117 #define Y(usage, name, key, raw)	{ name, usage, key, raw },  argument
119 #define Y(usage, name, key, raw)	{ usage, key, raw },
121 #define N(usage, name, key, raw)  argument
631 		    HID_GET_USAGE_PAGE(hi.usage) == HUP_CONSUMER) {  in hidcc_match()
634 			else if (HID_GET_USAGE(hi.usage) > maxusage)  in hidcc_match()
635 				maxusage = HID_GET_USAGE(hi.usage);  in hidcc_match()
726 		int32_t usage;  in hidcc_intr()  local
728 		if (hidcc_bits_to_int(buf, len, &usage) ||  in hidcc_intr()
729 		    hidcc_usage_to_sym(usage, &ks))  in hidcc_intr()
871 		int32_t usage;  in hidcc_parse()  local
876 		if (HID_GET_USAGE_PAGE(hi.usage) != HUP_CONSUMER) {  in hidcc_parse()
906 		usage = HID_GET_USAGE(hi.usage);  in hidcc_parse()
907 		if (usage == HUC_VOLUME)  in hidcc_parse()
910 			error = hidcc_add_key(sc, usage, bit);  in hidcc_parse()
927 	int32_t max, min, usage;  in hidcc_parse_array()  local
935 	for (usage = min; usage <= max; usage++) {  in hidcc_parse_array()
938 		error = hidcc_add_key(sc, usage, 0);  in hidcc_parse_array()
957 hidcc_add_key(struct hidcc *sc, int32_t usage, u_int bit)  in hidcc_add_key()  argument
961 	if (hidcc_usage_to_sym(usage, &ks))  in hidcc_add_key()
966 	sc->sc_map[sc->sc_maplen++] = KS_KEYCODE(sc->sc_isarray ? usage : bit);  in hidcc_add_key()
1031 hidcc_usage_to_sym(int32_t usage, const struct hidcc_keysym **ks)  in hidcc_usage_to_sym()  argument
1037 		if (hidcc_keysyms[i].ks_usage == usage) {  in hidcc_usage_to_sym()
1046 hidcc_bits_to_int(uint8_t *buf, u_int buflen, int32_t *usage)  in hidcc_bits_to_int()  argument
1051 	if (buflen == 0 || buflen > sizeof(*usage))  in hidcc_bits_to_int()
1059 	*usage = x;  in hidcc_bits_to_int()