VSCODE自定义代码风格

VSCode启用代码风格修正

1.打开Settings

2.设置Clang_format

搜索clang_format相关配置

设定clang_format基础风格
基础风格中LLVM与Google都是缩进为2，所以还需要自定义风格。

设定clang_format自定义风格文件的路径
指定自定义分割文件的路径（XXX\.clang-format）。自定义风格可以参考后续章节

clang-format文件编写

Clang-format格式化及配置参数(说明)

https://blog.csdn.net/Once_day/article/details/127761573

Clang-format格式化及配置参数(效果展现)

调整为自己的想要的个时候可以导出文件，将文件所在路径填入VSCode，即可完成定制。

https://zed0.co.uk/clang-format-configurator/

VSCode使用效果

windows: Shift+Alt+F
Linux:   Ctrl+Shift+I

调整前

euint32 Fpga_MdioWrite(euint8 uchSlotSel, euint16 DevAddr, euint16 regAdrr, euint16 eushData)
{
    euint32 ulRet = 0;
    volatile euint32 i = 0;
    euint32 ulMdioCtrl = 0;
    euint32 ulMdioPhyAddr = 0;
    euint32 ulMdioWrData = 0;
    euint32 ulMdioRdData = 0;
    euint32 ulMdioIndAddr = 0;
    euint32 ulMdioRst = 0;
    euint32 ulRegCtrlVal=0;
	euint16 phyDevAddr = 0;
	euint8 mdioMode = 0;

	ulRet = Fpga_MdioSel(uchSlotSel, &phyDevAddr, &mdioMode);
    if(FPGA_ERR_SUCCESS != ulRet)
    {
        return  FPGA_ERR_PARA;
    }
	
    ulRet |= Fpga_MdioAddrSel(uchSlotSel, &ulMdioCtrl, &ulMdioPhyAddr, &ulMdioWrData, &ulMdioRdData, &ulMdioIndAddr, &ulMdioRst);
    if(FPGA_ERR_SUCCESS != ulRet)
    {
        return  FPGA_ERR_PARA;
    }

    //优化MDIO驱动，Fpga write时使用非掩码写，节省掩码读时的回读步骤，节省MDIO读写时间
    Fpga_Write_Reg_No_Mask(ulMdioPhyAddr, phyDevAddr&0x7f);

    if (FPGA_MDIO_CLAUSE22 == mdioMode)
    {
        ulRegCtrlVal=regAdrr&0x1f;
        Fpga_Write_Reg_No_Mask(ulMdioCtrl, ulRegCtrlVal);
    }
    else
    {
        ulRegCtrlVal=BIT(10)|(DevAddr&0x1f);
        Fpga_Write_Reg_No_Mask(ulMdioCtrl, ulRegCtrlVal);
        Fpga_Write_Reg_No_Mask(ulMdioIndAddr, regAdrr&0xffff);
    }

    //write data
    Fpga_Write_Reg_No_Mask(ulMdioWrData, eushData&0xffff);

	for (i=0;i<800;i++)
    {
        //pclint
    }

	Fpga_Write_Reg_No_Mask(ulMdioCtrl, ulRegCtrlVal|BIT(15));//trigger 

    ulRet += Fpga_MdioBusy(uchSlotSel);
    
    if (ulRet != FPGA_ERR_SUCCESS)
    {
        /* record log */
        //printf("\n MDIO read faild, enter reset process \n");
        Fpga_MdioInit(uchSlotSel);
        
        return ulRet;    
	}

    return ulRet;
}

调整后

euint32 Fpga_MdioWrite(euint8 uchSlotSel, euint16 DevAddr, euint16 regAdrr, euint16 eushData)
{
    euint32          ulRet         = 0;
    volatile euint32 i             = 0;
    euint32          ulMdioCtrl    = 0;
    euint32          ulMdioPhyAddr = 0;
    euint32          ulMdioWrData  = 0;
    euint32          ulMdioRdData  = 0;
    euint32          ulMdioIndAddr = 0;
    euint32          ulMdioRst     = 0;
    euint32          ulRegCtrlVal  = 0;
    euint16          phyDevAddr    = 0;
    euint8           mdioMode      = 0;

    ulRet = Fpga_MdioSel(uchSlotSel, &phyDevAddr, &mdioMode);
    if (FPGA_ERR_SUCCESS != ulRet) {
        return FPGA_ERR_PARA;
    }

    ulRet |= Fpga_MdioAddrSel(uchSlotSel, &ulMdioCtrl, &ulMdioPhyAddr, &ulMdioWrData, &ulMdioRdData,
                              &ulMdioIndAddr, &ulMdioRst);
    if (FPGA_ERR_SUCCESS != ulRet) {
        return FPGA_ERR_PARA;
    }

    // 优化MDIO驱动，Fpga write时使用非掩码写，节省掩码读时的回读步骤，节省MDIO读写时间
    Fpga_Write_Reg_No_Mask(ulMdioPhyAddr, phyDevAddr & 0x7f);

    if (FPGA_MDIO_CLAUSE22 == mdioMode) {
        ulRegCtrlVal = regAdrr & 0x1f;
        Fpga_Write_Reg_No_Mask(ulMdioCtrl, ulRegCtrlVal);
    } else {
        ulRegCtrlVal = BIT(10) | (DevAddr & 0x1f);
        Fpga_Write_Reg_No_Mask(ulMdioCtrl, ulRegCtrlVal);
        Fpga_Write_Reg_No_Mask(ulMdioIndAddr, regAdrr & 0xffff);
    }

    // write data
    Fpga_Write_Reg_No_Mask(ulMdioWrData, eushData & 0xffff);

    for (i = 0; i < 800; i++) {
        // pclint
    }

    Fpga_Write_Reg_No_Mask(ulMdioCtrl, ulRegCtrlVal | BIT(15));  // trigger

    ulRet += Fpga_MdioBusy(uchSlotSel);

    if (ulRet != FPGA_ERR_SUCCESS) {
        /* record log */
        // printf("\n MDIO read faild, enter reset process \n");
        Fpga_MdioInit(uchSlotSel);

        return ulRet;
    }

    return ulRet;
}

我目前使用的格式

BasedOnStyle: Google
AccessModifierOffset: '-4'
AlignAfterOpenBracket: Align
AlignConsecutiveMacros: 'true'
AlignConsecutiveAssignments: 'true'
AlignConsecutiveDeclarations: 'true'
AlignEscapedNewlines: Left
AlignTrailingComments: 'true'
AllowShortBlocksOnASingleLine: 'false'
AllowShortCaseLabelsOnASingleLine: 'false'
AllowShortFunctionsOnASingleLine: None
AllowShortIfStatementsOnASingleLine: Never
AllowShortLambdasOnASingleLine: None
AllowShortLoopsOnASingleLine: 'false'
AlwaysBreakAfterReturnType: None
BinPackArguments: 'true'
BinPackParameters: 'true'
BreakBeforeBraces: Linux
ColumnLimit: '110'
ContinuationIndentWidth: '4'
IndentCaseLabels: 'true'
IndentWidth: '4'
Language: Cpp