184   struct clkpwr_status *this = &nhw_clkpwr_st[inst];  in nhw_pwrclk_eval_interrupt()  local
188 	    && (this->INTEN & CLOCK_INTENCLR_##x##_Msk)){ \  in nhw_pwrclk_eval_interrupt()
255   struct clkpwr_status *this = &nhw_clkpwr_st[inst];  in nhw_clock_signal_handler()  local
256   NRF_CLOCK_Type *CLOCK_regs = this->CLOCK_regs;  in nhw_clock_signal_handler()
260   this->LF_Clock_state = Starting;  in nhw_clock_signal_handler()
262   this->Timer_CLOCK_LF = nsi_hws_get_time(); //we assume the clock is ready in 1 delta  in nhw_clock_signal_handler()
274   struct clkpwr_status *this = &nhw_clkpwr_st[inst];  in nhw_clock_TASKS_LFCLKSTOP()  local
276   if ((this->LF_Clock_state == Started) || (this->LF_Clock_state == Starting)) {  in nhw_clock_TASKS_LFCLKSTOP()
278     this->LF_Clock_state = Stopping;  in nhw_clock_TASKS_LFCLKSTOP()
279     this->Timer_CLOCK_LF = nsi_hws_get_time(); //we assume the clock is stopped in 1 delta  in nhw_clock_TASKS_LFCLKSTOP()
285   struct clkpwr_status *this = &nhw_clkpwr_st[inst];  in nhw_clock_TASKS_HFCLKSTART()  local
287   if ((this->HF_Clock_state == Stopped ) || (this->HF_Clock_state == Stopping)) {  in nhw_clock_TASKS_HFCLKSTART()
288     this->HF_Clock_state = Starting;  in nhw_clock_TASKS_HFCLKSTART()
290     this->Timer_CLOCK_HF = nsi_hws_get_time(); //we assume the clock is ready in 1 delta  in nhw_clock_TASKS_HFCLKSTART()
296   struct clkpwr_status *this = &nhw_clkpwr_st[inst];  in nhw_clock_TASKS_HFCLKSTOP()  local
298   if ((this->HF_Clock_state == Started) || (this->HF_Clock_state == Starting)) {  in nhw_clock_TASKS_HFCLKSTOP()
300     this->HF_Clock_state = Stopping;  in nhw_clock_TASKS_HFCLKSTOP()
301     this->Timer_CLOCK_HF = nsi_hws_get_time(); //we assume the clock is stopped in 1 delta  in nhw_clock_TASKS_HFCLKSTOP()
339   struct clkpwr_status *this = &nhw_clkpwr_st[inst];  in nhw_clock_TASKS_CAL()  local
341   if (this->HF_Clock_state != Started) { /* LCOV_EXCL_START */  in nhw_clock_TASKS_CAL()
347 …this->LF_cal_state = Started; //We don't check for re-triggers, as we are going to be done right a…  in nhw_clock_TASKS_CAL()
348   this->Timer_LF_cal = nsi_hws_get_time(); //we assume the calibration is done in 1 delta  in nhw_clock_TASKS_CAL()
354   struct clkpwr_status *this = &nhw_clkpwr_st[inst];  in nhw_clock_TASKS_CTSTART()  local
356   if ( this->caltimer_state == Started ) { /* LCOV_EXCL_START */  in nhw_clock_TASKS_CTSTART()
361     this->caltimer_state = Started;  in nhw_clock_TASKS_CTSTART()
362     this->Timer_caltimer = nsi_hws_get_time() + (bs_time_t)NRF_CLOCK_regs[inst]->CTIV * 250000;  in nhw_clock_TASKS_CTSTART()
369   struct clkpwr_status *this = &nhw_clkpwr_st[inst];  in nhw_clock_TASKS_CTSTOP()  local
371   if ( this->caltimer_state == Stopped ) { /* LCOV_EXCL_START */  in nhw_clock_TASKS_CTSTOP()
375   this->caltimer_state = Stopped;  in nhw_clock_TASKS_CTSTOP()
376   this->Timer_caltimer = TIME_NEVER;  in nhw_clock_TASKS_CTSTOP()
384     struct clkpwr_status *this = &nhw_clkpwr_st[i];  in nhw_CLOCK_regw_sideeffects_INTENSET()  local
386     this->INTEN |= NRF_CLOCK_regs[i]->INTENSET;  in nhw_CLOCK_regw_sideeffects_INTENSET()
387     NRF_CLOCK_regs[i]->INTENSET = this->INTEN;  in nhw_CLOCK_regw_sideeffects_INTENSET()
394     struct clkpwr_status *this = &nhw_clkpwr_st[i];  in nhw_CLOCK_regw_sideeffects_INTENCLR()  local
396     this->INTEN  &= ~NRF_CLOCK_regs[i]->INTENCLR;  in nhw_CLOCK_regw_sideeffects_INTENCLR()
397     NRF_CLOCK_regs[i]->INTENSET = this->INTEN;  in nhw_CLOCK_regw_sideeffects_INTENCLR()
434 void nhw_clock_LFTimer_triggered(struct clkpwr_status *this) {  in nhw_clock_LFTimer_triggered()  argument
435   NRF_CLOCK_Type *CLOCK_regs = this->CLOCK_regs;  in nhw_clock_LFTimer_triggered()
440   if (this->LF_Clock_state == Starting) { /* LCOV_EXCL_BR_LINE */  in nhw_clock_LFTimer_triggered()
444     nhw_clock_signal_LFCLKSTARTED(this->inst);  in nhw_clock_LFTimer_triggered()
447   } else if (this->LF_Clock_state == Stopping) {  in nhw_clock_LFTimer_triggered()
448     this->LF_Clock_state = Stopped;  in nhw_clock_LFTimer_triggered()
452   this->Timer_CLOCK_LF = TIME_NEVER;  in nhw_clock_LFTimer_triggered()
460 void nhw_clock_HFTimer_triggered(struct clkpwr_status *this) {  in nhw_clock_HFTimer_triggered()  argument
461   NRF_CLOCK_Type *CLOCK_regs = this->CLOCK_regs;  in nhw_clock_HFTimer_triggered()
463   if ( this->HF_Clock_state == Starting ){  in nhw_clock_HFTimer_triggered()
464     this->HF_Clock_state = Started;  in nhw_clock_HFTimer_triggered()
469     nhw_clock_signal_HFCLKSTARTED(this->inst);  in nhw_clock_HFTimer_triggered()
471   } else if ( this->HF_Clock_state == Stopping ){  in nhw_clock_HFTimer_triggered()
472     this->HF_Clock_state = Stopped;  in nhw_clock_HFTimer_triggered()
476   this->Timer_CLOCK_HF = TIME_NEVER;  in nhw_clock_HFTimer_triggered()
480 void nhw_clock_LF_cal_triggered(struct clkpwr_status *this) {  in nhw_clock_LF_cal_triggered()  argument
481   this->LF_cal_state = Stopped;  in nhw_clock_LF_cal_triggered()
482   this->Timer_LF_cal = TIME_NEVER;  in nhw_clock_LF_cal_triggered()
485   nhw_clock_signal_DONE(this->inst);  in nhw_clock_LF_cal_triggered()
489 void nhw_clock_caltimer_triggered(struct clkpwr_status *this) {  in nhw_clock_caltimer_triggered()  argument
491   if (this->caltimer_state != Started) { /* LCOV_EXCL_START */  in nhw_clock_caltimer_triggered()
494   this->caltimer_state = Stopped;  in nhw_clock_caltimer_triggered()
495   this->Timer_caltimer = TIME_NEVER;  in nhw_clock_caltimer_triggered()
497   nhw_clock_signal_CTTO(this->inst);  in nhw_clock_caltimer_triggered()
538      struct clkpwr_status *this = &nhw_clkpwr_st[inst];                             \
540      nhw_dppi_common_subscribe_sideeffect(this->dppi_map,                           \
541                                           this->CLOCK_regs->SUBSCRIBE_##TASK_N,     \
542                                           &this->subscribed_##TASK_N,               \