/*-#+func----------------------------------------------------------
FUNCTION: inet_ntoa()
PURPOSE: Convert an internet address (in host byte order)
to a dotted decimal ascii string, e.g., 255.255.255.255\0
SYNTAX:
DESCRIPTION:
RETURNS:
HISTORY:
--#-func----------------------------------------------------------*/
char *inet_ntoa(int32 a)
{
static char buf[25];
sprintf(buf,"%u.%u.%u.%u",
hibyte(hiword(a)),
lobyte(hiword(a)),
hibyte(loword(a)),
lobyte(loword(a)) );
return buf;
}
eui.e_vers = SUN_EUI_16_VERS;
eui.e_company_id[0] = (SUN_EN >> 16) & 0xff;
eui.e_company_id[1] = (SUN_EN >> 8) & 0xff;
eui.e_company_id[2] = SUN_EN & 0xff;
} else {
bzero(&eui, sizeof (eui));
eui.e_vers = SUN_EUI_16_VERS;
eui.e_company_id[0] = (SUN_EN >> 16) & 0xff;
eui.e_company_id[1] = (SUN_EN >> 8) & 0xff;
eui.e_company_id[2] = SUN_EN & 0xff;
eui.e_timestamp[0] = hibyte(hiword(tval));
eui.e_timestamp[1] = lobyte(hiword(tval));
eui.e_timestamp[2] = hibyte(loword(tval));
eui.e_timestamp[3] = lobyte(loword(tval));
for (i = 0; i < min(mac_len, sizeof (eui.e_mac)); i++) {
eui.e_mac[i] = mac_addr[i];
}
/*
* To prevent duplicate GUIDs we need to sleep for one
* second here since part of the GUID is a time stamp with
* a one second resolution.
*/
(void) sleep(1);
}
if (tgt_xml_encode((uint8_t *)&eui, sizeof (eui), guid,
&guid_size) == False) {
Boolean_t
util_create_guid(char **guid)
{
eui_16_t eui;
/*
* We only have room for 32bits of data in the GUID. The hiword/loword
* macros will not work on 64bit variables. The work, but produce
* invalid results on Big Endian based machines.
*/
uint32_t tval = (uint_t)time((time_t *)0);
size_t guid_size;
int i, fd;
if ((mac_len == 0) && (if_find_mac(NULL) == False)) {
/*
* By default strict GUID generation is enforced. This can
* be disabled by using the correct XML tag in the configuration
* file.
*/
if (enforce_strict_guid == True)
return (False);
/*
* There's no MAC address available and we've even tried
* a second time to get one. So fallback to using a random
* number for the MAC address.
*/
if ((fd = open("/dev/random", O_RDONLY)) < 0)
return (False);
if (read(fd, &eui, sizeof (eui)) != sizeof (eui))
return (False);
(void) close(fd);
eui.e_vers = SUN_EUI_16_VERS;
eui.e_company_id[0] = 0;
eui.e_company_id[1] = 0;
eui.e_company_id[2] = SUN_EN;
} else {
bzero(&eui, sizeof (eui));
eui.e_vers = SUN_EUI_16_VERS;
/* ---- [0] & [1] are zero for Sun's IEEE identifier ---- */
eui.e_company_id[2] = SUN_EN;
eui.e_timestamp[0] = hibyte(hiword(tval));
eui.e_timestamp[1] = lobyte(hiword(tval));
eui.e_timestamp[2] = hibyte(loword(tval));
eui.e_timestamp[3] = lobyte(loword(tval));
for (i = 0; i < min(mac_len, sizeof (eui.e_mac)); i++) {
eui.e_mac[i] = mac_addr[i];
}
/*
* To prevent duplicate GUIDs we need to sleep for one
* second here since part of the GUID is a time stamp with
* a one second resolution.
*/
sleep(1);
}
if (tgt_xml_encode((uint8_t *)&eui, sizeof (eui), guid,
&guid_size) == False) {
return (False);
} else
return (True);
}
