119 	struct sso_led_desc desc;  member
236 	struct sso_led_desc *desc;  in sso_led_brightness_set()  local
242 	desc = &led->desc;  in sso_led_brightness_set()
244 	desc->brightness = brightness;  in sso_led_brightness_set()
245 	regmap_write(priv->mmap, DUTY_CYCLE(desc->pin), brightness);  in sso_led_brightness_set()
253 	if (desc->hw_blink && !val && desc->blinking) {  in sso_led_brightness_set()
254 		desc->blinking = 0;  in sso_led_brightness_set()
255 		regmap_update_bits(priv->mmap, SSO_CON2, BIT(desc->pin), 0);  in sso_led_brightness_set()
256 	} else if (desc->hw_blink && val && !desc->blinking) {  in sso_led_brightness_set()
257 		desc->blinking = 1;  in sso_led_brightness_set()
258 		regmap_update_bits(priv->mmap, SSO_CON2, BIT(desc->pin),  in sso_led_brightness_set()
259 				   1 << desc->pin);  in sso_led_brightness_set()
262 	if (!desc->hw_trig)  in sso_led_brightness_set()
270 	return (enum led_brightness)led->desc.brightness;  in sso_led_brightness_get()
315 	sso_led_freq_set(priv, led->desc.pin, freq_idx);  in sso_led_blink_set()
316 	regmap_update_bits(priv->mmap, SSO_CON2, BIT(led->desc.pin),  in sso_led_blink_set()
317 			   1 << led->desc.pin);  in sso_led_blink_set()
318 	led->desc.freq_idx = freq_idx;  in sso_led_blink_set()
319 	led->desc.blink_rate = priv->freq[freq_idx];  in sso_led_blink_set()
320 	led->desc.blinking = 1;  in sso_led_blink_set()
327 	struct sso_led_desc *desc = &led->desc;  in sso_led_hw_cfg()  local
330 	if (desc->hw_blink) {  in sso_led_hw_cfg()
331 		sso_led_freq_set(priv, desc->pin, desc->freq_idx);  in sso_led_hw_cfg()
332 		regmap_update_bits(priv->mmap, SSO_CON2, BIT(desc->pin),  in sso_led_hw_cfg()
333 				   1 << desc->pin);  in sso_led_hw_cfg()
336 	if (desc->hw_trig)  in sso_led_hw_cfg()
337 		regmap_update_bits(priv->mmap, SSO_CON3, BIT(desc->pin),  in sso_led_hw_cfg()
338 				   1 << desc->pin);  in sso_led_hw_cfg()
341 	regmap_write(priv->mmap, DUTY_CYCLE(desc->pin), desc->brightness);  in sso_led_hw_cfg()
344 	if (!desc->hw_trig && desc->brightness)  in sso_led_hw_cfg()
351 	struct sso_led_desc *desc = &led->desc;  in sso_create_led()  local
359 	led->cdev.default_trigger = desc->default_trigger;  in sso_create_led()
362 	led->cdev.brightness = desc->brightness;  in sso_create_led()
365 	if (desc->retain_state_shutdown)  in sso_create_led()
367 	if (desc->retain_state_suspended)  in sso_create_led()
369 	if (desc->panic_indicator)  in sso_create_led()
372 	if (desc->hw_blink)  in sso_create_led()
610 	if (led->desc.hw_trig)  in sso_led_shutdown()
611 		regmap_update_bits(priv->mmap, SSO_CON3, BIT(led->desc.pin), 0);  in sso_led_shutdown()
621 	struct sso_led_desc *desc;  in __sso_led_dt_parse()  local
636 		desc = &led->desc;  in __sso_led_dt_parse()
647 					    &desc->default_trigger);  in __sso_led_dt_parse()
651 			desc->retain_state_suspended = 1;  in __sso_led_dt_parse()
655 			desc->retain_state_shutdown = 1;  in __sso_led_dt_parse()
658 			desc->panic_indicator = 1;  in __sso_led_dt_parse()
668 		desc->pin = prop;  in __sso_led_dt_parse()
671 			desc->hw_blink = 1;  in __sso_led_dt_parse()
673 		desc->hw_trig = fwnode_property_read_bool(fwnode_child,  in __sso_led_dt_parse()
675 		if (desc->hw_trig) {  in __sso_led_dt_parse()
676 			desc->default_trigger = NULL;  in __sso_led_dt_parse()
677 			desc->retain_state_shutdown = 0;  in __sso_led_dt_parse()
678 			desc->retain_state_suspended = 0;  in __sso_led_dt_parse()
679 			desc->panic_indicator = 0;  in __sso_led_dt_parse()
680 			desc->hw_blink = 0;  in __sso_led_dt_parse()
686 			desc->freq_idx = 0;  in __sso_led_dt_parse()
687 			desc->blink_rate = priv->freq[desc->freq_idx];  in __sso_led_dt_parse()
689 			desc->freq_idx = sso_get_blink_rate_idx(priv, prop);  in __sso_led_dt_parse()
690 			if (desc->freq_idx == -1)  in __sso_led_dt_parse()
691 				desc->freq_idx = MAX_FREQ_RANK - 1;  in __sso_led_dt_parse()
693 			desc->blink_rate = priv->freq[desc->freq_idx];  in __sso_led_dt_parse()
698 				desc->brightness = LED_FULL;  in __sso_led_dt_parse()