#include #include #include "mmio.h" #include "spiflash.h" int main(void) { spiflash_ffmt ffmt; ffmt.fields.cmd_en = 1; ffmt.fields.addr_len = 4; // Valid options are 3 or 4 for our model ffmt.fields.pad_cnt = 0; // Our SPI flash model assumes 8 dummy cycles for fast reads, 0 for slow ffmt.fields.cmd_proto = SPIFLASH_PROTO_SINGLE; // Our SPI flash model only supports single-bit commands ffmt.fields.addr_proto = SPIFLASH_PROTO_SINGLE; // We support both single and quad ffmt.fields.data_proto = SPIFLASH_PROTO_SINGLE; // We support both single and quad ffmt.fields.cmd_code = 0x13; // Slow read 4 byte ffmt.fields.pad_code = 0x00; // Not used by our model // Test that we can read printf("Testing SPI flash command 0x13...\n"); configure_spiflash(ffmt); if (test_spiflash(0x0, 0x100, 0)) return 1; // 0x02: 3 byte addr, single/single printf("Testing SPI flash command 0x02...\n"); write_spiflash(test_data, test_len, 0x200, 0x02, 3, SPIFLASH_PROTO_SINGLE, SPIFLASH_PROTO_SINGLE); if (check_write(test_data, test_len, 0x200)) return 1; // 0x32: 3 byte addr, single/quad printf("Testing SPI flash command 0x32...\n"); write_spiflash(test_data, test_len, 0x300, 0x32, 3, SPIFLASH_PROTO_SINGLE, SPIFLASH_PROTO_QUAD); if (check_write(test_data, test_len, 0x300)) return 1; // 0x38: 3 byte addr, quad/quad printf("Testing SPI flash command 0x38...\n"); write_spiflash(test_data, test_len, 0x400, 0x38, 3, SPIFLASH_PROTO_QUAD, SPIFLASH_PROTO_QUAD); if (check_write(test_data, test_len, 0x400)) return 1; // 0x12: 4 byte addr, single/single printf("Testing SPI flash command 0x12...\n"); write_spiflash(test_data, test_len, 0x500, 0x12, 4, SPIFLASH_PROTO_SINGLE, SPIFLASH_PROTO_SINGLE); if (check_write(test_data, test_len, 0x500)) return 1; // 0x34: 4 byte addr, single/quad printf("Testing SPI flash command 0x34...\n"); write_spiflash(test_data, test_len, 0x600, 0x34, 4, SPIFLASH_PROTO_SINGLE, SPIFLASH_PROTO_QUAD); if (check_write(test_data, test_len, 0x600)) return 1; // 0x3E: 4 byte addr, quad/quad printf("Testing SPI flash command 0x3E...\n"); write_spiflash(test_data, test_len, 0x700, 0x3E, 4, SPIFLASH_PROTO_QUAD, SPIFLASH_PROTO_QUAD); if (check_write(test_data, test_len, 0x700)) return 1; return 0; }