PSOC 6 SMIF XIP不能修改

PSoC Creator，调试& gt；记忆>；0x18000000，数据是正确的。但是，怎么写呢？



     以下为原文
  PSOC creator, Debug-> memory -> 0x18000000 , data is correct.  but, how to write?

尼克，
请注意，XIP模式不支持诸如状态读取等功能。这意味着写入一个闪存设备不支持XIP模式。这是因为写入Flash的操作不仅涉及写命令传输，而且还包括状态验证以验证操作的状态。



     以下为原文
  Nick,
Please be aware of that XIP mode does not support functionality such as status reads. This means writing into a flash device not be supported by XIP mode. This is because the writing operation into flash involves not only a write command transfer, but also a status check to verify the status of the operation.

嗨，佛恩，
谢谢你的回复。SMIF可以在CM0中运行而不是CM4吗？我尝试将示例代码CE220823从CM4移到CM0，但它将在忙检查（下面的红线）停止
空读存储器（SmifIyType *BaseDADR，CysStCySmifTraceFixt**SimFieldEnter，UTI8YT RXPrime[]，UIT32 32 t RxSead，UIT88T*地址）
{
金丝雀属；
UIT88T RXBuffeReg；
CysSTClSmifMeMixDeFielyFCFG*T*设备= SIFFMEMSCIONS（0）-＆GT；DeVICEFFG；
CysSTClSmifMiMiMCMDYT**CMDRESSTSRGEQE=设备-GT；
/*设置QE*/
Smiff1状态＝CysSmifMeStLoLo-四分位（Smif11HHW，（Cyth-StcfSmifMeMeMixTyft**）SmifMeTimes（0），和Smif11上下文）；
如果（Smiffa状态）！Cys-Smiffa成功
{
CysScBuUARTHPUTSHIPE（UARTHYHW） rnrnSMIF CysSmifMeMsLoToLoopRead失败rn“”；
手把手（）；
}
*从外部存储器配置寄存器*读取数据/
SimiFiffSt= CysSmifMeStLoLoMcDeClistsS（BaseAdDR，SimFiMeMefsIs[0），和RxBuffeReRg，（UIT88T）CMDeReStsReq-＆Gt；命令，SIMFIVENT；
如果（Smiffa状态）！Cys-Smiffa成功
{
CysScBuUARTHPUTSHIPE（UARTHYHW）\rnrnSMIF CysSmifMeMsLoToL.CMDRead失败rn“”；
手把手（）；
}
PRINTF（“接收数据：0x%xrn”，（未签名int）rxBuffeReRg）；
“Prtf”（“rnQuad I/O读（QIOR 0x%0x）rn”，0x38）；
/* 4页程序命令*/
SimiFiffSt= CysSmifMeStLoMyCdRADAD（BaseAdDR、SimFiMeMefsIs[0）、地址、RxPuffic、RxSead、和RXCMPLCTCARBACK、以及SMIFE11上下文）；
如果（Smiffa状态）！Cys-Smiffa成功
{
CysScBuUARTHPUTSHIPE（UARTHYHW） RNRNSMIF CysSmifMeMsLoTyMcDyad失败rn“”；
手把手（）；
}
（CySmithBuyChChin（BaseAdDR））
{
/*等待SMIF IP操作完成。*/
}
…
}



     以下为原文
  Hi fwan,
      Thanks for your reply.  Can SMIF run in CM0 not CM4? I try to move the sample code CE220823 from CM4 to CM0, but it will stop at busy checking ( red line below)
 
void ReadMemory(SMIF_Type *baseaddr, cy_stc_smif_context_t *smifContext, uint8_t rxBuffer[], uint32_t rxSize, uint8_t *address)
{
    cy_en_smif_status_t smif_status;
    uint8_t rxBuffer_reg;
    cy_stc_smif_mem_device_cfg_t *device = smifMemConfigs[0]->deviceCfg;
    cy_stc_smif_mem_cmd_t *cmdreadStsRegQe = device->readStsRegQeCmd;
 
    /* Set QE */  
    smif_status = Cy_SMIF_Memslot_QuadEnable(SMIF_1_HW, (cy_stc_smif_mem_config_t*)smifMemConfigs[0], &SMIF_1_context);
    if(smif_status!=CY_SMIF_SUCCESS)
    {
        Cy_SCB_UART_PutString(UART_HW, "rnrnSMIF Cy_SMIF_Memslot_QuadEnable failedrn");
        handle_error();
    }
 
/* Read data from the external memory configuration register */
smif_status = Cy_SMIF_Memslot_CmdReadSts(baseaddr, smifMemConfigs[0], &rxBuffer_reg, (uint8_t)cmdreadStsRegQe->command , smifContext);
    if(smif_status!=CY_SMIF_SUCCESS)
    {
        Cy_SCB_UART_PutString(UART_HW, "rnrnSMIF Cy_SMIF_Memslot_CmdReadSts failedrn");
        handle_error();
    }
    printf("Received Data: 0x%Xrn", (unsigned int) rxBuffer_reg);
  
    printf("rnQuad I/O Read (QIOR 0x%0X) rn", 0x38);
 
/* The 4 Page program command */  
    smif_status = Cy_SMIF_Memslot_CmdRead(baseaddr, smifMemConfigs[0], address, rxBuffer, rxSize, &RxCmpltCallback, &SMIF_1_context);
    if(smif_status!=CY_SMIF_SUCCESS)
    {
        Cy_SCB_UART_PutString(UART_HW, "rnrnSMIF Cy_SMIF_Memslot_CmdRead failedrn");
        handle_error();
    }
  
    while(Cy_SMIF_BusyCheck(baseaddr))
    {
        /* Wait until the SMIF IP operation is completed. */
    }
....
}