变量在声明时已经初始化为0，仿真是没问题，烧录后是随机数

INT16U SCLEepromReadORVerify(T_EEPROMFrame tPackage,INT16U uwType)
{

    INT16U i        = 0;    // 循环计数器
    INT16U uwChip   = 0;    // 片选
    INT16U uwRom    = 0;    // 片内ROM地址
    INT16U uwLength = 0;    // 数据长度
    INT16U *uwAddr  = NULL; // 待存储数据地址
    INT16U uwStatus = 0;    // 状态
    INT16U uwTemp   = 0;
   
    INT16U uwI2CReadData[7] = {0, 0, 0, 0, 0, 0, 0};
    static INT16U s_uwFrameCnt = 0;
   
    if (s_uwFrameCnt < tPackage.uwFrameSum)
    {
        uwLength = EEPROM_FRAME_LENGTH;    // 中间帧，数据长度固定
        uwStatus = EEPROM_FRAME_BUSY;     // 写操作
    }
    else   // 结束帧
    {
        uwLength = tPackage.uwByteNum;     // 结束帧，数据长度=输入参数
        uwStatus = EEPROM_FRAME_END;
    }
   
    // 计算待存储数据地址，ROM写入起始地址，输入片选地址
    uwAddr = tPackage.pBegin + (s_uwFrameCnt * EEPROM_FRAME_LENGTH);
    uwChip = tPackage.uwEEPROMAddr;
    uwRom  = tPackage.uwROMStart + (s_uwFrameCnt * (EEPROM_FRAME_LENGTH) * 2);
   
    // 获取读值
    uwTemp = HalI2cReadArray(uwLength, &uwI2CReadData[0]);

    if ((uwTemp == I2C_RECV_NULL)&&(uwLength>0))
    {
        // 启动读取
        HalI2cReadStart(uwChip, uwRom, uwLength * 2);
        I2cStop = 0;
    }

    // 读取成功
    if (uwTemp == I2C_RECV_SUCCESS)
    {
        s_uwFrameCnt++;
    
        // 帧读取结束，清除帧计数器
        if (uwStatus == EEPROM_FRAME_END)
        {
            s_uwFrameCnt = 0;
            uwStatus     = EEPROM_FRAME_IDLE;
        }
    
        for (i = 0; i < uwLength; i++)
        {
            // 读校验
            if (EEPROM_VERIFY == uwType)
   {

             if (*uwAddr != uwI2CReadData[i])
             {
                 uwStatus     = EEPROM_FRAME_ERROR;
                 s_uwFrameCnt = 0;
                 break;
              }
             uwAddr++;
   }
   // 读数据
   else if(EEPROM_READ == uwType)
   {
     *(uwAddr + i) = uwI2CReadData[i];
   }
        }
    }