr = cfgPtr->p_next);
*end = dhptr;
return 0;
}
int
cf0_initialize_config(void)
{
DIR *dirp;
struct direct *dp;
int rc;
char nbuf[512];
char *p;
int default_config_found = 0;
dirp = opendir(useConfigDir);
if(dirp == NULL)
return ERR_CANNOT_OPEN_CONFIG_DIR;
configListPtr = (dhcpConfig *)NULL;
rc = 0;
while((dp = readdir(dirp)) != NULL) {
if( (dp->d_namlen > 9) && (strncmp(dp->d_name, "config.", 7) == 0) ) {
sprintf(nbuf, "%s/%s", useConfigDir, dp->d_name);
p = dp->d_name;
if(strcmp(p, "config.Default") == 0) {
default_config_found = 1;
continue;
}
if(rc = add_to_config_list(nbuf, p+7, 1, NULL)) {
cf0_free_config_list(0);
break;
}
}
}
if (rc != 0) {
closedir(dirp);
return rc;
}
/* Add it at the end, when the list is complete so you can traverse it */
if(default_config_found) {
sprintf(nbuf, "%s/config.Default", useConfigDir);
if(rc = add_to_config_list(nbuf, "Default", 1, NULL)) {
cf0_free_config_list(0);
}
}
closedir(dirp);
if( (configListPtr == 0) && (found_default == 0) )
create_default_entry();
/* if there is no configuration then don't be a DHCP server */
if (configListPtr == 0) {
ProclaimServer = 0;
syslog(LOG_ERR, "DHCP Server disabled, check config files!");
}
/* initialize configuration from LDAP backend */
#ifdef EDHCP_LDAP
cf0_initialize_config_ldap();
#endif
cf0_initialize_vendor_class();
return rc;
}
int
cf0_reread_config()
{
free_vendor_options();
cf0_free_config_list(0);
return(cf0_initialize_config());
}
dhcpConfig *
cf0_get_config(u_long addr, int flag)
{
dhcpConfig *cfgPtr, *defPtr;
#ifdef EDHCP_LDAP
dhcpConfig *ldap_config_ptr;
#endif
u_long mltaddr;
int found_cfg = 0;
defPtr = cfgPtr = configListPtr;
while(cfgPtr) {
if((addr & cfgPtr->p_netmask)==(cfgPtr->p_netnum & cfgPtr->p_netmask)){
defPtr = cfgPtr;
found_cfg = 1;
break;
}
cfgPtr = cfgPtr->p_next;
}
if (0 == found_cfg) {
/*
* there must be a matching configuration (a default is not
* enough) - clients that got addresses via relays from this
* server will continue to renew/rebind even if the server
* has stopped serving the network of the client
* for compatibility the default network use is retained
*/
mltaddr = MULTIHMDHCP ? np_recv->myaddr.s_addr : myhostaddr.s_addr;
defPtr = cfgPtr = configListPtr;
while(cfgPtr) {
if (cfgPtr->p_netnum == (cfgPtr->p_netmask & mltaddr)) {
defPtr = cfgPtr;
found_cfg = 1;
break;
}
cfgPtr = cfgPtr->p_next;
}
}
if(defPtr->serve_me == 0) /*an extra check*/
return 0;
else{ /*only the configuration for the network*/
if(found_cfg) { /*on which the request came in on should*/
/*be returned; else return NULL */
#ifdef EDHCP_LDAP
if (1 == flag) {
ldap_config_ptr = get_dhcpConfig_ldap(defPtr, addr);
if (ldap_config_ptr)
return ldap_config_ptr;
}
#endif
return defPtr;
}
return 0;
}
}
int
req_addr_in_range(dhcpConfig *cfgPtr, u_long req_addr)
{
struct addr_range *adr;
u_long nnum;
u_long hnum;
int i;
int ret;
ret = 0;
adr = cfgPtr->p_addr_range;
if (adr != 0) { /* if no ranges return 0 */
if(cfgPtr->p_netnum == 0)
nnum = req_addr & cfgPtr->p_netmask;
else {
nnum = cfgPtr->p_netnum;
}
hnum = req_addr - nnum + (cfgPtr->p_addr_range->r_low & cfgPtr->p_netmask); /* get host number */
i = 0;
while( (adr[i].r_low != 0) && (adr[i].r_high != 0) ) {
if (hnum >= adr[i].r_low && hnum <= adr[i].r_high) {
ret = 1;
break;
}
i++;
}
}
return ret;
}
int
cf0_is_req_addr_valid(u_long req_addr, u_long netaddr)
{
dhcpConfig *cfgPtr;
cfgPtr = configListPtr;
while(cfgPtr) { /* change at HP */
if(((netaddr & cfgPtr->p_netmask)==(cfgPtr->p_netnum & cfgPtr->p_netmask))&&
((req_addr & cfgPtr->p_netmask)==(cfgPtr->p_netnum & cfgPtr->p_netmask))){
/* we must still check if its in the range */
if (req_addr_in_range(cfgPtr, req_addr))
return 0; /* Valid */
else
return 2; /* Not in range but in subnet */
}
cfgPtr = cfgPtr->p_next;
}
return 1;
}
static char *
get_next_available_name(dhcpConfig *cfgPtr,char *cid_ptr, int cid_length,
EtherAddr *eth, char *desired_name, DBM *db)
{
char nm[MAXHOSTNAMELEN+1], *nm1;
char hsnm[MAXHOSTNAMELEN];
char *client_domain = (char *)0;
int cnt, found, first_time;
if (cfgPtr->p_dnsdomain) {
client_domain = cfgPtr->p_dnsdomain;
}
else if (cfgPtr->p_nisdomain){
client_domain = cfgPtr->p_nisdomain;
}
else{
client_domain = mydomain;
}
first_time = 1;
found = 0;
cnt = cfgPtr->p_hstpfxcnt;
while(!found) {
if (first_time && desired_name && *desired_name) {
strcpy(nm, desired_name);
}
else
sprintf(nm, "%s%d", cfgPtr->p_hostpfx, cnt);
if (client_domain) {
sprintf(hsnm,"%s.%s", nm, client_domain);
}
if(loc0_is_hostname_assigned(nm, db)) {
if (!first_time)
cnt++;
else
first_time = 0;
continue;
}
if (client_domain && loc0_is_hostname_assigned(hsnm, db)) {
if (!first_time)
cnt++;
else
first_time = 0;
continue;
}
nm1 = loc0_get_hostname_from_cid(cid_ptr, cid_length, eth, db);
if(nm1 && *nm1 && (strcmp(nm, nm1) == 0) ) {
if (!first_time)
cnt++;
else
first_time = 0;
if (nm1)
free(nm1);
continue;
}
if (client_domain && nm1 && *nm1 && (strcmp(hsnm, nm1) ==0) ) {
if (!first_time)
cnt++;
else
first_time = 0;
if (nm1)
free(nm1);
continue;
}
found = 1;
if (nm1)
free(nm1);
}
if (desired_name) {
if (strcmp(nm, desired_name) != 0)
cfgPtr->p_hstpfxcnt = cnt + 1;
}
else
cfgPtr->p_hstpfxcnt = cnt + 1;
if (client_domain) /* Make sure it is freed later by the callee */
return(strdup(hsnm));
else
return(strdup(nm));
}
static u_long
get_next_available_address(dhcpConfig *cfgPtr, u_long nnum, DBM *db)
{
int found_r, wrap_flag, cnt, indx, i;
struct addr_range *adr;
u_long tmp_ipa;
struct in_addr ipn;
found_r = 0;
wrap_flag = 0;
cnt = indx = cfgPtr->p_addrcnt;
if(cnt <= 0)
cnt = 1;
adr = cfgPtr->p_addr_range;
if(adr == 0) {
ipn.s_addr = nnum;
syslog(LOG_ERR, "Address range for network %s not specified",
inet_ntoa(ipn));
return 0;
}
for(;;) {
i = 0;
while( (adr[i].r_low != 0) && (adr[i].r_high != 0) ) {
if(cnt < adr[i].r_low) {
cnt++;
continue;
}
if(cnt >= adr[i].r_low && cnt <= adr[i].r_high) {
found_r = 1;
while(cnt <= adr[i].r_high) {
tmp_ipa = nnum - (cfgPtr->p_netmask & cnt) + cnt;
if(loc0_is_ipaddress_assigned(tmp_ipa, db)) {
cnt++;
if(wrap_flag && (cnt == indx))
return 0;
continue;
}
cfgPtr->p_addrcnt = cnt+1;
return tmp_ipa;
}
break; /* cnt is now out of range, find the range again */
}
i++;
}
if(!found_r) { /* wrap around */
if(!wrap_flag) {
cnt = 1;
wrap_flag = 1;
}
else
return 0; /* not found */
}
else {
found_r = 0;
}
}
}
static char*
get_hostname_client(char *cid_ptr, int cid_length, EtherAddr *eth,
u_long ipa, int dont_need_new_hostname,
char *desired_name,
dhcpConfig *cfgPtr, DBM *db)
{
struct hostent *he;
char *hsname;
if(dont_need_new_hostname) {
hsname = (char *)
loc0_get_hostname_from_cid(cid_ptr, cid_length, eth, db);
if( (hsname == 0) || (*hsname == '\0') )
hsname =
get_next_available_name(cfgPtr, cid_ptr, cid_length,
eth, desired_name, db);
}
else {
he = gethostbyaddr(&ipa, sizeof(ipa), AF_INET);
if (he) {
hsname = strdup(he->h_name);
} else {
hsname =
get_next_available_name(cfgPtr, cid_ptr, cid_length,
eth, desired_name, db);
}
}
return hsname;
}
int
cf0_get_new_ipaddress(EtherAddr *eth, u_long src_addr, u_long desired,
u_long *newaddr, dhcpConfig **cfgPPtr, char *cid_ptr,
int cid_length, DBM *db, char *desired_name)
{
dhcpConfig *cfgPtr;
u_long ipa = 0;
char *hsname, *buf;
u_long nnum;
EtherAddr ethlru;
int lru_cid_len = 0;
char lru_cid[MAXCIDLEN];
int dont_need_new_hostname = 0;
struct in_addr ipn;
char *client_domain = (char *)0;
char hostname[MAXHOSTNAMELEN];
char str[MAXCIDLEN];
int two_tries = 0; /* if we find a duplicate entry in etherToIP
* for the address we are trying to assign
* we try another time. If the second time
* fails we return error (1) */
long lease_or_inf;
hsname = (char*)0;
cfgPtr = cf0_get_config(src_addr, 0);
*cfgPPtr = cfgPtr;
if(cfgPtr == 0) {
if (debug >= 2) {
ipn.s_addr = src_addr;
syslog(LOG_DEBUG, "Configuration for address %s not found.",
inet_ntoa(ipn));
}
return 1;
}
if(ipa = loc0_get_ipaddr_from_cid(eth, cid_ptr, cid_length, db)) {
if(cf0_is_req_addr_valid(ipa, src_addr) == 0) {
*newaddr = ipa;
/* we have a valid mapping but we have to make sure there is
* a mapping in etherToIP */
dont_need_new_hostname = 1;
goto validate_etherToIP;
}
if (!alt_naming_flag) /* want to retain the ethers map for non -x */
dont_need_new_hostname = 1;
}
try_another_time:
if (desired && ! loc0_is_ipaddress_assigned(desired, db) &&
(cf0_is_req_addr_valid(desired, src_addr) == 0)) {
ipa = desired;
}
else {
if(cfgPtr->p_netnum == 0)
nnum = src_addr & cfgPtr->p_netmask;
else
nnum = cfgPtr->p_netnum;
ipa = get_next_available_address(cfgPtr, nnum, db);
if (alt_naming_flag)
dont_need_new_hostname = 0;
}
*newaddr = ipa;
validate_etherToIP:
if(ipa == 0) { /* try to use expired entry */
bzero(&ethlru, sizeof(EtherAddr));
if (loc0_scan_find_lru_entry(cfgPtr, &ethlru, &ipa, &hsname,
lru_cid, & lru_cid_len, db) == 0) {
/* found, need to comment out this entry in the etherToIP,
* hosts, and ethers file.
*/
if (debug) {
ipn.s_addr = ipa;
syslog(LOG_DEBUG,
"Lease for address %s has expired. Reusing address.",
inet_ntoa(ipn));
}
loc0_expire_entry(&ethlru, lru_cid, lru_cid_len, ipa, db);
if(cf0_is_req_addr_valid(ipa, src_addr) == 0) {
*newaddr = ipa;
}
else {
ipa = 0;
goto validate_etherToIP;
}
if ( (hsname == NULL) || (*hsname == '\0') )
hsname = get_hostname_client(cid_ptr, cid_length, eth, ipa,
dont_need_new_hostname,
desired_name,
cfgPtr, db);
}
else {
mk_str(1, cid_ptr, cid_length, str);
ipn.s_addr = cfgPtr->p_netnum;
syslog(LOG_WARNING, "All IP addresses in use - Network %s."
"No addr for Cid=%s, mac=%s",
inet_ntoa(ipn), str, ether_ntoa(eth));
return 1;
}
}
else {
hsname = get_hostname_client(cid_ptr, cid_length, eth, ipa,
dont_need_new_hostname,
desired_name,
cfgPtr, db);
}
if (alt_naming_flag) {
dh0_remove_system_mapping(cid_ptr, eth, cid_length, db);
sys0_removeFromHostsFile(ipa);
}
lease_or_inf = loc0_get_lease(ipa, db);
if (lease_or_inf >= 0)
lease_or_inf = 0;
loc0_remove_entry(eth, 3, cid_ptr, cid_length, db);/* remove it if one exists already */
if (debug) {
if (loc0_is_etherToIP_duplicate(cid_ptr, cid_length, eth, ipa, hsname, db)){
if (two_tries == 0) {
desired = 0; /* a fresh approach makes this 0 */
ipa = 0;
dont_need_new_hostname = 0;
if (hsname)
free(hsname);
two_tries = 1;
goto try_another_time;
}
else {
if (hsname)
free(hsname);
return 1;
}
}
}
if (ping_blocking_check) {
if (send_blocking_ping(ping_sd, ipa, 1, 0, 1) >= 0) {
ipn.s_addr = ipa;
two_tries++;
syslog(LOG_WARNING, "Address %s appears to be STOLEN: tries(%d)",
inet_ntoa(ipn), two_tries);
if (two_tries < 10) {
desired = 0; /* a fresh approach makes this 0 */
ipa = 0;
dont_need_new_hostname = 0;
if (hsname)
free(hsname);
goto try_another_time;
}
else {
if (hsname)
free(hsname);
return 1;
}
}
}
if (debug){
buf = getRecByCid(0, cid_ptr, cid_length, db);
if ((buf != NULL) && (lease_or_inf != STATIC_LEASE))
syslog(LOG_DEBUG,"Trying to create new entry with used addr: %s", buf);
}
/* process requested hostname from client */
if (!alt_naming_flag && desired_name && *desired_name &&
(lease_or_inf != STATIC_LEASE) &&
(strcmp(hsname, desired_name) != 0)) {
if (debug >= 3) {
syslog(LOG_DEBUG, "Requested name is %s", desired_name);
}
if (cfgPtr->p_dnsdomain) {
client_domain = cfgPtr->p_dnsdomain;
}
else if (cfgPtr->p_nisdomain){
client_domain = cfgPtr->p_nisdomain;
}
else{
client_domain = mydomain;
}
if (client_domain) {
sprintf(hostname,"%s.%s", desired_name, client_domain);
}
if (strcmp(hsname, hostname) != 0) {
if (loc0_is_hostname_assigned(hostname, db) == 0) {
free(hsname);
hsname = strdup(desired_name);
}
else {
if (debug >= 3) {/* name is taken */
syslog(LOG_DEBUG, "Requested name %s is already taken",
hostname);
}
}
}
}
loc0_create_new_entry_l(cid_ptr, cid_length, eth, ipa, hsname,
lease_or_inf, db);
free(hsname);
return 0;
}
rfc1533opts *
get_rfc1533_config(void)
{
FILE *fp;
char linebuf[1024];
rfc1533opts *rfcptr;
fp = log_fopen(rfc1533configFile, "r");
if(fp == NULL)
return 0;
rfcptr = (rfc1533opts *)malloc(sizeof(rfc1533opts));
bzero(rfcptr, sizeof(rfc1533opts));
while(fgets(linebuf, 1024, fp) != NULL) {
if( (*linebuf == '\n') || (*linebuf == '#') )
continue;
if(strncmp(linebuf, lb_pro_netmask, 11) == 0) {
rfcptr->p_netmask = getUnsignedLong(&linebuf[11], 1);
if(rfcptr->p_netmask == INADDR_NONE)
rfcptr->p_netmask = 0;
}
else if (strncmp(linebuf, lb_pro_time_offset, 15) == 0)
rfcptr->p_time_offset = getInt(&linebuf[15]);
else if(strncmp(linebuf, lb_pro_router_addr, 15) == 0)
rfcptr->p_router_addr = getAddressList(&linebuf[15]);
else if(strncmp(linebuf, lb_pro_timeserver_addr, 19) == 0)
rfcptr->p_tmsserver_addr = getAddressList(&linebuf[19]);
else if (strncmp(linebuf, lb_pro_nameserver116_addr, 22) == 0)
rfcptr->p_nameserver116_addr = getAddressList(&linebuf[22]);
else if(strncmp(linebuf, lb_pro_dnsserver_addr, 18) == 0)
rfcptr->p_dnsserver_addr = getAddressList(&linebuf[18]);
else if(strncmp(linebuf, lb_pro_logserver_addr, 18) == 0)
rfcptr->p_logserver_addr = getAddressList(&linebuf[18]);
else if(strncmp(linebuf, lb_pro_cookieserver_addr, 21) == 0)
rfcptr->p_cookieserver_addr = getAddressList(&linebuf[21]);
else if(strncmp(linebuf, lb_pro_LPRserver_addr, 18) == 0)
rfcptr->p_LPRserver_addr = getAddressList(&linebuf[18]);
else if (strncmp(linebuf, lb_pro_impressserver_addr, 22) == 0)
rfcptr->p_impressserver_addr = getAddressList(&linebuf[22]);
else if(strncmp(linebuf, lb_pro_resourceserver_addr, 23) == 0)
rfcptr->p_resourceserver_addr = getAddressList(&linebuf[23]);
else if(strncmp(linebuf, lb_pro_bootfile_size, 17) == 0)
rfcptr->p_bootfile_size = getInt(&linebuf[17]);
else if (strncmp(linebuf, lb_pro_meritdump_pathname, 22) == 0)
rfcptr->p_merit_dump_pathname = getString(&linebuf[22]);
else if(strncmp(linebuf, lb_pro_dns_domain, 14) == 0)
rfcptr->p_dnsdomain = getString(&linebuf[14]);
else if(strncmp(linebuf, lb_pro_swapserver_addr, 19) == 0)
rfcptr->p_swapserver_addr = getUnsignedLong(&linebuf[19], 1);
else if (strncmp(linebuf, lb_pro_root_pathname, 17) == 0)
rfcptr->p_root_disk_pathname = getString(&linebuf[17]);
else if (strncmp(linebuf, lb_pro_extensions_pathname, 23) == 0)
rfcptr->p_extensions_pathname = getString(&linebuf[23]);
else if(strncmp(linebuf, lb_pro_IPforwarding, 16) == 0)
rfcptr->p_IPforwarding = getInt(&linebuf[16]);
else if(strncmp(linebuf, lb_pro_source_routing, 18) == 0)
rfcptr->p_source_routing = getInt(&linebuf[18]);
else if(strncmp(linebuf, lb_pro_policy_filter, 17) == 0)
rfcptr->p_policy_filter = getAddressPairs(&linebuf[17]);
else if(strncmp(linebuf, lb_pro_max_reassy_size, 19) == 0)
rfcptr->p_max_reassy_size = getInt(&linebuf[19]);
else if(strncmp(linebuf, lb_pro_IP_ttl, 11) == 0)
rfcptr->p_IP_ttl = getInt(&linebuf[11]);
else if(strncmp(linebuf, lb_pro_pathmtu_timeout, 19) == 0)
rfcptr->p_pathmtu_timeout = getUnsignedLong(&linebuf[19], 0);
else if(strncmp(linebuf, lb_pro_pathmtu_table, 17) == 0)
rfcptr->p_pathmtu_table = getIntList(&linebuf[17]);
else if(strncmp(linebuf, lb_pro_mtu, 7) == 0)
rfcptr->p_mtu = getInt(&linebuf[7]);
else if(strncmp(linebuf, lb_pro_allnets_local, 17) == 0)
rfcptr->p_allnetsloc = getInt(&linebuf[17]);
else if(strncmp(linebuf, lb_pro_broadcast, 13) == 0)
rfcptr->p_broadcast = getUnsignedLong(&linebuf[13], 1);
else if(strncmp(linebuf, lb_pro_domask_disc, 15) == 0)
rfcptr->p_domaskdisc = getInt(&linebuf[15]);
else if(strncmp(linebuf, lb_pro_resp_mask_req, 17) == 0)
rfcptr->p_respmaskreq = getInt(&linebuf[17]);
else if(strncmp(linebuf, lb_pro_do_router_disc, 18) == 0)
rfcptr->p_router_disc = getInt(&linebuf[18]);
else if(strncmp(linebuf, lb_pro_router_solicit_addr, 23) == 0)
rfcptr->p_router_solicit_addr = getUnsignedLong(&linebuf[23], 1);
else if(strncmp(linebuf, lb_pro_static_routes, 17) == 0)
rfcptr->p_routes = getAddressPairs(&linebuf[17]);
else if(strncmp(linebuf, lb_pro_trailer_encaps, 18) == 0)
rfcptr->p_trailer_encaps = getInt(&linebuf[18]);
else if(strncmp(linebuf, lb_pro_arpcache_timeout, 20) == 0)
rfcptr->p_arpcache_timeout = getUnsignedLong(&linebuf[19], 0);
else if(strncmp(linebuf, lb_pro_ether_encaps, 16) == 0)
rfcptr->p_ether_encaps = getInt(&linebuf[16]);
else if(strncmp(linebuf, lb_pro_TCP_ttl, 11) == 0)
rfcptr->p_TCP_ttl = getInt(&linebuf[11]);
else if(strncmp(linebuf, lb_pro_TCP_keepalive_intrvl, 24) == 0)
rfcptr->p_TCP_keepalive_intrvl = getUnsignedLong(&linebuf[24], 0);
else if(strncmp(linebuf, lb_pro_TCP_keepalive_garbage, 25) == 0)
rfcptr->p_TCP_keepalive_garbage = getInt(&linebuf[25]);
else if(strncmp(linebuf, lb_pro_nis_domain, 14) == 0)
rfcptr->p_nisdomain = getString(&linebuf[14]);
else if(strncmp(linebuf, lb_pro_nisserver_addr, 18) == 0)
rfcptr->p_nisserver_addr = getAddressList(&linebuf[18]);
else if (strncmp(linebuf, lb_pro_NTPserver_addr, 18) == 0)
rfcptr->p_NTPserver_addr = getAddressList(&linebuf[18]);
else if(strncmp(linebuf, lb_pro_NetBIOS_nameserver_addr, 27) == 0)
rfcptr->p_NetBIOS_nameserver_addr = getAddressList(&linebuf[27]);
else if(strncmp(linebuf, lb_pro_NetBIOS_distrserver_addr, 28) == 0)
rfcptr->p_NetBIOS_distrserver_addr = getAddressList(&linebuf[28]);
else if(strncmp(linebuf, lb_pro_NetBIOS_nodetype, 20) == 0)
rfcptr->p_NetBIOS_nodetype = getInt(&linebuf[20]);
else if(strncmp(linebuf, lb_pro_NetBIOS_scope, 17) == 0)
rfcptr->p_NetBIOS_scope = getString(&linebuf[17]);
else if(strncmp(linebuf, lb_pro_X_fontserver_addr, 21) == 0)
rfcptr->p_X_fontserver_addr = getAddressList(&linebuf[21]);
else if(strncmp(linebuf, lb_pro_X_displaymgr_addr, 21) == 0)
rfcptr->p_X_displaymgr_addr = getAddressList(&linebuf[21]);
else if(strncmp(linebuf, lb_pro_nisplus_domain, 18) == 0)
rfcptr->p_nisplusdomain = getString(&linebuf[18]);
else if(strncmp(linebuf, lb_pro_nisplusserver_addr, 23) == 0)
rfcptr->p_nisplusserver_addr = getAddressList(&linebuf[23]);
else if(strncmp(linebuf, lb_pro_mobileIP_homeagent_addr, 27) == 0)
rfcptr->p_mobileIP_homeagent_addr = getAddressList(&linebuf[27]);
else if(strncmp(linebuf, lb_pro_SMTPserver_addr, 19) == 0)
rfcptr->p_SMTPserver_addr = getAddressList(&linebuf[19]);
else if(strncmp(linebuf, lb_pro_POP3server_addr, 19) == 0)
rfcptr->p_POP3server_addr = getAddressList(&linebuf[19]);
else if(strncmp(linebuf, lb_pro_NNTPserver_addr, 19) == 0)
rfcptr->p_NNTPserver_addr = getAddressList(&linebuf[19]);
else if(strncmp(linebuf, lb_pro_WWWserver_addr, 18) == 0)
rfcptr->p_WWWserver_addr = getAddressList(&linebuf[18]);
else if(strncmp(linebuf, lb_pro_fingerserver_addr, 21) == 0)
rfcptr->p_fingerserver_addr = getAddressList(&linebuf[21]);
else if(strncmp(linebuf, lb_pro_IRCserver_addr, 18) == 0)
rfcptr->p_IRCserver_addr = getAddressList(&linebuf[18]);
else if(strncmp(linebuf, lb_pro_StreetTalkserver_addr, 25) == 0)
rfcptr->p_StreetTalkserver_addr = getAddressList(&linebuf[25]);
else if(strncmp(linebuf, lb_pro_STDAserver_addr, 19) == 0)
rfcptr->p_STDAserver_addr = getAddressList(&linebuf[19]);
}
fclose(fp);
return rfcptr;
}
#ifdef EDHCP_LDAP
/* get value of an option from the LDAP configuration
*/
void getOptVals(char *option, int *optID, char *optVal)
{
char *tmp;
*optID = -1;
*optVal = NULL;
tmp = strtok(option, " \t");
if (!tmp)
return;
*optID = atoi(tmp);
tmp = strtok(0, " \t");
if (!tmp)
return;
strcpy(optVal, tmp);
}
/*
* update SUBnet configuration from LDAP options
*/
int
update_subnet_options(dhcpConfig *dhptr, char **goptions)
{
char **opt;
int optID;
char optVal[256];
char option[256];
if (dhptr == NULL) {
syslog(LOG_DEBUG, "update_subnet_options: dhcpConfig* NULL");
return 1;
}
if ((goptions == NULL) || (*goptions == NULL))
return 0;
for (opt = goptions; *opt; opt++) {
strcpy(option, *opt);
getOptVals(option, &optID, optVal);
switch(optID) {
case PAD_TAG:/* 0*/
syslog(LOG_DEBUG, "Tag %d ???", optID);
break;
case SUBNETMASK_TAG:/* 1*/
syslog(LOG_DEBUG, "Tag %d ???", optID);
break;
case TIME_OFFSET_TAG:/* 2*/
dhptr->p_time_offset = getInt(optVal);
break;
case ROUTER_TAG:/* 3*/
if (dhptr->p_router_addr)
free(dhptr->p_router_addr);
dhptr->p_router_addr = getAddressList(optVal);
break;
case TIMESERVERS_TAG:/* 4*/
if (dhptr->p_tmsserver_addr)
free(dhptr->p_tmsserver_addr);
dhptr->p_tmsserver_addr = getAddressList(optVal);
break;
case NAME_SERVER116_TAG:/* 5*/
if (dhptr->p_nameserver116_addr)
free(dhptr->p_nameserver116_addr);
dhptr->p_nameserver116_addr = getAddressList(optVal);
break;
case DNSSERVERS_TAG:/* 6*/
if (dhptr->p_dnsserver_addr)
free(dhptr->p_dnsserver_addr);
dhptr->p_dnsserver_addr = getAddressList(optVal);
break;
case LOGSERVERS_TAG:/* 7*/
if (dhptr->p_logserver_addr)
free(dhptr->p_logserver_addr);
dhptr->p_logserver_addr = getAddressList(optVal);
break;
case COOKIESERVERS_TAG:/* 8*/
if (dhptr->p_cookieserver_addr)
free(dhptr->p_cookieserver_addr);
dhptr->p_cookieserver_addr = getAddressList(optVal);
break;
case LPRSERVERS_TAG:/* 9*/
if (dhptr->p_LPRserver_addr)
free(dhptr->p_LPRserver_addr);
dhptr->p_LPRserver_addr = getAddressList(optVal);
break;
case IMPRESSSERVERS_TAG:/* 10*/
if (dhptr->p_impressserver_addr)
free(dhptr->p_impressserver_addr);
dhptr->p_impressserver_addr = getAddressList(optVal);
break;
case RESOURCESERVERS_TAG:/* 11*/
if (dhptr->p_resourceserver_addr)
free(dhptr->p_resourceserver_addr);
dhptr->p_resourceserver_addr = getAddressList(optVal);
break;
case HOSTNAME_TAG:/* 12*/
syslog(LOG_DEBUG, "Tag %d ???", optID);
break;
case BOOTFILE_SIZE_TAG:/* 13*/
dhptr->p_bootfile_size = getInt(optVal);
break;
case MERITDUMP_FILE_TAG:/* 14*/
if (dhptr->p_merit_dump_pathname)
free(dhptr->p_merit_dump_pathname);
dhptr->p_merit_dump_pathname = getString(optVal);
break;
case DNSDOMAIN_NAME_TAG:/* 15*/
if (dhptr->p_dnsdomain)
free(dhptr->p_dnsdomain);
dhptr->p_dnsdomain = getString(optVal);
break;
case SWAPSERVER_ADDRESS_TAG:/* 16*/
dhptr->p_swapserver_addr = getUnsignedLong(optVal, 1);
break;
case ROOT_PATH_TAG:/* 17*/
if (dhptr->p_root_disk_pathname)
free(dhptr->p_root_disk_pathname);
dhptr->p_root_disk_pathname = getString(optVal);
break;
case EXTENSIONS_PATH_TAG:/* 18*/
if (dhptr->p_extensions_pathname)
free(dhptr->p_extensions_pathname);
dhptr->p_extensions_pathname = getString(optVal);
break;
/* IP Layer params per host */
case IP_FORWARDING_TAG:/* 19*/
dhptr->p_IPforwarding = getInt(optVal);
break;
case NON_LOCAL_SRC_ROUTE_TAG:/* 20*/
dhptr->p_source_routing = getInt(optVal);
break;
case POLICY_FILTER_TAG:/* 21*/
if (dhptr->p_policy_filter)
free(dhptr->p_policy_filter);
dhptr->p_policy_filter = getAddressPairs(optVal);
break;
case MAX_DGRAM_REASSEMBL_TAG:/* 22*/
dhptr->p_max_reassy_size = getInt(optVal);
break;
case DEF_IP_TIME_LIVE_TAG:/* 23*/
dhptr->p_IP_ttl = getInt(optVal);
break;
case PATH_MTU_AGE_TMOUT_TAG:/* 24*/
dhptr->p_pathmtu_timeout = getUnsignedLong(optVal, 0);
break;
case PATH_MTU_PLT_TABLE_TAG:/* 25*/
if (dhptr->p_pathmtu_table)
free(dhptr->p_pathmtu_table);
dhptr->p_pathmtu_table = getIntList(optVal);
break;
/* IP Layer parameters per interface */
case IF_MTU_TAG:/* 26*/
dhptr->p_mtu = getInt(optVal);
break;
case ALL_SUBNETS_LOCAL_TAG:/* 27*/
dhptr->p_allnetsloc = getInt(optVal);
break;
case BROADCAST_ADDRESS_TAG:/* 28*/
dhptr->p_broadcast = getUnsignedLong(optVal, 1);
break;
case CLIENT_MASK_DISC_TAG:/* 29*/
dhptr->p_domaskdisc = getInt(optVal);
break;
case MASK_SUPPLIER_TAG:/* 30*/
dhptr->p_respmaskreq = getInt(optVal);
break;
case ROUTER_DISC_TAG:/* 31*/
dhptr->p_router_disc = getInt(optVal);
break;
case ROUTER_SOLICIT_ADDR_TAG:/* 32*/
dhptr->p_router_solicit_addr = getUnsignedLong(optVal, 1);
break;
case STATIC_ROUTE_TAG:/* 33*/
if (dhptr->p_routes)
free(dhptr->p_routes);
dhptr->p_routes = getAddressPairs(optVal);
break;
/* Link layer params per interface */
case TRAILER_ENCAPS_TAG:/* 34*/
dhptr->p_trailer_encaps = getInt(optVal);
break;
case ARP_CACHE_TIMEOUT_TAG:/* 35*/
dhptr->p_arpcache_timeout = getUnsignedLong(optVal, 0);
break;
case ETHERNET_ENCAPS_TAG:/* 36*/
dhptr->p_ether_encaps = getInt(optVal);
break;
/* TCP Parameters */
case TCP_DEFAULT_TTL_TAG:/* 37*/
dhptr->p_TCP_ttl = getInt(optVal);
break;
case TCP_KEEPALIVE_INTVL_TAG:/* 38*/
dhptr->p_TCP_keepalive_intrvl = getUnsignedLong(optVal, 0);
break;
case TCP_KEEPALIVE_GARBG_TAG:/* 39*/
dhptr->p_TCP_keepalive_garbage = getInt(optVal);
break;
/* Applicatopn and service parameters */
case NISDOMAIN_NAME_TAG:/* 40*/
if (dhptr->p_nisdomain)
free(dhptr->p_nisdomain);
dhptr->p_nisdomain = getString(optVal);
break;
case NIS_SERVERS_TAG:/* 41*/
if (dhptr->p_nisserver_addr)
free(dhptr->p_nisserver_addr);
dhptr->p_nisserver_addr = getAddressList(optVal);
break;
case NTP_SERVERS_TAG:/* 42*/
if (dhptr->p_NTPserver_addr)
free(dhptr->p_NTPserver_addr);
dhptr->p_NTPserver_addr = getAddressList(optVal);
break;
/* Vendor specific extensions */
case SGI_VENDOR_TAG:/* 43*/
syslog(LOG_DEBUG, "Tag %d ???", optID);
break;
/* NetBIOS */
case NETBIOS_NMSERV_ADDR_TAG:/* 44*/
if (dhptr->p_NetBIOS_nameserver_addr)
free(dhptr->p_NetBIOS_nameserver_addr);
dhptr->p_NetBIOS_nameserver_addr = getAddressList(optVal);
break;
case NETBIOS_DISTR_ADDR_TAG:/* 45*/
if (dhptr->p_NetBIOS_distrserver_addr)
free(dhptr->p_NetBIOS_distrserver_addr);
dhptr->p_NetBIOS_distrserver_addr = getAddressList(optVal);
break;
case NETBIOS_NODETYPE_TAG:/* 46*/
dhptr->p_NetBIOS_nodetype = getInt(optVal);
break;
case NETBIOS_SCOPE_TAG:/* 47*/
if (dhptr->p_NetBIOS_scope)
free(dhptr->p_NetBIOS_scope);
dhptr->p_NetBIOS_scope = getString(optVal);
break;
/* X window system */
case X_FONTSERVER_ADDR_TAG:/* 48*/
if (dhptr->p_X_fontserver_addr)
free(dhptr->p_X_fontserver_addr);
dhptr->p_X_fontserver_addr = getAddressList(optVal);
break;
case X_DISPLAYMGR_ADDR_TAG:/* 49*/
if (dhptr->p_X_displaymgr_addr)
free(dhptr->p_X_displaymgr_addr);
dhptr->p_X_displaymgr_addr = getAddressList(optVal);
break;
/* DHCP extensions */
case IPADDR_TAG:/* 50*/
syslog(LOG_DEBUG, "Tag %d ???", optID);
break;
case IP_LEASE_TIME_TAG:/* 51*/
dhptr->p_lease = getUnsignedLong(optVal, 0);
break;
case OPTION_OVERLOAD_TAG:/* 52*/
case DHCP_MSG_TAG:/* 53*/
case DHCP_SERVER_TAG:/* 54*/
case DHCP_PARAM_REQ_TAG:/* 55*/
case MAX_DHCP_MSG_SIZE_TAG: /* 57*/
case RENEW_LEASE_TIME_TAG:/* 58*/
case REBIND_LEASE_TIME_TAG:/* 59*/
case DHCP_CLASS_TAG:/* 60*/
case DHCP_CLIENT_ID_TAG:/* 61*/
syslog(LOG_DEBUG, "Tag %d ???", optID);
break;
/* NIS+ */
case NISPLUS_DOMAIN_TAG:/* 64*/
if (dhptr->p_nisplusdomain)
free(dhptr->p_nisplusdomain);
dhptr->p_nisplusdomain = getString(optVal);
break;
case NISPLUS_SERVER_ADDR_TAG:/* 65*/
if (dhptr->p_nisplusserver_addr)
free(dhptr->p_nisplusserver_addr);
dhptr->p_nisplusserver_addr = getAddressList(optVal);
break;
case TFTP_SERVER_NAME_TAG:/* 66*/
if (dhptr->p_tftp_server_name)
free(dhptr->p_tftp_server_name);
dhptr->p_tftp_server_name = getString(optVal);
break;
case BOOTFILE_NAME_TAG:/* 67*/
if (dhptr->p_bootfile_name)
free(dhptr->p_bootfile_name);
dhptr->p_bootfile_name = getString(optVal);
break;
case MBLEIP_HMAGENT_ADDR_TAG:/* 68*/
if (dhptr->p_mobileIP_homeagent_addr)
free(dhptr->p_mobileIP_homeagent_addr);
dhptr->p_mobileIP_homeagent_addr = getAddressList(optVal);
break;
case SMTP_SERVER_ADDR_TAG:/* 69*/
if (dhptr->p_SMTPserver_addr)
free(dhptr->p_SMTPserver_addr);
dhptr->p_SMTPserver_addr = getAddressList(optVal);
break;
case POP3_SERVER_ADDR_TAG:/* 70*/
if (dhptr->p_POP3server_addr)
free(dhptr->p_POP3server_addr);
dhptr->p_POP3server_addr = getAddressList(optVal);
break;
case NNTP_SERVER_ADDR_TAG:/* 71*/
if (dhptr->p_NNTPserver_addr)
free(dhptr->p_NNTPserver_addr);
dhptr->p_NNTPserver_addr = getAddressList(optVal);
break;
case WWW_SERVER_ADDR_TAG:/* 72*/
if (dhptr->p_WWWserver_addr)
free(dhptr->p_WWWserver_addr);
dhptr->p_WWWserver_addr = getAddressList(optVal);
break;
case FINGER_SERVER_ADDR_TAG:/* 73*/
if (dhptr->p_fingerserver_addr)
free(dhptr->p_fingerserver_addr);
dhptr->p_fingerserver_addr = getAddressList(optVal);
break;
case IRC_SERVER_ADDR_TAG:/* 74*/
if (dhptr->p_IRCserver_addr)
free(dhptr->p_IRCserver_addr);
dhptr->p_IRCserver_addr = getAddressList(optVal);
break;
case STTALK_SERVER_ADDR_TAG:/* 75*/
if (dhptr->p_StreetTalkserver_addr)
free(dhptr->p_StreetTalkserver_addr);
dhptr->p_StreetTalkserver_addr = getAddressList(optVal);
break;
case STDA_SERVER_ADDR_TAG:/* 76*/
if (dhptr->p_STDAserver_addr)
free(dhptr->p_STDAserver_addr);
dhptr->p_STDAserver_addr = getAddressList(optVal);
break;
/* SGI */
case SDIST_SERVER_TAG:/* 80*/
case RESOLVE_HOSTNAME_TAG:/* 81*/
default:
syslog(LOG_DEBUG, "Tag %d ???", optID);
break;
}
} /* for */
if ( (dhptr->p_lease > 0) &&
(dhptr->p_lease < retry_stolen_timeout) )
retry_stolen_timeout = dhptr->p_lease;
return 0;
}
/*
* make a copy of an existing configuration and return it without adding
* it to the list
*/
dhcpConfig*
cf0_get_subnet_config_copy(dhcpConfig* cfgsubnet)
{
char nbuf[512];
char *ipc;
struct in_addr ia;
dhcpConfig* cfg;
ia.s_addr = cfgsubnet->p_netnum;
ipc = inet_ntoa(ia);
sprintf(nbuf, "%s/%s%s", useConfigDir, "config.", ipc);
if (add_to_config_list(nbuf, ipc, 0, &cfg))
return NULL;
return cfg;
}
/*
* used to obtain dhcpConfig to update configuration from LDAP backend
* not used to identify configuration when a packet arrives
*/
dhcpConfig *
cf0_get_config_ldap(u_long addr)
{
dhcpConfig *cfgPtr, *defPtr;
int found_cfg = 0;
defPtr = cfgPtr = configListPtr;
while(cfgPtr) {
if((addr & cfgPtr->p_netmask)==(cfgPtr->p_netnum & cfgPtr->p_netmask)){
defPtr = cfgPtr;
found_cfg = 1;
break;
}
cfgPtr = cfgPtr->p_next;
}
if(found_cfg) /*on which the request came in on should*/
return defPtr; /*be returned; else return NULL */
return 0;
}
#endif
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