Cross Reference: /osnet-11/usr/src/lib/libdhcputil/common/dhcp

Lines Matching defs:type
105  *	    char: the consumer type of the caller
121  *	    char: the consumer type of the caller
137  *	    char: the consumer type of the caller
153  *	    char: the consumer type of the caller
176 	dsym_cdtype_t		type;
243 		if (dsym_get_type_id(fields[ITAB_TYPE], &type, B_FALSE) !=
245 			inittab_msg("inittab_lookup: line %li: type `%s' "
285 		entry.ds_type	  = type;
431  *  output: int: hardware type, or -1 for empty, or -2 for error.
461  *		   is given, then the interface type is extracted as well.
465  *	    uint16_t *: hardware type output (network byte order)
466  *	    int: hardware type input; -1 for empty
563 	int		type;
757 		type = strtoul(value, &currp, 0);
758 		if (errno != 0 || value == currp || type > 65535 ||
764 		switch (type) {
798 			dllt.dllt_dutype = htons(type);
832 			den.den_dutype = htons(type);
852 			dll.dll_dutype = htons(type);
868 			optstart[0] = type >> 8;
869 			optstart[1] = type;
968 		inittab_msg("inittab_encode: unsupported type `%d'",
1065 	int		type;
1101 		    "with option type `%i'", ie->ds_type);
1190 		 * First, determine the type of DUID.  We need at least two
1191 		 * octets worth of data to grab the type code.  Once we have
1193 		 * depends on the type.
1200 		type = (payload[0] << 8) + payload[1];
1201 		switch (type) {
1218 			(void) snprintf(result, n_entries, "%d,%u,%u,", type,
1237 			(void) snprintf(result, n_entries, "%d,%u,", type,
1256 			(void) snprintf(result, n_entries, "%d,%u,", type,
1266 			(void) snprintf(result, n_entries, "%d,", type);
1271 		if (type == DHCPV6_DUID_LLT || type == DHCPV6_DUID_LL) {
1372 		inittab_msg("inittab_decode: unsupported type `%d'",
1657  *		      its type
1659  *   input: dhcp_symbol_t *: an entry of the given type
1660  *  output: uint8_t: the size in bytes of an entry of that type