417 lines
12 KiB
C
417 lines
12 KiB
C
/**
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* @file board.c
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* @brief board config source file.
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*
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* @copyright Copyright (c) 2022 Semidrive Semiconductor.
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* All rights reserved.
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*/
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#include <clock_ip.h>
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#include <debug.h>
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#include <irq_num.h>
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#include <param.h>
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#include <part.h>
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#include <regs_base.h>
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#include <reset_ip.h>
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#include <types.h>
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#include "board.h"
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//#include "app_config.h"
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#include "reset_cfg.h"
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#if CONFIG_ARCH_WITH_MPU
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#include <armv7-r/mpu.h>
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#endif
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#ifndef CONFIG_CONSOLE_UART
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#define CONSOLE_UART UART2//UART2
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#else
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#define CONSOLE_UART CONFIG_CONSOLE_UART
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#endif
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extern uint32_t __vector;
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sdrv_uart_t g_console_uart;
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///* Receive buff size */
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//#define BUFFER_SIZE 256
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///* User data size */
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//#define USER_SIZE 64
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///* Welcome buff size */
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//#define WELCOME_SIZE 256
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///* Sync transfer times out value */
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//#define TIMES_OUT WaitForever
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//// 定义并初始化 SBus 解析结构体
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//typedef struct {
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// uint16_t channels[16]; // 存储16个通道的解析结果
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// uint8_t flags; // 标志字节
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//} SBusData;
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//
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//SBusData sbus_data = {
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// .channels = {0},
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// .flags = 0
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//};
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//
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//// SBus 数据解析函数
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//SBusData* parseSBusData(const uint8_t *input_data)
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//{
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// // 解析16个通道的数据，每个通道为11位
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// sbus_data.channels[0] = (input_data[0] | input_data[1] << 8) & 0x07FF;
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// sbus_data.channels[1] = (input_data[1] >> 3 | input_data[2] << 5) & 0x07FF;
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// sbus_data.channels[2] = (input_data[2] >> 6 | input_data[3] << 2 | input_data[4] << 10) & 0x07FF;
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// sbus_data.channels[3] = (input_data[4] >> 1 | input_data[5] << 7) & 0x07FF;
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// sbus_data.channels[4] = (input_data[5] >> 4 | input_data[6] << 4) & 0x07FF;
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// sbus_data.channels[5] = (input_data[6] >> 7 | input_data[7] << 1 | input_data[8] << 9) & 0x07FF;
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// sbus_data.channels[6] = (input_data[8] >> 2 | input_data[9] << 6) & 0x07FF;
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// sbus_data.channels[7] = (input_data[9] >> 5 | input_data[10] << 3) & 0x07FF;
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// sbus_data.channels[8] = (input_data[11] | input_data[12] << 8) & 0x07FF;
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// sbus_data.channels[9] = (input_data[12] >> 3 | input_data[13] << 5) & 0x07FF;
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// sbus_data.channels[10] = (input_data[13] >> 6 | input_data[14] << 2 | input_data[15] << 10) & 0x07FF;
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// sbus_data.channels[11] = (input_data[15] >> 1 | input_data[16] << 7) & 0x07FF;
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// sbus_data.channels[12] = (input_data[16] >> 4 | input_data[17] << 4) & 0x07FF;
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// sbus_data.channels[13] = (input_data[17] >> 7 | input_data[18] << 1 | input_data[19] << 9) & 0x07FF;
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// sbus_data.channels[14] = (input_data[19] >> 2 | input_data[20] << 6) & 0x07FF;
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// sbus_data.channels[15] = (input_data[20] >> 5 | input_data[21] << 3) & 0x07FF;
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//
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// // 解析标志字节
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// sbus_data.flags = input_data[22];
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// for(int i=0;i<16;i++)
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// {
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// ssdk_printf(SSDK_EMERG, "%04x\r\n",sbus_data.channels[i]);
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// }
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//// ssdk_printf(SSDK_EMERG, "%d\r\n",sbus_data.channels[0]);
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// return &sbus_data;
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//}
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/* Buffer used to receive data from the console */
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//uint8_t user_buffer[BUFFER_SIZE];
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//
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//char test_message[BUFFER_SIZE] =
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// "1234567812345678123456781234567812345678123456781234567812345678";
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static sdrv_uart_config_t console_uart_config = {
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.base = DEVICE_BASE(CONSOLE_UART),
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.irq = DEVICE_INTR(CONSOLE_UART),
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.baud = 4609000,//4609000
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.data_bits = SDRV_UART_CHAR_8_BITS,
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.stop_bits = SDRV_UART_STOP_1_BIT,
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.parity = SDRV_UART_NO_PARITY,
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};
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/* Set printf putchar interface */
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void _putchar(char character)
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{
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char r_value = '\r';
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if (character == '\n') {
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sdrv_uart_sync_transmit(&g_console_uart, (uint8_t *)&r_value, 1, NULL,
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WaitForever);
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}
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sdrv_uart_sync_transmit(&g_console_uart, (uint8_t *)&character, 1, NULL,
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WaitForever);
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}
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void board_reset_init(void)
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{
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uint32_t i = 0;
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for (i = 0; i < NUM_OF_RSTGEN_SIGS; i++) {
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sdrv_rstgen_reset(board_reset_array[i]);
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}
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sdrv_recovery_module(&recovery_module_array);
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}
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///* Buffer used to receive data from the console */
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//typedef struct user_data {
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// uint8_t user_buffer[BUFFER_SIZE];
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// uint8_t *buff_ptr;
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// uint32_t buff_remain;
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//} user_data_t;
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//static user_data_t user_data;
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/////* Buffer used to transmit welcome message */
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//char welcome_message[WELCOME_SIZE] =
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// "Welcome to E3 SDRV Uart Demo, this demo display how to use the background receive with interrupt method.\r\n\
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// Please send a message to E3 SDRV Uart node, the size of the message is not limited.\r\n";
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//void callback(sdrv_uart_t *ctrl, sdrv_uart_callback_status_e status,
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// void *userData)
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//{
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// uint8_t char_data[25] = 0;//接收一个字节缓存
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// static uint8_t cnt_sbus = 0;
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// static uint8_t state = 0;
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// static uint8_t receive = 0;
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// static uint8_t sbus_buff[25];
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//// SBusData *tmp_sbus_data;
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//
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//
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//// user_data_t *user_data = (user_data_t *)userData;
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//
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//// ssdk_printf(SSDK_NOTICE, "123456789\r\n");
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//
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// /* Uart receive data. */
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// if (SDRV_UART_RxFWF == status)
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// {
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// size_t size = sdrv_uart_get_rxfifodata(ctrl, char_data,1);
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//
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// ssdk_printf(SSDK_NOTICE, "uartrx = %d\r\n",char_data[0]);
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//
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//
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//// for(int i=0;i<size;i++)
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//// {
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//// switch(state)
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//// {
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//// case 0:
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//// if(0x0f == char_data[i])
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//// {
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//// receive = 0;
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//// cnt_sbus = 0;
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//// sbus_buff[cnt_sbus] = char_data[i];
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//// cnt_sbus++;
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//// state = 1;
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//// }
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//// else
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//// {
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//// state = 0;
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//// }
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//// break;
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//// case 1:
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//// if(cnt_sbus >= 24)
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//// {
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//// if(0x0 == char_data[i])
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//// {
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//// cnt_sbus = 0;
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//// receive = 0;
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//// sbus_buff[cnt_sbus] = char_data[i];
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//// state = 0;
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//// tmp_sbus_data = parseSBusData(sbus_buff);
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//// // ssdk_printf(SSDK_EMERG, "AAAr\n");
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//// }
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//// }
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//// else if(0x0f == char_data[i])
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//// {
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//// receive = 0;
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//// cnt_sbus = 0;
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//// sbus_buff[cnt_sbus] = char_data[i];
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//// cnt_sbus++;
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//// state = 1;
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//// }
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//// else
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//// {
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//// sbus_buff[cnt_sbus] = char_data[i];
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//// cnt_sbus ++;
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//// state = 1;
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//// }
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//// break;
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////
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//// default:
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//// break;
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//// }
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//// }
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// }
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// else if (SDRV_UART_RxFifoOverFlow == status)
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// {
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//// if (0 != user_data->buff_remain) {
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//// size_t size = sdrv_uart_get_rxfifodata(ctrl, user_data->user_buffer,
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//// user_data->buff_remain);
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//// }
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//// sdrv_uart_sync_transmit(ctrl, "\r\n", strlen("\r\n"), NULL, TIMES_OUT);
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//// sdrv_uart_sync_transmit(ctrl, user_data->user_buffer,
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//// BUFFER_SIZE - user_data->buff_remain, NULL,
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//// TIMES_OUT);
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//// sdrv_uart_sync_transmit(ctrl, "\r\n", strlen("\r\n"), NULL, TIMES_OUT);
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////
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//// memset(user_data->user_buffer, '\0', BUFFER_SIZE);
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//// user_data->buff_ptr = user_data->user_buffer;
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//// user_data->buff_remain = BUFFER_SIZE;
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////
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//// sdrv_uart_sync_transmit(
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//// ctrl, "\r\ncallback: SDRV_UART_RxFifoOverFlow!\r\n",
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//// strlen("\r\ncallback: SDRV_UART_RxFifoOverFlow!\r\n"), NULL,
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//// TIMES_OUT);
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//
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// /* User can stop or reset realtime receive if you want, when transfer
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// * occur errors */
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// sdrv_uart_stop_realtime_receive(ctrl);
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// sdrv_uart_start_realtime_receive(ctrl);
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//
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// } else if (SDRV_UART_ParityError == status) {
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// sdrv_uart_sync_transmit(
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// ctrl, "\r\ncallback: SDRV_UART_ParityError!\r\n",
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// strlen("\r\ncallback: SDRV_UART_ParityError!\r\n"), NULL,
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// TIMES_OUT);
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// } else if (SDRV_UART_BaudrateError == status) {
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// sdrv_uart_sync_transmit(
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// ctrl, "\r\ncallback: SDRV_UART_BaudrateError!\r\n",
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// strlen("\r\ncallback: SDRV_UART_BaudrateError!\r\n"), NULL,
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// TIMES_OUT);
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// } else if (SDRV_UART_NoiseError == status) {
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// sdrv_uart_sync_transmit(
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// ctrl, "\r\ncallback: SDRV_UART_NoiseError!\r\n",
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// strlen("\r\ncallback: SDRV_UART_NoiseError!\r\n"), NULL, TIMES_OUT);
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// } else if (SDRV_UART_FramingError == status) {
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// sdrv_uart_sync_transmit(
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// ctrl, "\r\ncallback: SDRV_UART_FramingError!\r\n",
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// strlen("\r\ncallback: SDRV_UART_FramingError!\r\n"), NULL,
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// TIMES_OUT);
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// } else
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// {
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//// ssdk_printf(SSDK_NOTICE, "234567891\r\n");
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// }
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//
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//}
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/* board debug console uart init */
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void board_debug_console_init(void)
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{
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#if ((CONFIG_E3210) || (CONFIG_E3110))
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/* get console uart clk freq */
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if (console_uart_config.irq <= UART8_INTR_NUM) {
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console_uart_config.clk_freq =
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sdrv_ckgen_get_rate(CLK_NODE(g_ckgen_ip_uart_sf_1_to_8));
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} else {
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console_uart_config.clk_freq =
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sdrv_ckgen_get_rate(CLK_NODE(g_ckgen_ip_uart_sf_9_to_16));
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}
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#else
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/* get console uart clk freq */
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if (console_uart_config.irq <= UART6_INTR_NUM)
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{
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console_uart_config.clk_freq =
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sdrv_ckgen_get_rate(CLK_NODE(g_ckgen_ip_uart_sf_1_to_6));
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}
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else
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{
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console_uart_config.clk_freq =
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sdrv_ckgen_get_rate(CLK_NODE(g_ckgen_ip_uart_sf_7_to_12));
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}
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#endif
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/* Initializes sdrv uart controller. */
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// sdrv_uart_t uart_ctrl;
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// sdrv_uart_t *uart_ctrl_ptr = (sdrv_uart_t *)&uart_ctrl;
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// user_data.buff_ptr = user_data.user_buffer;
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// user_data.buff_remain = BUFFER_SIZE;
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/* initializes uart controller */
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sdrv_uart_controller_init(&g_console_uart, &console_uart_config, NULL,
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NULL);
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sdrv_uart_start_realtime_receive(&g_console_uart);
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}
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#if CONFIG_ARCH_WITH_MPU
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__WEAK const mpu_config_t board_mpu_config[] = {
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/* background region, 4GB size, not accessable. */
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{0, 0x100000000, MPU_REGION_NO_ACCESS},
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#if IRAM1_BASE
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#if ((CONFIG_E3210) || (CONFIG_E3110))
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/* iram region, normal */
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{IRAM1_BASE, 0x100000, MPU_REGION_NORMAL},
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#elif (CONFIG_E3104)
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/* iram region, normal */
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{IRAM1_BASE, 0x40000, MPU_REGION_NORMAL},
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#else
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/* iram region, normal */
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{IRAM1_BASE, 0x80000, MPU_REGION_NORMAL},
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#endif
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/* iram ecc region, normal */
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{IRAM1_ECC_BASE, 0x20000, MPU_REGION_NORMAL},
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#endif
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/* hsm reg region, device */
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{SEIP_SEIP_BASE, 0x100000, MPU_REGION_DEVICE},
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/* xspi1 region, for flash, read only */
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{XSPI1_BASE, 0x10000000, MPU_REGION_NORMAL_RO},
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#if ((CONFIG_E3210) || (CONFIG_E3110))
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/* IP module, device */
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{0xF0000000, 0x4000000, MPU_REGION_DEVICE},
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#else
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/* IP module, device */
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{0xF0000000, 0x2000000, MPU_REGION_DEVICE},
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#endif
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/* tcm region, normal */
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{CONFIG_ARMV7R_TCMB_BASE, 0x20000, MPU_REGION_NORMAL},
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/* int vector, read only */
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{(addr_t)&__vector, 0x40, MPU_REGION_NORMAL_RO},
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/* int vector, read only */
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{0, 0x40, MPU_REGION_NORMAL_RO},
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};
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__WEAK uint32_t num_of_mpu_cfg = ARRAY_SIZE(board_mpu_config);
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void board_mpu_init(void)
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{
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uint32_t index = 0;
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mpu_enable(false);
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mpu_clear_region();
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for (uint32_t i = 0; i < num_of_mpu_cfg; i++) {
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const mpu_config_t *config = &board_mpu_config[i];
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if (config->size > 0) {
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mpu_add_region(index++, config->addr, config->size, config->type);
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}
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}
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if (index > 0) {
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mpu_enable(true);
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}
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}
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#endif
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/*
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* Call constructor functions.
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* This is required when the project has C++ modules.
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*/
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void call_constructors(void)
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{
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#if __GNUC__
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extern void (*__ctor_list[])(void);
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extern void (*__ctor_end[])(void);
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void (**ctor)(void);
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for (ctor = __ctor_list; ctor != __ctor_end; ctor++)
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(*ctor)();
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#elif __ICCARM__
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extern void __iar_dynamic_initialization(void);
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__iar_dynamic_initialization();
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#endif
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}
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void copy_intvec(void)
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{
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#if ((CONFIG_ARMV7R_USE_TCMB) && (CONFIG_ARMV7R_TCMB_BASE == 0x0))
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if ((uint32_t)(&__vector) != (uint32_t)0x0) {
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/* copy intvec to tcm */
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volatile uint64_t *p_dst = (uint64_t *)0x0;
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volatile uint64_t *p_src = (uint64_t *)(&__vector);
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for (int i = 0; i < 8; i++) {
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*p_dst++ = *p_src++;
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}
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}
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#endif
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}
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