nand/aml-rawnand/aml-rawnand.c

304                                    uint32_t nand_page) {
313                 zxlogf(ERROR, "%s: ECC failure (non-randomized)@%u\n", __func__, nand_page);
335                        __func__, nand_page, zero_bits);
339             zxlogf(INFO, "%s: Blank Page@%u\n", __func__, nand_page);
344                    __func__, info->ecc.eccerr_cnt, nand_page);
489 static bool is_page0_nand_page(uint32_t nand_page) {
490     return ((nand_page <= AML_PAGE0_MAX_ADDR) &&
491             ((nand_page % AML_PAGE0_STEP) == 0));
497                                        uint32_t nand_page,
509     bool page0 = is_page0_nand_page(nand_page);
515         if (is_page0_nand_page(nand_page))
521                  nand_page, raw_nand->chipsize, raw_nand->chip_delay,
537         aml_cmd_seed(raw_nand, nand_page);
570     ecc_c = aml_get_ecc_corrections(raw_nand, ecc_pages, nand_page);
587                                         uint32_t nand_page)
598     bool page0 = is_page0_nand_page(nand_page);
604         if (is_page0_nand_page(nand_page))
615     onfi_command(&raw_nand->raw_nand_proto, NAND_CMD_SEQIN, 0x00, nand_page,
632         aml_cmd_seed(raw_nand, nand_page);
655 static zx_status_t aml_erase_block(void* ctx, uint32_t nand_page) {
660     if (nand_page % raw_nand->erasesize_pages) {
662                __func__, nand_page, raw_nand->erasesize_pages);
665     onfi_command(&raw_nand->raw_nand_proto, NAND_CMD_ERASE1, -1, nand_page,
850                                   uint32_t nand_page,
858                                      nand_page, ecc_correct);