134     NRF_UICR_regs_p[inst] = (NRF_UICR_Type *)this->uicr_st.storage;  in nhw_RRAMC_uicr_init()
158   (void)memset(this->uicr_st.storage, 0xFF, this->uicr_st.size);  in nhw_RRAMC_erase_uicr()
167   (void)memset(this->rram_st.storage, 0xFF, this->rram_st.size);  in nhw_RRAMC_erase_all()
194 static void nhw_RRAMC_address_location(uint32_t address, uint *inst, nvm_storage_state_t **storage,…  in nhw_RRAMC_address_location()  argument
199       *storage = &hw_rramc_st[i].rram_st;  in nhw_RRAMC_address_location()
203     if ((address >= (uint32_t)hw_rramc_st[i].uicr_st.storage)   \  in nhw_RRAMC_address_location()
204         && (address < (uint32_t)hw_rramc_st[i].uicr_st.storage + hw_rramc_st[i].uicr_size)) {  in nhw_RRAMC_address_location()
205       *storage = &hw_rramc_st[i].uicr_st;  in nhw_RRAMC_address_location()
206       *offset = address - (uint32_t)hw_rramc_st[i].uicr_st.storage;  in nhw_RRAMC_address_location()
234   *(uint32_t*)&backend->storage[offset] = value;  in nhw_RRAMC_write_word()
258   *(uint16_t*)&backend->storage[offset] = value;  in nhw_RRAMC_write_halfword()
276   *(uint8_t*)&backend->storage[offset] = value;  in nhw_RRAMC_write_byte()
296   return *(uint32_t*)&backend->storage[offset];  in nhw_RRAMC_read_word()
306   return *(uint16_t*)&backend->storage[offset];  in nhw_RRAMC_read_halfword()
316   return *(uint8_t*)&backend->storage[offset];  in nhw_RRAMC_read_byte()
346   (void)memcpy(&backend->storage[offset], src, size);  in nhw_RRAMC_write_buffer()
376   (void)memcpy(dest, &backend->storage[offset], size);  in nhw_RRAMC_read_buffer()
380 	return (void*)hw_rramc_st[inst].rram_st.storage;  in nhw_RRAMC_get_RRAM_base_address()