/* * Copyright (c) Hisilicon Technologies Co., Ltd. 2019-2021. All rights reserved. * Description: Test the file of the uart interface. * Author: Hisilicon * Create: 2019-09-23 */ #include "sample_otp_base.h" static td_s32 get_uart_stat(td_s32 argc, td_char *argv[]); static td_s32 set_disable_uart(td_s32 argc, td_char *argv[]); static otp_sample g_otp_sample_data[] = { { 0, "help", NULL, { "Display this help and exit.", "example: ./sample_otp_uart help" } }, { 1, "set", set_disable_uart, { "Set disable uart --> UAPI_OTP_UART0.", "example: ./sample_otp_uart set uart_0" } }, { 2, "set", set_disable_uart, { "Set disable uart --> UAPI_OTP_UART2.", "example: ./sample_otp_uart set uart_2" } }, { 3, "set", set_disable_uart, { "Set disable uart --> UAPI_OTP_UART3.", "example: ./sample_otp_uart set uart_3" } }, { 4, "set", set_disable_uart, { "Set disable uart --> UAPI_OTP_UART4.", "example: ./sample_otp_uart set uart_4" } }, { 5, "set", set_disable_uart, { "Set disable uart --> UAPI_OTP_UART5.", "example: ./sample_otp_uart set uart_5" } }, { 6, "get", get_uart_stat, { "Get uart stat --> UAPI_OTP_UART0.", "example: ./sample_otp_uart get uart_0" } }, { 7, "get", get_uart_stat, { "Get uart stat --> UAPI_OTP_UART2.", "example: ./sample_otp_uart get uart_2" } }, { 8, "get", get_uart_stat, { "Get uart stat --> UAPI_OTP_UART3.", "example: ./sample_otp_uart get uart_3" } }, { 9, "get", get_uart_stat, { "Get uart stat --> UAPI_OTP_UART4.", "example: ./sample_otp_uart get uart_4" } }, { 10, "get", get_uart_stat, { "Get uart stat --> UAPI_OTP_UART5.", "example: ./sample_otp_uart get uart_5" } }, }; static td_void get_type(td_s32 argc, td_char *argv[], uapi_otp_uart_type *uart_type) { if (argv[0x2] == TD_NULL) { sample_printf("argv[0x2] is NULL\n"); goto out; } if (uart_type == TD_NULL) { sample_printf("uart_type is NULL\n"); goto out; } if (case_strcmp("uart_0", argv[0x2])) { *uart_type = UAPI_OTP_UART0; } else if (case_strcmp("uart_2", argv[0x2])) { *uart_type = UAPI_OTP_UART2; } else if (case_strcmp("uart_3", argv[0x2])) { *uart_type = UAPI_OTP_UART3; } else if (case_strcmp("uart_4", argv[0x2])) { *uart_type = UAPI_OTP_UART4; } else if (case_strcmp("uart_5", argv[0x2])) { *uart_type = UAPI_OTP_UART5; } else { *uart_type = UAPI_OTP_MAX; } unused(argc); out: return; } static td_s32 get_uart_stat(td_s32 argc, td_char *argv[]) { td_s32 ret; td_bool stat = TD_FAILURE; uapi_otp_uart_type uart_type = UAPI_OTP_MAX; get_type(argc, argv, &uart_type); if (uart_type == UAPI_OTP_MAX) { sample_printf("Don't have uart type\n"); ret = TD_FAILURE; goto out; } ret = uapi_otp_get_uart_stat(uart_type, &stat); if (ret != TD_SUCCESS) { sample_printf("Failed to get uart stat, ret = 0x%x \n", ret); goto out; } sample_printf("Get uart stat: %d\n", stat); out: return ret; } static td_s32 set_disable_uart(td_s32 argc, td_char *argv[]) { td_s32 ret; uapi_otp_uart_type uart_type = UAPI_OTP_MAX; get_type(argc, argv, &uart_type); if (uart_type == UAPI_OTP_MAX) { sample_printf("Don't have uart\n"); ret = TD_FAILURE; goto out; } ret = uapi_otp_disable_uart(uart_type); if (ret != TD_SUCCESS) { sample_printf("Failed to disable uart, ret = 0x%x \n", ret); goto out; } out: return ret; } td_s32 main(int argc, char *argv[]) { td_s32 ret; if (argc < 0x3 || argv == TD_NULL) { sample_printf("sample parameter error.\n"); ret = SOC_ERR_OTP_INVALID_PARA; goto out1; } if (case_strcmp("help", argv[1])) { show_usage(g_otp_sample_data, sizeof(g_otp_sample_data) / sizeof(g_otp_sample_data[0])); ret = TD_SUCCESS; goto out0; } ret = uapi_otp_init(); if (ret != TD_SUCCESS) { sample_printf("OTP init failed, ret = 0x%x \n", ret); goto out1; } ret = run_cmdline(argc, argv, g_otp_sample_data, sizeof(g_otp_sample_data) / sizeof(g_otp_sample_data[0])); (td_void)uapi_otp_deinit(); out1: show_returne_msg(g_otp_sample_data, sizeof(g_otp_sample_data) / sizeof(g_otp_sample_data[0]), ret); out0: return ret; }