110 	int page;  in erase_page()  local
131 	page = offset / STM32G0_FLASH_PAGE_SIZE;  in erase_page()
136 	/* big page-nr w/o swap or small page-nr w/ swap indicate bank2 */  in erase_page()
137 	if ((page >= STM32G0_PAGES_PER_BANK) != swap_enabled) {  in erase_page()
138 		page = (page % STM32G0_PAGES_PER_BANK) + STM32G0_BANK2_START_PAGE_NR;  in erase_page()
140 		LOG_DBG("Erase page %d on bank 2", page);  in erase_page()
142 		page = page % STM32G0_PAGES_PER_BANK;  in erase_page()
144 		LOG_DBG("Erase page %d on bank 1", page);  in erase_page()
148 	/* Set the PER bit and select the page you wish to erase */  in erase_page()
151 	tmp |= ((page << FLASH_CR_PNB_Pos) & FLASH_CR_PNB_Msk);  in erase_page()
201  * Only the "physical" flash page-NRs are not continuous on those SoCs.
202  * As a result the page numbers used in the zephyr flash api differs
203  * from the "physical" flash page number.
204  * The first is equal to the address offset divided by the page size, while
206  * As a result only a single homogeneous flash page layout needs to be defined.