63 	uint8_t channel;  member
312 static int pwm_stm32_set_cycles(const struct device *dev, uint32_t channel,  in pwm_stm32_set_cycles()  argument
322 	if (channel < 1u || channel > TIMER_MAX_CH) {  in pwm_stm32_set_cycles()
323 		LOG_ERR("Invalid channel (%d)", channel);  in pwm_stm32_set_cycles()
345 	ll_channel = ch2ll[channel - 1u];  in pwm_stm32_set_cycles()
347 	if (channel <= ARRAY_SIZE(ch2ll_n)) {  in pwm_stm32_set_cycles()
348 		negative_ll_channel = ch2ll_n[channel - 1u];  in pwm_stm32_set_cycles()
359 			LOG_ERR("Channel %d has NO complementary output", channel);  in pwm_stm32_set_cycles()
449 		set_timer_compare[channel - 1u](cfg->timer, pulse_cycles);  in pwm_stm32_set_cycles()
457 static int init_capture_channels(const struct device *dev, uint32_t channel,  in init_capture_channels()  argument
472 	if (LL_TIM_IC_Init(cfg->timer, ch2ll[channel - 1], &ic) != SUCCESS) {  in init_capture_channels()
481 	if (LL_TIM_IC_Init(cfg->timer, ch2ll[complimentary_channel[channel] - 1], &ic) != SUCCESS) {  in init_capture_channels()
490 				       uint32_t channel, pwm_flags_t flags,  in pwm_stm32_configure_capture()  argument
513 		if ((channel != 1u) && (channel != 2u)) {  in pwm_stm32_configure_capture()
518 		if ((channel < 1u) || (channel > 4u)) {  in pwm_stm32_configure_capture()
550 	ret = init_capture_channels(dev, channel, flags);  in pwm_stm32_configure_capture()
556 		if (channel == 1u) {  in pwm_stm32_configure_capture()
575 static int pwm_stm32_enable_capture(const struct device *dev, uint32_t channel)  in pwm_stm32_enable_capture()  argument
582 		if ((channel != 1u) && (channel != 2u)) {  in pwm_stm32_enable_capture()
587 		if ((channel < 1u) || (channel > 4u)) {  in pwm_stm32_enable_capture()
604 	cpt->channel = channel;  in pwm_stm32_enable_capture()
609 	clear_capture_interrupt[channel - 1](cfg->timer);  in pwm_stm32_enable_capture()
614 	enable_capture_interrupt[channel - 1](cfg->timer);  in pwm_stm32_enable_capture()
616 	LL_TIM_CC_EnableChannel(cfg->timer, ch2ll[channel - 1]);  in pwm_stm32_enable_capture()
617 	LL_TIM_CC_EnableChannel(cfg->timer, ch2ll[complimentary_channel[channel] - 1]);  in pwm_stm32_enable_capture()
624 static int pwm_stm32_disable_capture(const struct device *dev, uint32_t channel)  in pwm_stm32_disable_capture()  argument
629 		if ((channel != 1u) && (channel != 2u)) {  in pwm_stm32_disable_capture()
634 		if ((channel < 1u) || (channel > 4u)) {  in pwm_stm32_disable_capture()
642 	disable_capture_interrupt[channel - 1](cfg->timer);  in pwm_stm32_disable_capture()
645 	LL_TIM_CC_DisableChannel(cfg->timer, ch2ll[channel - 1]);  in pwm_stm32_disable_capture()
646 	LL_TIM_CC_DisableChannel(cfg->timer, ch2ll[complimentary_channel[channel] - 1]);  in pwm_stm32_disable_capture()
689 		if (is_capture_active[cpt->channel - 1](cfg->timer) ||  in pwm_stm32_isr()
690 		    is_capture_active[complimentary_channel[cpt->channel] - 1](cfg->timer)) {  in pwm_stm32_isr()
691 			clear_capture_interrupt[cpt->channel - 1](cfg->timer);  in pwm_stm32_isr()
693 					[complimentary_channel[cpt->channel] - 1](cfg->timer);  in pwm_stm32_isr()
695 			cpt->period = get_channel_capture[cpt->channel - 1](cfg->timer);  in pwm_stm32_isr()
697 					[complimentary_channel[cpt->channel] - 1](cfg->timer);  in pwm_stm32_isr()
701 		    is_capture_active[cpt->channel - 1](cfg->timer)) {  in pwm_stm32_isr()
716 			    is_capture_active[cpt->channel - 1](cfg->timer)) {  in pwm_stm32_isr()
721 			cpt->pulse = get_channel_capture[complimentary_channel[cpt->channel] - 1]  in pwm_stm32_isr()
723 			cpt->period = get_channel_capture[cpt->channel - 1](cfg->timer);  in pwm_stm32_isr()
726 		clear_capture_interrupt[cpt->channel - 1](cfg->timer);  in pwm_stm32_isr()
739 		pwm_stm32_disable_capture(dev, cpt->channel);  in pwm_stm32_isr()
746 		cpt->callback(dev, cpt->channel, cpt->capture_period ? cpt->period : 0u,  in pwm_stm32_isr()
754 					uint32_t channel, uint64_t *cycles)  in pwm_stm32_get_cycles_per_sec()  argument