120   for (int i = 1; i < NHW_NVMC_UICR_TOTAL_INST; i++) {  in nhw_nvmc_find_next_event()  local
121     if (hw_nvmc_st[i].timer < Timer_NVMC) {  in nhw_nvmc_find_next_event()
122       Timer_NVMC = hw_nvmc_st[i].timer;  in nhw_nvmc_find_next_event()
171       for (uint i = 0; i < this->flash_size; i+=4) {  in nhw_nvmc_uicr_init()  local
172         if (*(uint32_t*)(this->flash_st.storage + i) != 0) {  in nhw_nvmc_uicr_init()
174           this->page_erased[i/page_size] = false;  in nhw_nvmc_uicr_init()
176           i = (i + page_size)/page_size*page_size;  in nhw_nvmc_uicr_init()
301 #define ERASE_ENABLED_CHECK(i, x) \  argument
302   if ((NRF_NVMC_regs[i].CONFIG & NVMC_CONFIG_WEN_Msk) != NVMC_CONFIG_WEN_Een) { \
305         __func__, x, i, NRF_NVMC_regs[i].CONFIG);                            \
309 #define ERASEPARTIAL_ENABLED_CHECK(i, x) \  argument
310   if ((NRF_NVMC_regs[i].CONFIG & NVMC_CONFIG_WEN_Msk) != NVMC_CONFIG_WEN_PEen) { \
313         __func__, x, i, NRF_NVMC_regs[i].CONFIG);                            \
317 #define BUSY_CHECK(i, x) \  argument
318   if ( hw_nvmc_st[i].flash_op != flash_idle) {                       \
321           __func__, x, i, hw_nvmc_st[inst].flash_op);                \
325 #define CHECK_ERASE_ADDRESS(i, x) \  argument
326   if ((x < hw_nvmc_st[i].flash_start_addr)   \
327       || (x >= hw_nvmc_st[i].flash_start_addr + hw_nvmc_st[i].flash_size)) { \
329         "outside of the flash (%i) area\n", __func__, x, i);                 \
331   if (x % hw_nvmc_st[i].flash_page_size != 0) {   \
336 #define CHECK_PARTIAL_ERASE(i, addr, type) \  argument
337 …if (nvmc_args.flash_erase_warnings && hw_nvmc_st[i].time_under_erase[addr/hw_nvmc_st[i].flash_page…
340          __func__, type, i, addr, \
341          hw_nvmc_st[i].time_under_erase[addr/hw_nvmc_st[i].flash_page_size], \
452   for (int i = 0; i < NHW_NVMC_UICR_TOTAL_INST; i ++) {  in nhw_nvmc_address_location()  local
453     *inst = i;  in nhw_nvmc_address_location()
454     if ((address >= hw_nvmc_st[i].flash_start_addr)   \  in nhw_nvmc_address_location()
455         && (address < hw_nvmc_st[i].flash_start_addr + hw_nvmc_st[i].flash_size)) {  in nhw_nvmc_address_location()
456       *storage = &hw_nvmc_st[i].flash_st;  in nhw_nvmc_address_location()
457       *offset = address - hw_nvmc_st[i].flash_start_addr;  in nhw_nvmc_address_location()
460     if ((address >= (uint32_t)hw_nvmc_st[i].uicr_st.storage)   \  in nhw_nvmc_address_location()
461         && (address < (uint32_t)hw_nvmc_st[i].uicr_st.storage + hw_nvmc_st[i].uicr_size)) {  in nhw_nvmc_address_location()
462       *storage = &hw_nvmc_st[i].uicr_st;  in nhw_nvmc_address_location()
463       *offset = address - (uint32_t)hw_nvmc_st[i].uicr_st.storage;  in nhw_nvmc_address_location()
625     for (uint32_t i = offset; i < offset + size ; i+= this->flash_page_size) {  in nhw_nmvc_read_buffer()  local
626       CHECK_PARTIAL_ERASE(inst, i, "read");  in nhw_nmvc_read_buffer()
653   for (int i = 0; i < NHW_NVMC_UICR_TOTAL_INST; i++) {  in NVM_BACKEND_PARAMS_CALLBACS()  local
654     nvmc_args.uicr[i].in_ram = true;  in NVM_BACKEND_PARAMS_CALLBACS()
655     nvmc_args.flash[i].in_ram = true;  in NVM_BACKEND_PARAMS_CALLBACS()