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Subversion Repositories ezidebug
[/] [ezidebug/] [trunk/] [EziDebug_src/] [ezidebugvlgfile.cpp] - Rev 2
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#include "ezidebugfile.h" #include "ezidebugvlgfile.h" #include "ezidebugprj.h" #include "ezidebugscanchain.h" #include "ezidebugmodule.h" #include "reg_scan.h" #include "string.h" #include <QDebug> #include <QMessageBox> extern unsigned int unModuCnt ; extern unsigned int unMacroCnt ; extern ModuleMem ModuleTab[MAX_T_LEN]; extern MacroMem MacroTab[MAX_T_LEN]; extern QMap<QString,QString> def_map ; // 实体名.端口名，数值 extern QMap<QString ,QMap<QString,QString> >inst_map ; extern QStringList iinstNameList ; char buffer[200000]; const char *g_pscanRegModuleName = "" ; const char *g_pScanRegfileContentFirst = "(\n" "\tclock,\n" "\tresetn,\n" "\tTDI_reg,\n" "\tTDO_reg,\n" "\tTOUT_reg,\n" "\tshift_reg\n" "\t);\n" "\tparameter shift_width = 100;\n" "\n" "\tinput clock;\n" "\tinput resetn;\n" "\tinput TDI_reg;\n" "\toutput TDO_reg;\n" "\tinput TOUT_reg;\n" "\tinput [shift_width-1:0] shift_reg;\n" "\n" "\treg [shift_width-1:0] shift_reg_r;\n" ; const char *g_pScanRegfileContentSecond = "\talways@(posedge clock or negedge resetn)\n" "\t\tif(!resetn)\n" "\t\t\tshift_reg_r <= ~shift_reg_r ;\n" "\t\telse if(TOUT_reg)\n" "\t\t\tshift_reg_r <= shift_reg;\n" "\t\telse\n" "\t\t\tshift_reg_r <= {shift_reg_r[shift_width-2:0],TDI_reg};\n" "\n" "\tassign TDO_reg = shift_reg_r[shift_width-1] ;\n" "\n" "endmodule\n" ; // "\talways@(posedge clock or negedge resetn)\n" const char *g_pscanIoModuleName = "module _EziDebugScanChainIo(\n" ; const char *g_pScanIofileContentFirst = "\tclock,\n" "\tresetn,\n" "\tTDI_reg,\n" "\tTDO_reg,\n" "\tTOUT_reg,\n" "\tshift_reg\n" "\t);\n" "\tparameter shift_width = 100;\n" "\n" "\tinput clock;\n" "\tinput resetn;\n" "\tinput TDI_reg;\n" "\toutput TDO_reg;\n" "\tinput TOUT_reg;\n" "\tinput [shift_width-1:0] shift_io;\n" "\n" "\treg [shift_width-1:0] shift_io_r;\n" ; const char*g_pScanIoFileContentSecond = "\talways@(posedge clock or negedge resetn)\n" "\t\tif(!resetn)\n" "\t\t\tshift_io_r <= 0;\n" "\t\telse if(TOUT_reg)\n" "\t\t\tshift_io_r <= shift_io;\n" "\t\telse\n" "\t\t\tshift_io_r <= {shift_io_r[shift_width-2:0],TDI_reg};\n" "\n" "\tassign TDO_reg = shift_io_r[shift_width-1] ;\n" "\n" "endmodule\n" ; const char* g_ptoutfileContentFirst = "(\n" "\t""clock ,\n" "\t""reset ,\n" "\t""rstn_out ,\n" "\t""TOUT_reg \n" "\t"") ;\n" "\n" "\t""input clock ;\n" "\t""input reset ;\n" "\t""output rstn_out ;\n" "\t""output TOUT_reg ;\n" "\t""reg[31:0] cnt ;\n" "\t""reg[31:0] counter ;\n" "\t""parameter CNT_MAX = 32'd"; const char* g_ptoutfileContentSecond = "\n\n\t""always@(posedge clock or posedge reset)\n" "\t\t""if(reset)\n" "\t\t\t""cnt <= 32'h0 ;\n" "\t\t""else if(cnt != CNT_MAX)\n" "\t\t\t""cnt <= cnt + 32'h1 ;\n" "\n\t""assign rstn_out = (cnt != CNT_MAX ) ? 1'b0 : 1'b1 ;" "\n\n\t""always@(posedge clock or posedge reset)\n" "\t\t""if(reset)\n" "\t\t\t""counter <= 32'h0 ;\n" "\t\t""else if(counter >= CNT_MAX)\n" "\t\t\t""counter <= 32'h0 ;\n" "\t\t""else\n" "\t\t\t""counter <= counter + 32'h1 ;\n" "\n" "\t""assign TOUT_reg = (counter == 32'h0)? 1'b1 : 1'b0 ;\n" "\n\t""endmodule\n"; EziDebugVlgFile::EziDebugVlgFile(const QString &filename):EziDebugFile(filename) { } EziDebugVlgFile::EziDebugVlgFile(const QString &filename,const QDateTime &datetime,const QStringList &modulelist)\ :EziDebugFile(filename,datetime,modulelist) { } EziDebugVlgFile::~EziDebugVlgFile() { } int EziDebugVlgFile::deleteScanChain(QStringList &ideletelinecodelist,const QStringList &ideleteblockcodelist,EziDebugScanChain *pchain,EziDebugPrj::OPERATE_TYPE type) { int npos = 0 ; int ndeletePos = 0 ; int nresultPos = 0 ; QList<int> iposList ; QMap<int,int> ideleteCodePosMap ; QDateTime ilastModifedTime ; qDebug() << fileName() ; if(fileName().endsWith("SspApbifX.v")) { qDebug() << "SspApbifX.v"; } // 打开 // 读取 文件 if(!open(QIODevice::ReadOnly | QIODevice::Text)) { // 向用户输出 文件打不开 qDebug() << errorString() << fileName() ; return 1 ; } QTextStream iin(this); QString ifileContent = iin.readAll(); // 关闭 close(); // 打开 写 文件 /*备份扫描过的文件*/ QString ieziDebugFileSuffix ; if(type == EziDebugPrj::OperateTypeDelSingleScanChain) { ieziDebugFileSuffix.append(tr(".delete.%1").arg(pchain->getChainName())); } else if(type == EziDebugPrj::OperateTypeDelAllScanChain) { ieziDebugFileSuffix.append(tr(".deleteall")); } else { return 1 ; } EziDebugPrj *pprj = const_cast<EziDebugPrj *>(EziDebugInstanceTreeItem::getProject()); QFileInfo ifileInfo(fileName()); QString idir = EziDebugScanChain::getUserDir() ; QString ibackupFileName = pprj->getCurrentDir().absolutePath()\ + idir + tr("/") + ifileInfo.fileName() \ + ieziDebugFileSuffix ; copy(ibackupFileName); pchain->addToScanedFileList(fileName()); // 将注释 替换成 空格 QString iblankString = replaceCommentaryByBlank(ifileContent); #if 0 QFile itestfile("d:/test.txt"); if(!itestfile.open(QIODevice::Text|QIODevice::WriteOnly)) { qDebug()<<"aaaaaaaa"; } QTextStream itestout(&itestfile); itestout << iblankString ; itestfile.close(); #endif //QString icaptureString ; // 删除行代码 for(int i = 0 ; i < ideletelinecodelist.count() ; i++) { // 从 stringlist 提取 字符串 创建 QRegExp QRegExp ifindExp(ideletelinecodelist.at(i)); ifindExp.setMinimal(true); QRegExp ifindExpOther(tr("\\s*") + ideletelinecodelist.at(i) ); ifindExpOther.setMinimal(true); // 查找 待删除的字符串 if((nresultPos = ifindExp.indexIn(iblankString,npos)) == -1) { // 向用户输出 查找不到 字符串 qDebug() << "EziDebug info: Can't find the string:" <<ideletelinecodelist.at(i) ; continue ; } else { // 删除至 上一个非空白字符 ndeletePos = nresultPos ; int nlastNoBlankChar = ifileContent.lastIndexOf(QRegExp("\\S"),ndeletePos-1) ; npos = ndeletePos + ifindExp.matchedLength() ; if(-1 == nlastNoBlankChar) { ndeletePos = ndeletePos ; } else { ndeletePos = nlastNoBlankChar + 1 ; } //QString icatchStr = ifindExp.capturedTexts().at(0) ; //QString itest = ifileContent.mid(ndeletePos,nresultPos - ndeletePos +ifindExp.matchedLength()) ; //qDebug() << itest << icatchStr ; iposList.append(ndeletePos); ideleteCodePosMap.insert(ndeletePos,(nresultPos - ndeletePos + ifindExp.matchedLength())); // 替换 带删除的字符串 为空字符串 //ifileContent.replace(icaptureString,tr("")); } } // 删除块代码 npos = 0 ; for(int i = 0 ; i < ideleteblockcodelist.count() ; i++) { // 从 stringlist 提取 字符串 创建 QRegExp QRegExp ifindExp(ideleteblockcodelist.at(i)); // 查找 待删除的字符串 if((npos = ifindExp.indexIn(iblankString,npos)) == -1) { // 向用户输出 查找不到 字符串 qDebug() << ideletelinecodelist.at(i) ; } else { // always 和 ; // 寻找 always int nalwaysPos = iblankString.lastIndexOf(QRegExp(QObject::tr("\\balways\\b")),npos); // 最近的非空白字符, 从第一个空白字符开始 到 always 结束 替换为空 if(-1 != ifileContent.lastIndexOf(QRegExp(QObject::tr("\\S")),nalwaysPos-1)) { nalwaysPos = ifileContent.lastIndexOf(QRegExp(QObject::tr("\\S")),nalwaysPos-1) + 1; } int nfirstBeginPos = iblankString.indexOf(QRegExp(QObject::tr("\\bbegin\\b")),nalwaysPos); /*查找匹配的 end*/ QRegExp iwordsExp(QObject::tr("\\b\\w+\\b")); iwordsExp.setMinimal(true); int nmatch = 1 ; int nendPos = 0 ; int nbeginPos = nfirstBeginPos + 5 ; while((nbeginPos = iwordsExp.indexIn(iblankString,nbeginPos)) != -1) { if(iwordsExp.capturedTexts().at(0) == "begin") { nmatch++ ; } else if(iwordsExp.capturedTexts().at(0) == "end") { nmatch-- ; if(0 == nmatch) { nendPos = nbeginPos ; break ; } } else { // } nbeginPos += iwordsExp.matchedLength(); } if(nmatch != 0) { qDebug() << "no matching end string!"; close(); return 1 ; } if(nendPos != 0) { //qDebug() << ifileContent.mid(nalwaysPos,nendPos - nalwaysPos + 3); //ifileContent.replace(nalwaysPos , nendPos - nalwaysPos + 3 ,""); iposList.append(nalwaysPos); ideleteCodePosMap.insert(nalwaysPos , nendPos - nalwaysPos + 3); npos = nendPos + 3 ; } else { qDebug() << "no finding end string!"; } } } qSort(iposList.begin(), iposList.end(), qGreater<int>()); for(int j = 0 ; j < iposList.count() ; j++) { int nstartPos = iposList.at(j) ; int nlength = ideleteCodePosMap.value(nstartPos , -1) ; ifileContent.replace(nstartPos , nlength ,""); } if(!open(QIODevice::WriteOnly | QIODevice::Text | QIODevice::Truncate)) { // 向用户输出 文件打不开 qDebug() << errorString() << fileName() ; return 1 ; } QTextStream iout(this); iout << ifileContent ; //关闭 close(); ilastModifedTime = ifileInfo.lastModified() ; modifyStoredTime(ilastModifedTime); return 0 ; } int EziDebugVlgFile::addScanChain(INSERT_TYPE type,QMap<QString,EziDebugInstanceTreeItem::SCAN_CHAIN_STRUCTURE*> &chainStructuremap ,EziDebugScanChain* pchain, EziDebugInstanceTreeItem *pitem) { QString ifileData ; QString ilastString ; QString ichainClock ; QString inoSynCode ; int noffSet = 0 ; EziDebugPrj * iprj = const_cast<EziDebugPrj *>(EziDebugInstanceTreeItem::getProject()); EziDebugModule *pmodule = iprj->getPrjModuleMap().value(pitem->getModuleName()) ; EziDebugModule *pparentMoudle = iprj->getPrjModuleMap().value(pitem->parent()->getModuleName()) ; QMap<QString,QString> iclockMap = pmodule->getClockSignal() ; //QMap<QString,QString> iresetMap = pmodule->getResetSignal() ; qDebug() << "Add chain in file:" << fileName(); if(!open(QIODevice::ReadOnly|QIODevice::Text)) { qDebug() << "Cannot Open file for reading:" << qPrintable(this->errorString()); return 1 ; } #if 0 if(fileName().endsWith("ifft_airif_rdctrl.v")) { qDebug("add chain in iifft_airif_rdctrl.v"); } #endif /*遍历节点时生成 一个寄存器的 迭代关系 字符串 要传入 verilog 文件的 addScanChain 函数中 ，方便插完链之后 保存到相应的对象中*/ /*读取文件所有字符 从上一个注释的结束端 到 下一个注释的开始端 之间 查找需要的字符串*/ ifileData = this->readAll(); close(); /*记录到 扫描过的文件 并备份 */ QFileInfo ifileInfo(fileName()); pchain->addToScanedFileList(fileName()); QString idir = EziDebugScanChain::getUserDir() ; QString ibackupFileName = iprj->getCurrentDir().absolutePath()\ + idir + tr("/")+ ifileInfo.fileName() \ + tr(".add") + tr(".%1").arg(pchain->getChainName()); copy(ibackupFileName); QDateTime ilastModifedTime ; if(iprj->getToolType() == EziDebugPrj::ToolQuartus) { inoSynCode = "/*synthesis noprune*/" ; } else if(iprj->getToolType() == EziDebugPrj::ToolIse) { inoSynCode = "/* synthesis syn_keep = 1 xc_props = \"x\" */" ; } /*根据插入代码类型 分别加入代码 */ // 加入函数 判断 新加入的 代码是否重复 ，如果重复 则在后面加入数字 if(InsertTimer == type) { /*如果是定时器 相关代码 */ struct SEARCH_STRING_STRUCTURE iModuleKeyWordSt ; iModuleKeyWordSt.m_etype = SearchModuleKeyWordPos ; iModuleKeyWordSt.m_icontent.m_imodulest.m_eportAnnounceFormat = NonAnsicFormat ; // 父节点的 的 module name strcpy(iModuleKeyWordSt.m_icontent.m_imodulest.m_amoduleName,pitem->parent()->getModuleName().toAscii().data()); // module 名 int nmoduleKeyWordStartPos = 0 ; /*找到 右键加入扫描链的 module 对应例化 的 module */ if(skipCommentaryFind(ifileData,0,iModuleKeyWordSt,nmoduleKeyWordStartPos)) { close(); return 1 ; } struct SEARCH_MODULE_POS_STRUCTURE imodulePos ; strcpy(imodulePos.m_amoduleName,iModuleKeyWordSt.m_icontent.m_imodulest.m_amoduleName); /*不用管 端口声明的 方式*/ imodulePos.m_nendModuleKeyWordPos = -1 ; /*置为标准的，避免扫描 port */ imodulePos.m_eportFormat = AnsicFormat ; imodulePos.m_nlastRegKeyWordPos = -1 ; imodulePos.m_nlastPortKeyWordPos = -1 ; imodulePos.m_nlastWireKeyWordPos = -1 ; imodulePos.m_nnextRightBracketPos = nmoduleKeyWordStartPos ; struct SEARCH_INSTANCE_POS_STRUCTURE *pinstanceSt = (struct SEARCH_INSTANCE_POS_STRUCTURE *)operator new(sizeof(struct SEARCH_INSTANCE_POS_STRUCTURE)) ; strcpy(pinstanceSt->m_amoduleName,pitem->getModuleName().toAscii().data()); strcpy(pinstanceSt->m_ainstanceName,pitem->getInstanceName().toAscii().data()); pinstanceSt->m_einstanceFormat = NonStardardFormat ; pinstanceSt->m_nnextRightBracketPos = -1 ; QMap<QString,SEARCH_INSTANCE_POS_STRUCTURE*> iinstancePosMap ; iinstancePosMap.insert(pitem->getInstanceName(),pinstanceSt); QString iinstanceCode ; QString iresetnWireName ; QString iresetnWireCode ; QString itoutWireName ; QString itoutRegName ; QString itdoWireCode ; QString itdoWireName ; QString itoutRegCode; QString itdoRegCode ; QString itdoRegName ; //QString itdoRegEvaluateCode ; QString itoutWireCode ; QString iblockCode ; QString ianncounceCode ; QString iaddedCode ; QStringList iaddedCodeList ; QStringList iaddedBlockCodeList ; // 找到 lastreg 、lastwire、右键节点的例化位置 if(!matchingTargetString(ifileData,imodulePos,iinstancePosMap)) { // 目前不 检查 端口名 是否 重复 //5、查找 最后的寄存器代码 ，根据 端口 时钟个数 判断加入几个 //怎么传入端口时钟 // 加入 定义 线 tout_wire 的代码 itoutWireName.append(tr("_EziDebug_%1_tout_w").arg(pchain->getChainName())); itoutWireCode.append(tr("\n\t""wire _EziDebug_%1_tout_w ;").arg(pchain->getChainName())); iaddedCodeList.append(tr("\\bwire\\s+_EziDebug_%1_tout_w\\s*;").arg(pchain->getChainName())); itoutRegName.append(tr("_EziDebug_%1_tout_r").arg(pchain->getChainName())); itoutRegCode.append(tr("\n\t""reg %1 %2 ;").arg(itoutRegName).arg(inoSynCode)); iaddedCodeList.append(tr("\\breg\\s*%1\\s*.*;").arg(itoutRegName)); // 加入用于控制翻转的 reset 信号 iresetnWireName.append(tr("_EziDebug_%1_rstn_w").arg(pchain->getChainName())); iresetnWireCode.append(tr("\n\t""wire _EziDebug_%1_rstn_w ;").arg(pchain->getChainName())); iaddedCodeList.append(tr("\\bwire\\s+_EziDebug_%1_rstn_w\\s*;").arg(pchain->getChainName())); // iaddedCode.append(itoutWireCode) ; ianncounceCode.append(itoutWireCode); ianncounceCode.append(itoutRegCode); ianncounceCode.append(iresetnWireCode); SEARCH_INSTANCE_POS_STRUCTURE *pchainInstanceSt = iinstancePosMap.value(pitem->getInstanceName()) ; //clockname 为 module 里面的 clock 名字 int num = 0 ; iinstanceCode.append("\n\t\t") ; QMap<QString,QString>::const_iterator i = iclockMap.constBegin(); while(i != iclockMap.constEnd()) { QString iparentClock ; QMap<QString,QString> iparentClockMap = pparentMoudle->getClockSignal(); QMap<QString,QString>::const_iterator iparentClockIter = iparentClockMap.constBegin() ; while(iparentClockIter != iparentClockMap.constEnd()) { iparentClock = iparentClockIter.key(); ++iparentClockIter ; } /*根据当前节点的时钟 获得 扫描链个数 TDI 输入*/ QString iconstBit(tr("%1'b").arg(chainStructuremap.value(i.key())->m_untotalChainNumber)); for(int j = 0 ;j < chainStructuremap.value(i.key())->m_untotalChainNumber ; j++) { iconstBit.append("1"); } //6、查找 右键插入链的 instance 的代码 ，根据 时钟个数 ，插入多少个 2*TDI TDO ，位宽chainStructuremap 中有多少条链的变量 // 根据 module 里面多少个 时钟, 创建 多少个 和 // _EziDebug_clockname_TDI_reg // _EziDebug_clockname_TDO_reg // _EziDebug_TOUT_reg // 1、 ,\n\t._EziDebug_clockname_TDI_reg(1),\n\t_EziDebug_clockname_TDO_reg(wire_tdo 名字),\n\t_EziDebug_TOUT_reg(wire_tout名字)\n // 2、 , 1 , wire_tdo 名字 , wire_tout名字 // 加入定义 线 tdo_wire 的代码 // 位宽、多少个 wire(clock 个数) // wire [number:0] _EziDebug_chainName_tdo_wire序号 ;\n itdoWireName.append(tr("_EziDebug_%1_%2_tdo_w").arg(pchain->getChainName()).arg(i.key())); itdoRegName.append(tr("_EziDebug_%1_%2_tdo_r").arg(pchain->getChainName()).arg(i.key())); if((chainStructuremap.value(i.key())->m_untotalChainNumber) > 1) { itdoWireCode.append(tr("\n\t""wire [%1:0] %2 ;").arg(chainStructuremap.value(i.key())->m_untotalChainNumber-1).arg(itdoWireName)); //wire [ %1 : 0 ] _EziDebug_%2_tdo_wire%3 ; iaddedCodeList.append(tr("\\b")+tr("wire\\s+\\[")+tr("\\s*%1")\ .arg(chainStructuremap.value(i.key())->m_untotalChainNumber - 1)\ + tr("\\s*:\\s*0\\s*\\]\\s*") + tr("%1\\s*;")\ .arg(itdoWireName)); itdoRegCode.append(tr("\n\t""reg [%1:0] %2 %3 ;").arg(chainStructuremap.value(i.key())->m_untotalChainNumber-1).arg(itdoRegName).arg(inoSynCode)); iaddedCodeList.append(tr("\\breg\\s*\\[\\s*%1\\s*:\\s*0\\s*\\]\\s*%2\\s*.*;").arg(chainStructuremap.value(i.key())->m_untotalChainNumber-1).arg(itdoRegName)); } else { itdoWireCode.append(tr("\n\t""wire %1 ;").arg(itdoWireName)); iaddedCodeList.append(tr("\\b")+tr("wire\\s+")+tr("%1\\s*;").arg(itdoWireName)); itdoRegCode.append(tr("\n\t""reg %1 %2 ;").arg(itdoRegName).arg(inoSynCode)); iaddedCodeList.append(tr("\\breg\\s*%1\\s*.*;").arg(itdoRegName)); } //iaddedCode.append(itdoWireCode); //iaddedCode.append(itdoRegCode); ianncounceCode.append(itdoWireCode); ianncounceCode.append(itdoRegCode); // tdo always 赋值语句 无复位信号 iblockCode.append(tr("\n\n\t""always@(posedge %1)").arg(iparentClock)); iblockCode.append(tr("\n\t\tbegin")); iblockCode.append(tr("\n\t\t""%1 <= %2 ;").arg(itdoRegName).arg(itdoWireName)); iblockCode.append(tr("\n\t\t""%1 <= %2 ;").arg(itoutRegName).arg(itoutWireName)); iblockCode.append(tr("\n\t\tend")); iaddedBlockCodeList.append(tr("%1\\s*<=\\s*%2\\s*;").arg(itdoRegName).arg(itdoWireName)); iaddedCode.append(iblockCode); /* always@(posedge clk or negedge rstn) if(!rstn) TOut_reg <= 1'b0; else if( addr[8:0] == 9'h0 ) TOut_reg <= 1'b1; else TOut_reg <= 1'b0; */ if(StardardForamt == pchainInstanceSt->m_einstanceFormat) { QString iportName = tr(",\n\t\t""._EziDebug_%1_%2_TDI_reg(%3),\n\t\t""._EziDebug_%4_%5_TDO_reg(%6)")\ .arg(pchain->getChainName()).arg(i.key()).arg(iconstBit).arg(pchain->getChainName()).arg(i.key()).arg(itdoWireName); iinstanceCode.append(iportName); //iportName.replace("\n\t","\\s*"); iaddedCodeList.append(tr(",\\s*\\._EziDebug_%1_%2_TDI_reg\\s*\\(\\s*%3\\s*\\)").arg(pchain->getChainName()).arg(i.key()).arg(iconstBit)); iaddedCodeList.append(tr(",\\s*\\._EziDebug_%1_%2_TDO_reg\\s*\\(\\s*%3\\s*\\)").arg(pchain->getChainName()).arg(i.key()).arg(itdoWireName)); } else if(NonStardardFormat == pchainInstanceSt->m_einstanceFormat) { QString iportName = tr(", %1 , %2 ,").arg(iconstBit).arg(itdoWireName) ; iinstanceCode.append(iportName); //iportName.replace(" ","\\s*"); iaddedCodeList.append(tr(",\\s*%1").arg(iconstBit)); iaddedCodeList.append(tr(",\\s*%1").arg(itdoWireName)); } else { // 释放内存 iinstancePosMap.remove(pitem->getInstanceName()); delete pinstanceSt ; close(); return 1 ; } /*构造字符串*/ ++i ; num++; } ifileData.insert(pinstanceSt->m_nstartPos,ianncounceCode); noffSet += ianncounceCode.size() ; // ._EziDebug_chn_rstn(_EziDebug_chn_rstn_w) if(StardardForamt == pchainInstanceSt->m_einstanceFormat) { iinstanceCode.append(tr(",\n\t\t""._EziDebug_%1_rstn(%2)"",\n\t\t""._EziDebug_%3_TOUT_reg(%4)").arg(pchain->getChainName()).arg(iresetnWireName).arg(pchain->getChainName()).arg(itoutWireName)) ; iaddedCodeList.append(tr(",\\s*\\._EziDebug_%1_rstn\\s*\\(\\s*%2\\s*\\)").arg(pchain->getChainName()).arg(iresetnWireName)); iaddedCodeList.append(tr(",\\s*\\._EziDebug_%1_TOUT_reg\\s*\\(\\s*%2\\s*\\)").arg(pchain->getChainName()).arg(itoutWireName)); } else { iinstanceCode.append(tr(", %1 , %2").arg(iresetnWireName).arg(itoutWireName)) ; iaddedCodeList.append(tr(",\\s*%1\\s*,\\s*%2").arg(iresetnWireName).arg(itoutWireName)); } // 所有位置偏移 iinstanceCode.size() ifileData.insert(pinstanceSt->m_nnextRightBracketPos + noffSet , iinstanceCode); noffSet += iinstanceCode.size() ; // 端口对应 所有寄存器 定义 iaddedCode.append(tr("\n")); QVector<EziDebugModule::PortStructure*> iportVec = pmodule->getPort(iprj,pitem->getInstanceName()) ; QString iportRegCode ; QString iportRegName ; QStringList iportRegEvaluationStrList ; QStringList iportRegRevereStrList ; QStringList iportRegResetStrList ; for(int i = 0 ; i < iportVec.count() ;i++) { QString iportWireName = pparentMoudle->getInstancePortMap(pitem->getInstanceName()).value(QString::fromAscii(iportVec.at(i)->m_pPortName)); iportRegName.clear(); iportRegCode.clear(); iportRegName.append(tr("_EziDebug_%1_%2_r").arg(pchain->getChainName()).arg(QString::fromAscii(iportVec.at(i)->m_pPortName))); if(iportVec.at(i)->m_unBitwidth == 1) { iportRegCode.append(tr("\n\t""reg %1 %2 ;").arg(iportRegName).arg(inoSynCode)); iaddedCodeList.append(tr("\\breg\\s+%1\\s*.*;").arg(iportRegName)); } else { iportRegCode.append(tr("\n\t""reg [%1:%2] %3 %4 ;").arg(iportVec.at(i)->m_unStartBit).arg(iportVec.at(i)->m_unEndBit).arg(iportRegName).arg(inoSynCode)); iaddedCodeList.append(tr("\\breg\\s*\\[\\s*%1\\s*:\\s*%2\\s*\\]\\s*%3\\s*.*;").arg(iportVec.at(i)->m_unStartBit).arg(iportVec.at(i)->m_unEndBit).arg(iportRegName)); } iportRegEvaluationStrList.append(tr("%1 <= %2 ;").arg(iportRegName).arg(iportWireName)); iportRegRevereStrList.append(tr("%1 <= ~%2 ;").arg(iportRegName).arg(iportRegName)); iportRegResetStrList.append(tr("%1 <= 0 ;").arg(iportRegName)); iaddedCode.append(iportRegCode); if(i == 0) { iaddedBlockCodeList.append(tr("%1\\s*<=\\s*%2\\s*;").arg(iportRegName).arg(iportWireName)); } } iblockCode.clear() ; if(pchain->getscaningPortClock().isEmpty()) { if(pmodule->getClockSignal().count() > 1) { qDebug() << "Error: There is two or more Clock Signal"; close(); return 1 ; } QString iscanningClock ; QMap<QString,QString> iparentClockMap = pparentMoudle->getClockSignal(); QMap<QString,QString>::const_iterator iparentClockIter = iparentClockMap.constBegin() ; while(iparentClockIter != iparentClockMap.constEnd()) { iscanningClock = iparentClockIter.key(); ++iparentClockIter ; } iblockCode.append(tr("\n\n\t""always@(posedge %1 or negedge %2)").arg(iscanningClock).arg(iresetnWireName)); iblockCode.append(tr("\n\tbegin")); iblockCode.append(tr("\n\t\t""if(!%1)").arg(iresetnWireName)); iblockCode.append(tr("\n\t\t\t""begin")); iblockCode.append(tr("\n\t\t\t%1").arg(iportRegRevereStrList.join("\n\t\t\t"))) ; iblockCode.append(tr("\n\t\t\t""end")); iblockCode.append(tr("\n\t\t""else")); iblockCode.append(tr("\n\t\t\t""begin")); iblockCode.append(tr("\n\t\t\t%1").arg(iportRegEvaluationStrList.join("\n\t\t\t"))); iblockCode.append(tr("\n\t\t\t""end")); iblockCode.append(tr("\n\tend")); } else { iblockCode.append(tr("\n\n\t""always@(posedge %1)").arg(pchain->getscaningPortClock())); iblockCode.append(tr("\n\t""begin")); iblockCode.append(tr("\n\t\t%1").arg(iportRegEvaluationStrList.join("\n\t\t"))); iblockCode.append(tr("\n\t""end")); } iaddedCode.append(iblockCode); //7、加入 将 TDO 载入 reg 的代码 // 找到时钟对应关系 , 定义有关 tdo 需要的 wire 和 生成 相关寄存器的语句 // 并找到clock 和 reset 信号 的 时钟沿变化关系 定义相关的寄存器 /* reg ...... always@(posedge clock or negedge restn) if(!restn) reg_n <= 0; else reg_n <= wire tdo; always@(posedge clock or negedge restn) if(!restn) reg_n <= 0; else reg_n <= wire tdo; */ //8、加入将端口保存的代码 在加入扫描链的界面 上 提供所有端口 和 clock 的对应关系 // 根据 端口所在时钟个数 加入 并定义相关的寄存器 reg_n /*always@(posedge clock or negedge restn) if(!restn) reg_n <= 0; else reg_n <= wire tdo; */ //9、在 endmodule 位置之前插入 timer 例化的代码 ; 不进行 例化名字 的重新改写，如果重复 直接报错 ，应该概率超级小 // itoutCore /* itoutCore itoutCore_chainName_inst( .clock(慢时钟名字), .reset(module中复位信号名字), .Tout_reg(wire_tout名) ); */ QString itoutInstanceCode ; itoutInstanceCode.append("\n\n\t"); itoutInstanceCode.append(EziDebugScanChain::getChainToutCore()); QString itoutInstanceName(EziDebugScanChain::getChainToutCore() + tr("_%1_inst").arg(pchain->getChainName())); QString ireset = "1'b0"; QString iclock ; QMap<QString,QString> iparentClockMap = pparentMoudle->getClockSignal(); QMap<QString,QString>::const_iterator iparentClockIter = iparentClockMap.constBegin() ; while(iparentClockIter != iparentClockMap.constEnd()) { iclock = iparentClockIter.key(); ++iparentClockIter ; } if(pchain->getSlowClock().isEmpty()) { if(iclockMap.count() > 1) { qDebug() << "Error: There is two or more Clock Signal,Please Input the Tout Clock!"; close(); return 1 ; } else { // .rstn_out (_EziDebug_chn_rstn_w ), if(iclockMap.count() == 1) { itoutInstanceCode.append(tr(" ")+itoutInstanceName+tr("(\n\t\t"".clock(%1),\n\t\t"".reset(%2),\n\t\t"".rstn_out(%3),\n\t\t"".TOUT_reg(%4)\n\t);")\ .arg(iclock).arg(ireset).arg(iresetnWireName).arg(itoutWireName)); } else { qDebug() << "Error: There is no Clock Signal In moudle:" << pitem->getModuleName(); close(); return 1 ; } } } else { itoutInstanceCode.append(tr(" ")+itoutInstanceName+tr("(\n\t\t"".clock(%1),\n\t\t"".reset(%2),\n\t\t"".rstn_out(%3),\n\t\t"".TOUT_reg(%4)\n\t);")\ .arg(pchain->getSlowClock()).arg(ireset).arg(iresetnWireName).arg(itoutWireName)); } iaddedCode.append(itoutInstanceCode) ; ifileData.insert(imodulePos.m_nendModuleKeyWordPos + noffSet ,iaddedCode); /*删除代码方法 itoutCore /s+ itoutInstanceName \s+ ( 任意字符 ) /s+ ;*/ iaddedCodeList.append(EziDebugScanChain::getChainToutCore()+tr("\\s+")+itoutInstanceName+tr("\\(")+tr(".+")+tr("\\)")+tr("\\s*;")); } else { iinstancePosMap.remove(pitem->getInstanceName()); delete pinstanceSt ; close(); return 1 ; } //10、写入文件 pchain->addToLineCodeMap(pitem->parent()->getModuleName(),iaddedCodeList); pchain->addToBlockCodeMap(pitem->parent()->getModuleName(),iaddedBlockCodeList); if(!open(QIODevice::WriteOnly|QIODevice::Text|QIODevice::Truncate)) { qDebug() << "Cannot Open file for writing:" << qPrintable(this->errorString()); return 1 ; } QTextStream iout(this); iout << ifileData ; close(); ilastModifedTime = ifileInfo.lastModified() ; modifyStoredTime(ilastModifedTime); // 释放内存 iinstancePosMap.remove(pitem->getInstanceName()); delete pinstanceSt ; return 0 ; } else if(InsertUserCore == type) { int nwireCount = pmodule->getEziDebugWireCounts(pchain->getChainName()) ; QStringList iaddedCodeList ; QStringList iaddedBlockCodeList ; QString iparentToutPort(tr("_EziDebug_%1_TOUT_reg").arg(pchain->getChainName())) ; struct SEARCH_STRING_STRUCTURE iModuleKeyWordSt ; iModuleKeyWordSt.m_etype = SearchModuleKeyWordPos ; iModuleKeyWordSt.m_icontent.m_imodulest.m_eportAnnounceFormat = NonAnsicFormat ; // 父节点的 的 module name strcpy(iModuleKeyWordSt.m_icontent.m_imodulest.m_amoduleName,pitem->getModuleName().toAscii().data()); // module 名 int nmoduleKeyWordStartPos = 0 ; /*找到 定义本 module 的开始位置 */ if(skipCommentaryFind(ifileData,0,iModuleKeyWordSt,nmoduleKeyWordStartPos)) { close(); return 1 ; } QString imodulePortCode ; // 判断这个 module 在本条扫描链 中 是否 被加入过了 // 如果加过了，则直接跳到 加自定义 core 的地方 加代码 if(!pmodule->getAddCodeFlag()) { // 根据标准或者非标准 加入 本 moudle 的 新增端口 每个clock对应的(TDI TDO) 和 TOUT //clockname 为 module 里面的 clock 名字 QMap<QString,QString>::const_iterator clockMapIterator = iclockMap.constBegin(); imodulePortCode.append("\n\t\t") ; while(clockMapIterator != iclockMap.constEnd()) { // 根据 module 里面多少个 时钟, 创建 多少个 和 // [bitwidth-1:0] _EziDebug_chainname_clockname_TDI_reg or _EziDebug_chainname_clockname_TDI_reg // [bitwidth-1:0] _EziDebug_chainname_clockname_TDO_reg or _EziDebug_chainname_clockname_TDO_reg // _EziDebug_chainname_TOUT_reg // 加入定义 线 tdo_wire 的代码 // 位宽、多少个 wire(clock 个数) // wire _EziDebug_chainName_tdo_wire序号[number:0] ;\n if(AnsicFormat == iModuleKeyWordSt.m_icontent.m_imodulest.m_eportAnnounceFormat) { if((chainStructuremap.value(clockMapIterator.key())->m_untotalChainNumber) > 1) { QString iportName = tr(", input [%1:0] _EziDebug_%2_%3_TDI_reg ,\n\t""output [%4:0] _EziDebug_%5_%6_TDO_reg")\ .arg(chainStructuremap.value(clockMapIterator.key())->m_untotalChainNumber - 1).arg(pchain->getChainName()).arg(clockMapIterator.key())\ .arg(chainStructuremap.value(clockMapIterator.key())->m_untotalChainNumber - 1).arg(pchain->getChainName()).arg(clockMapIterator.key()); imodulePortCode.append(iportName); //[ %1 : 0 ] _EziDebug_%2_%3_TDI_reg iaddedCodeList.append(tr(",\\s*input\\s*\\[\\s*%1\\s*:\\s*0\\s*\\]\\s+_EziDebug_%2_%3_TDI_reg").arg(chainStructuremap.value(clockMapIterator.key())->m_untotalChainNumber - 1).arg(pchain->getChainName()).arg(clockMapIterator.key())); //[ %1 : 0 ] _EziDebug_%2_%3_TDO_reg iaddedCodeList.append(tr(",\\s*output\\s*\\[\\s*%1\\s*:\\s*0\\s*\\]\\s+_EziDebug_%2_%3_TDO_reg").arg(chainStructuremap.value(clockMapIterator.key())->m_untotalChainNumber - 1).arg(pchain->getChainName()).arg(clockMapIterator.key())); } else { imodulePortCode.append(tr(", input _EziDebug_%1_%2_TDI_reg ,\n\t""ouput_EziDebug_%3_%4_TDO_reg ,\n\t""input_EziDebug_%5_TOUT_reg")\ .arg(pchain->getChainName()).arg(clockMapIterator.key()).arg(pchain->getChainName()).arg(clockMapIterator.key()).arg(pchain->getChainName())); iaddedCodeList.append(tr(",\\s*_EziDebug_%1_%2_TDI_reg\\s*").arg(pchain->getChainName()).arg(clockMapIterator.key())); iaddedCodeList.append(tr(",\\s*_EziDebug_%1_%2_TDO_reg\\s*").arg(pchain->getChainName()).arg(clockMapIterator.key())); } } else if(NonAnsicFormat == iModuleKeyWordSt.m_icontent.m_imodulest.m_eportAnnounceFormat) { imodulePortCode.append(tr(",\n\t_EziDebug_%1_%2_TDI_reg ,\n\t""_EziDebug_%3_%4_TDO_reg")\ .arg(pchain->getChainName()).arg(clockMapIterator.key()).arg(pchain->getChainName()).arg(clockMapIterator.key())); iaddedCodeList.append(tr(",\\s*_EziDebug_%1_%2_TDI_reg").arg(pchain->getChainName()).arg(clockMapIterator.key())); iaddedCodeList.append(tr(",\\s*_EziDebug_%1_%2_TDO_reg").arg(pchain->getChainName()).arg(clockMapIterator.key())); } else { close(); return 1 ; } /*构造字符串*/ ++clockMapIterator ; } if(AnsicFormat == iModuleKeyWordSt.m_icontent.m_imodulest.m_eportAnnounceFormat) { imodulePortCode.append(tr(",\n\t""input _EziDebug_%1_rstn"",\n\t""input _EziDebug_%2_TOUT_reg").arg(pchain->getChainName()).arg(pchain->getChainName())) ; iaddedCodeList.append(tr(",\\s*input\\s+_EziDebug_%1_rstn").arg(pchain->getChainName())); iaddedCodeList.append(tr(",\\s*input\\s+_EziDebug_%2_TOUT_reg").arg(pchain->getChainName())); } else { imodulePortCode.append(tr(",\n\t_EziDebug_%1_rstn,\n\t""_EziDebug_%2_TOUT_reg").arg(pchain->getChainName()).arg(pchain->getChainName())) ; iaddedCodeList.append(tr(",\\s*_EziDebug_%1_rstn").arg(pchain->getChainName())); iaddedCodeList.append(tr(",\\s*_EziDebug_%1_TOUT_reg").arg(pchain->getChainName())); } ifileData.insert(nmoduleKeyWordStartPos,imodulePortCode); } /*1、END 插入端口声明代码*/ struct SEARCH_MODULE_POS_STRUCTURE imodulePos ; strcpy(imodulePos.m_amoduleName,iModuleKeyWordSt.m_icontent.m_imodulest.m_amoduleName); imodulePos.m_nendModuleKeyWordPos = -1 ; /*根据 端口声明的方式 决定是否搜索 端口*/ imodulePos.m_eportFormat = iModuleKeyWordSt.m_icontent.m_imodulest.m_eportAnnounceFormat ; imodulePos.m_nlastRegKeyWordPos = -1 ; imodulePos.m_nlastPortKeyWordPos = -1 ; imodulePos.m_nlastWireKeyWordPos = -1 ; imodulePos.m_nnextRightBracketPos = nmoduleKeyWordStartPos ; QMap<QString,SEARCH_INSTANCE_POS_STRUCTURE*> iinstancePosMap ; int nnumberOfNoLibCore = 0 ; // 遍历 本节点下面 的所有子节点 for(int count = 0 ; count< pitem->childCount() ;count++ ) { EziDebugInstanceTreeItem* pchildItem = pitem->child(count) ; EziDebugPrj *prj = const_cast<EziDebugPrj*>(EziDebugInstanceTreeItem::getProject()) ; EziDebugModule *pchildModule = prj->getPrjModuleMap().value(pchildItem->getModuleName()) ; if(!pchildModule->isLibaryCore()) { struct SEARCH_INSTANCE_POS_STRUCTURE *pinstanceSt = (struct SEARCH_INSTANCE_POS_STRUCTURE *)operator new(sizeof(struct SEARCH_INSTANCE_POS_STRUCTURE)) ; strcpy(pinstanceSt->m_amoduleName,pchildItem->getModuleName().toAscii().data()); strcpy(pinstanceSt->m_ainstanceName,pchildItem->getInstanceName().toAscii().data()); pinstanceSt->m_einstanceFormat = NonStardardFormat ; pinstanceSt->m_nnextRightBracketPos = -1 ; iinstancePosMap.insert(pchildItem->getInstanceName(),pinstanceSt); nnumberOfNoLibCore++ ; } } QString ilastTdoWire ; // 保存上一个 tdo 用于 连接 两个 instance 之间 的 端口 QString itdoWire ; imodulePortCode.clear(); // 找到 lastreg 、lastwire if(matchingTargetString(ifileData,imodulePos,iinstancePosMap)) { // 释放内存 QMap<QString,SEARCH_INSTANCE_POS_STRUCTURE*>::iterator i = iinstancePosMap.begin(); while(i != iinstancePosMap.end()) { struct SEARCH_INSTANCE_POS_STRUCTURE *pinstanceSt = i.value(); delete pinstanceSt ; ++i ; } iinstancePosMap.clear(); close(); return 1 ; } if(!pmodule->getAddCodeFlag()) { /*根据需要来 插入 TDI、TOUT、TDO 端口定义 */ if(NonAnsicFormat == iModuleKeyWordSt.m_icontent.m_imodulest.m_eportAnnounceFormat) { /*定义端口*/ QMap<QString,QString>::const_iterator i = iclockMap.constBegin(); while(i != iclockMap.constEnd()) { // 根据 module 里面多少个 时钟, 创建 多少个 和 // input [bitwidth-1:0] _EziDebug_clockname_TDI_reg ; or input _EziDebug_clockname_TDI_reg ; // output [bitwidth-1:0] _EziDebug_clockname_TDO_reg ; or output _EziDebug_clockname_TDO_reg ; // input _EziDebug_TOUT_reg ; if((chainStructuremap.value(i.key())->m_untotalChainNumber) > 1) { QString iportName = tr("\n\t""input [%1:0] _EziDebug_%2_%3_TDI_reg ;\n\t""output [%4:0] _EziDebug_%5_%6_TDO_reg ;")\ .arg(chainStructuremap.value(i.key())->m_untotalChainNumber - 1).arg(pchain->getChainName()).arg(i.key())\ .arg(chainStructuremap.value(i.key())->m_untotalChainNumber - 1).arg(pchain->getChainName()).arg(i.key()); imodulePortCode.append(iportName); //input [ %1 : 0 ] _EziDebug_%2_%3_TDI_reg iaddedCodeList.append(tr("\\binput\\s*\\[\\s*%1\\s*:\\s*0\\s*\\]\\s+_EziDebug_%2_%3_TDI_reg\\s*;").arg(chainStructuremap.value(i.key())->m_untotalChainNumber - 1).arg(pchain->getChainName()).arg(i.key())); //output [ %1 : 0 ] _EziDebug_%2_%3_TDO_reg iaddedCodeList.append(tr("\\boutput\\s*\\[\\s*%1\\s*:\\s*0\\s*\\]\\s+_EziDebug_%2_%3_TDO_reg\\s*;").arg(chainStructuremap.value(i.key())->m_untotalChainNumber - 1).arg(pchain->getChainName()).arg(i.key())); } else { QString iportName = tr("\n\t""input _EziDebug_%1_%2_TDI_reg ;\n\t""output _EziDebug_%3_%4_TDO_reg ;")\ .arg(pchain->getChainName()).arg(i.key())\ .arg(pchain->getChainName()).arg(i.key()); imodulePortCode.append(iportName); //input _EziDebug_%1_%2_TDI_reg iaddedCodeList.append(tr("\\binput\\s+_EziDebug_%1_%2_TDI_reg\\s*;").arg(pchain->getChainName()).arg(i.key())); //output _EziDebug_%1_%2_TDO_reg iaddedCodeList.append(tr("\\boutput\\s+_EziDebug_%1_%2_TDO_reg\\s*;").arg(pchain->getChainName()).arg(i.key())); } /*构造字符串*/ ++i ; } imodulePortCode.append(tr("\n\t""input _EziDebug_%1_TOUT_reg ;").arg(pchain->getChainName())) ; iaddedCodeList.append(tr("\\binput\\s+_EziDebug_%1_TOUT_reg\\s*;").arg(pchain->getChainName())); // _EziDebug_%1_rstn imodulePortCode.append(tr("\n\t""input _EziDebug_%1_rstn ;").arg(pchain->getChainName())) ; iaddedCodeList.append(tr("\\binput\\s+_EziDebug_%1_rstn\\s*;").arg(pchain->getChainName())); // 在最后一个端口声明之前加入 EziDebug 端口 TDI TDO TOUT 的声明 ifileData.insert(imodulePos.m_nlastPortKeyWordPos ,imodulePortCode); noffSet += imodulePortCode.size() ; } QString itdoWireDefinitionCode ; QString iinstanceCode ; QString iclockString ; QString iresetString ; QString iresetRegStr ; QString ievaluateRegStr ; QString isysCoreCode ; QString iregDefinitionCode ; QString iinstanceExp ; int nnonCoreNum = 0 ; int nFirstnonCoreNum = 0 ; // 遍历 本节点下面 的所有子节点 for(int i = 0 ; i< pitem->childCount() ;i++ ) { int m = 0 ; EziDebugInstanceTreeItem* pchildItem = pitem->child(i) ; EziDebugPrj *prj = const_cast<EziDebugPrj *>(EziDebugInstanceTreeItem::getProject()) ; EziDebugModule *pchildModule = prj->getPrjModuleMap().value(pchildItem->getModuleName()) ; QMap<QString,QString> ichildModulePortMap = pmodule->getInstancePortMap(pchildItem->getInstanceName()) ; itdoWireDefinitionCode.clear(); iinstanceCode.clear(); itdoWire.clear(); iinstanceExp.clear(); if(!pchildModule->isLibaryCore()) { nnonCoreNum++ ; iinstanceCode.append("\n\t\t") ; /*在子模块例化中添加 新增的EziDebug端口代码 需要子节点与父模块的时钟相同*/ QMap<QString,QString> ichildClockMap = pchildModule->getClockSignal(); if(!ichildClockMap.count()) { continue ; } nFirstnonCoreNum++ ; nwireCount++ ; /*根据 非系统core 子例化 加入代码：定义 wire 的代码 用于连接 各个例化 端口、例化模块代码的 端口插入代码*/ struct SEARCH_INSTANCE_POS_STRUCTURE *pinstSt = iinstancePosMap.value(pchildItem->getInstanceName()); QMap<QString,QString>::const_iterator p = ichildClockMap.constBegin(); while(p != ichildClockMap.constEnd()) { QString iparentTdiPort ; QString iparentTdoPort ; QString iparentClock = pitem->getModuleClockMap(pchildItem->getInstanceName()).key(p.key(),QString()) ; if(iparentClock.isEmpty()) { // 释放内存 QMap<QString,SEARCH_INSTANCE_POS_STRUCTURE*>::iterator i = iinstancePosMap.begin(); while(i != iinstancePosMap.end()) { struct SEARCH_INSTANCE_POS_STRUCTURE *pinstanceSt = i.value(); delete pinstanceSt ; ++i ; } iinstancePosMap.clear(); close(); return 1 ; } else { iparentTdiPort.append(tr("_EziDebug_%1_%2_TDI_reg").arg(pchain->getChainName()).arg(iparentClock)); iparentTdoPort.append(tr("_EziDebug_%1_%2_TDO_reg").arg(pchain->getChainName()).arg(iparentClock)); } // 定义用于连接 例化新增端口的 wire if((chainStructuremap.value(iparentClock)->m_untotalChainNumber) > 1) { /*1、加入 定义 wire TDO 根据不同的 clock 定义的代码*/ itdoWireDefinitionCode.append(tr("\n\t""wire [%1:0] _EziDebug_%2_%3_tdo%4 ;").arg(chainStructuremap.value(iparentClock)->m_untotalChainNumber-1).arg(pchain->getChainName()).arg(iparentClock).arg(nwireCount)); itdoWire.append(tr("_EziDebug_%1_%2_tdo%3").arg(pchain->getChainName()).arg(iparentClock).arg(nwireCount)); iaddedCodeList.append(tr("\\bwire\\s*") + tr("\\[\\s*%1\\s*:\\s*0\\s*\\]\\s*").arg(chainStructuremap.value(iparentClock)->m_untotalChainNumber-1) +tr("_EziDebug_%1_%2_tdo%3\\s*;").arg(pchain->getChainName()).arg(iparentClock).arg(nwireCount)); } else { /*1、加入 定义 wire TDO 根据不同的 clock 定义的代码*/ itdoWireDefinitionCode.append(tr("\n\t""wire _EziDebug_%1_%2_tdo%3 ;").arg(pchain->getChainName()).arg(iparentClock).arg(nwireCount)); itdoWire.append(tr("_EziDebug_%1_%2_tdo%3").arg(pchain->getChainName()).arg(iparentClock).arg(nwireCount)); iaddedCodeList.append(tr("\\bwire\\s+") +tr("_EziDebug_%1_%2_tdo%3\\s*;").arg(pchain->getChainName()).arg(iparentClock).arg(nwireCount)); } // 根据例化 书写格式 填入新增端口以及端口连接代码 if(StardardForamt == pinstSt->m_einstanceFormat) { /*判断 时钟 是否 对应 找到 并将 module 的 clock 的那个 TDI 与 端口 相连 */ // 第一个 instance 的 tdi 与 module 对应 clock 的 tdi 相连 , tdo 与 下一个 instance 相连 或者 本module 自定义的 core 相连 if(1 == nFirstnonCoreNum) { /*非最后1个 no libcore instance*/ // 第一个 instance 的 tdi 与 module 对应 clock 的 tdi 相连 , tdo 与 下一个 instance QString iportName = tr(" ,\n\t""._EziDebug_%1_%2_TDI_reg(%3) ,\n\t""._EziDebug_%4_%5_TDO_reg(%6)")\ .arg(pchain->getChainName()).arg(p.key()).arg(iparentTdiPort).arg(pchain->getChainName()).arg(p.key()).arg(itdoWire); iinstanceCode.append(iportName); iinstanceExp.append(tr("\\s*,\\s*._EziDebug_%1_%2_TDI_reg\\s*\\(\\s*%3\\s*\\)").arg(pchain->getChainName()).arg(p.key()).arg(iparentTdiPort)); iinstanceExp.append(tr("\\s*,\\s*._EziDebug_%1_%2_TDO_reg\\s*\\(\\s*%3\\s*\\)").arg(pchain->getChainName()).arg(p.key()).arg(itdoWire)); } else { //第一个 instance 的 tdi 与 module 对应 clock 的 tdi 相连,本module 自定义的 core 相连 // 其余的 instance 的 tdi 与 上一个 instance 的 tdo 相连 , tdo 与 下一个 instacne 相连 或者 本 module 自定义的 core 相连 QString iportName = tr(" ,\n\t""._EziDebug_%1_%2_TDI_reg(%3) ,\n\t""._EziDebug_%4_%5_TDO_reg(%6)")\ .arg(pchain->getChainName()).arg(p.key()).arg(ilastTdoWire).arg(pchain->getChainName()).arg(p.key()).arg(itdoWire); iinstanceCode.append(iportName); // TDI 和 上一个 例化的 iinstanceExp.append(tr("\\s*,\\s*._EziDebug_%1_%2_TDI_reg\\s*\\(\\s*%3\\s*\\)").arg(pchain->getChainName()).arg(p.key()).arg(ilastTdoWire)); iinstanceExp.append(tr("\\s*,\\s*._EziDebug_%1_%2_TDO_reg\\s*\\(\\s*%3\\s*\\)").arg(pchain->getChainName()).arg(p.key()).arg(itdoWire)); } } else if(NonStardardFormat == pinstSt->m_einstanceFormat) { // 第一个 instance 的 tdi 与 module 对应 clock 的 tdi 相连 , tdo 与 下一个 instance 相连 或者 本module 自定义的 core 相连 // 其余的 instance 的 tdi 与 上一个 instance 的 tdo 相连 , tdo 与 下一个 instacne 相连 或者 本 module 自定义的 core 相连 if(1 == nFirstnonCoreNum) // 原来 为 i ,本意为 第一个 非系统例化 i = 0 只能保证是第一个 例化(有可能为 第一个 为 系统例化 第二个为 非系统例化 但 第二个 的 tdi 需要 与 端口 tdi 相连) { QString iportName = tr(" , %1 , %2 ").arg(iparentTdiPort).arg(itdoWire) ; iinstanceCode.append(iportName); iportName.replace(" ","\\s*"); iinstanceExp.append(iportName); } else { QString iportName = tr(" , %1 , %2 ").arg(ilastTdoWire).arg(itdoWire) ; iinstanceCode.append(iportName); iportName.replace(" ","\\s*"); iinstanceExp.append(iportName); } } else { // 释放内存 QMap<QString,SEARCH_INSTANCE_POS_STRUCTURE*>::iterator i = iinstancePosMap.begin(); while(i != iinstancePosMap.end()) { struct SEARCH_INSTANCE_POS_STRUCTURE *pinstanceSt = i.value(); iinstancePosMap.remove(i.key()); delete pinstanceSt ; } close(); return 1 ; } /*当到了最后1个非系统例化时 保存当前的的最后 1 根 tdo wire ,它需要与后面添加 EziDebug 自定义例化的 tdi相连 */ if(nnonCoreNum == nnumberOfNoLibCore) { /*保存最后的 clock 与 wire名称 的对应关系*/ pmodule->AddToClockWireNameMap(pchain->getChainName(),iparentClock,itdoWire); } ++p ; //num++; } if(StardardForamt == pinstSt->m_einstanceFormat) { iinstanceCode.append(tr(",\n\t""._EziDebug_%1_rstn(_EziDebug_%2_rstn)").arg(pchain->getChainName()).arg(pchain->getChainName())) ; iinstanceExp.append(tr("\\s*,\\s*._EziDebug_%1_rstn\\s*\\(\\s*_EziDebug_%2_rstn\\s*\\)").arg(pchain->getChainName()).arg(pchain->getChainName())); iinstanceCode.append(tr(",\n\t""._EziDebug_%1_TOUT_reg(%2)").arg(pchain->getChainName()).arg(iparentToutPort)) ; iinstanceExp.append(tr("\\s*,\\s*._EziDebug_%1_TOUT_reg\\s*\\(\\s*%2\\s*\\)").arg(pchain->getChainName()).arg(iparentToutPort)); } else { QString iportName = tr(", _EziDebug_%1_rstn , %2").arg(pchain->getChainName()).arg(iparentToutPort) ; iinstanceCode.append(iportName) ; iinstanceExp.append(tr("\\s*,\\s*_EziDebug_%1_rstn\\s*,\\s*%2").arg(pchain->getChainName()).arg(iparentToutPort)); } iaddedCodeList.append(iinstanceExp); ifileData.insert(pinstSt->m_nstartPos + noffSet,itdoWireDefinitionCode); noffSet += itdoWireDefinitionCode.size() ; ifileData.insert(pinstSt->m_nnextRightBracketPos + noffSet,iinstanceCode); noffSet += iinstanceCode.size() ; /*保存最后一根 Tdo 的 线 名称 */ // 记录上一次的一根线的名字,用于下一次的连接 ilastTdoWire = itdoWire ; } else { QMap<QString,QString> iinstancePortMap = pmodule->getInstancePortMap(pchildItem->getInstanceName()); /*根据 系统core 子例化 加入代码：定义 寄存器 reg_n 代码、将输出端口信号载入寄存器代码 */ /*从module 中 获得 所有的 输出端口(位宽、大小端) 及其 时钟名 、时钟跳变方向、*/ QVector<EziDebugModule::PortStructure*> iportVec = pchildModule->getPort(iprj,pchildItem->getInstanceName()); int nportCount = 0 ; for(; nportCount < iportVec.count() ; nportCount++) { if((EziDebugModule::directionTypeOutput == iportVec.at(nportCount)->eDirectionType)||(EziDebugModule::directionTypeInoutput == iportVec.at(nportCount)->eDirectionType)) { #if 0 QString iportName = iinstancePortMap.value(QString::fromAscii(iportVec.at(nportCount)->m_pPortName),QString()); if(iportName.isEmpty()) { // 释放内存 QMap<QString,SEARCH_INSTANCE_POS_STRUCTURE*>::iterator j = iinstancePosMap.begin(); while(j != iinstancePosMap.end()) { struct SEARCH_INSTANCE_POS_STRUCTURE *pinstanceSt = j.value(); iinstancePosMap.remove(j.key()); delete pinstanceSt ; } goto ErrorHandle ; } #else QString iportName = QString::fromAscii(iportVec.at(nportCount)->m_pPortName) ; QString icomPortName = pchildItem->getItemHierarchyName() + iportName ; #endif if(iportVec.at(nportCount)->m_unBitwidth > 1) { iregDefinitionCode.append(tr("\n\t""reg [%1:%2] _EziDebug_%3_%4_r %5 ;").arg(iportVec.at(nportCount)->m_unStartBit).arg(iportVec.at(nportCount)->m_unEndBit).arg(pchain->getChainName()).arg(QString::fromAscii(iportVec.at(nportCount)->m_pPortName)).arg(inoSynCode)); //isysCoreCode.append(iregDefinitionCode); iaddedCodeList.append(tr("\\breg\\s*\\[\\s*%1\\s*:\\s*%2\\s*\\]\\s*_EziDebug_%3_%4_r.+;").arg(iportVec.at(nportCount)->m_unStartBit).arg(iportVec.at(nportCount)->m_unEndBit).arg(pchain->getChainName()).arg(QString::fromAscii(iportVec.at(nportCount)->m_pPortName))); } else { iregDefinitionCode.append(tr("\n\t""reg _EziDebug_%1_%2_r %3 ;").arg(pchain->getChainName()).arg(QString::fromAscii(iportVec.at(nportCount)->m_pPortName)).arg(inoSynCode)); //isysCoreCode.append(iregDefinitionCode); iaddedCodeList.append(tr("\\breg\\s+_EziDebug_%1_%2_r\\s*.+;").arg(pchain->getChainName()).arg(QString::fromAscii(iportVec.at(nportCount)->m_pPortName))); } QString iregName(tr("_EziDebug_%1_%2_r").arg(pchain->getChainName()).arg(QString::fromAscii(iportVec.at(nportCount)->m_pPortName))) ; QString iregWireName = ichildModulePortMap.value(QString::fromAscii(iportVec.at(nportCount)->m_pPortName),QString()); //qDebug() << "EziDebug info:sys core wire name:" << iregWireName ; if((iregWireName.isEmpty()|(QRegExp(tr("^\\d+$")).exactMatch(iregWireName.toLower()))\ |(QRegExp(tr("^\\d+'[bhd][\\da-f]+$")).exactMatch(iregWireName.toLower()))\ |(QRegExp(tr("^`[ho][\\da-f]+$")).exactMatch(iregWireName.toLower())) |(iregWireName.toLower()== "null"))) { continue ; } QStringList iportList ; iportList << pitem->getItemHierarchyName() << icomPortName << iregName << QString::number(iportVec.at(nportCount)->m_unBitwidth) ; pchain->addToSyscoreOutputPortList(iportList.join(tr("#"))); //iresetRegStr.append(tr("\n\t\t%1 <= 0 ;").arg(iregName)); iresetRegStr.clear(); ievaluateRegStr.append(tr("\n\t\t%1 <= %2 ;").arg(iregName).arg(iregWireName)); if(m == 0) { iaddedBlockCodeList.append(tr("%1\\s*<=\\s*%2\\s*;").arg(iregName).arg(iregWireName)); } m++ ; } } } } if(!ievaluateRegStr.isEmpty()) { isysCoreCode.append(iregDefinitionCode); /*统一加入 寄存器 载入 代码块*/ /*根据 pchain 中保存的 clock list 找到 与扫描端口的时钟 对应的本模块的时钟 */ if(iclockMap.count() == 1) { QMap<QString,QString>::const_iterator iclockIterator = iclockMap.constBegin(); while(iclockIterator != iclockMap.constEnd()) { iclockString.append(tr("%1 %2").arg(QObject::tr("posedge")).arg(iclockIterator.key())); ++iclockIterator ; } } else { close(); return 1 ; } QString iprocessCode ; iprocessCode.append((tr("\n\n\t""always@(%1)").arg(iclockString))); iprocessCode.append(tr("\n\t""begin")); iprocessCode.append(tr("%1").arg(ievaluateRegStr)); iprocessCode.append(tr("\n\t""end")); /*保存删除代码信息*/ isysCoreCode.append(iprocessCode); } /*写入文件*/ ifileData.insert(imodulePos.m_nendModuleKeyWordPos + noffSet ,isysCoreCode); noffSet += isysCoreCode.size() ; } // 释放内存 QMap<QString,SEARCH_INSTANCE_POS_STRUCTURE*>::iterator iinstanceIter = iinstancePosMap.begin(); while(iinstanceIter != iinstancePosMap.end()) { struct SEARCH_INSTANCE_POS_STRUCTURE *pinstanceSt = iinstanceIter.value(); delete pinstanceSt ; ++iinstanceIter; } iinstancePosMap.clear(); #if 0 if(fileName().endsWith("ifft.v")) { qDebug("add chain in ifft.v"); } #endif int nwireShiftRegNum = 0 ; int nlastChainStartNum = 0 ; int nlastChainEndNum = 0 ; int nchainStartNum = 0 ; int nchainEndNum = 0 ; int nusedNum = 0 ; QVector<EziDebugModule::RegStructure*> sregVec ; QVector<EziDebugModule::RegStructure*> vregVec ; QString ilastInput ; QString iusrCoreCode ; // 遍历所有时钟 去添加相应时钟的扫描链 QMap<QString,QString>::const_iterator iclockIterator = iclockMap.constBegin(); while(iclockIterator != iclockMap.constEnd()) { EziDebugInstanceTreeItem::SCAN_CHAIN_STRUCTURE* pchainSt = chainStructuremap.value(iclockIterator.key()) ; int nSregNum = 0 ; int nVregNum = 0 ; // 已经添加的 EziDebug core 的个数 int ninstNum = pmodule->getEziDebugCoreCounts(pchain->getChainName()) ; int nleftRegNum = 0 ; int nregBitCount = 0 ; int nleftBit = -1 ; int nlastStopNum = 0 ; int nRegNum = 0 ; bool isNeedAdded = false ; ilastInput.clear(); if(!pmodule->getAllRegMap(iclockIterator.key(),sregVec,vregVec)) { qDebug() << "EeziDebug Error: Insert Chain Error!"; return 1 ; } // 没有寄存器 直接看 next clock 是否有 reg if((!sregVec.count())&&(!vregVec.count())) { // 不用加任何代码 ，不用记录当前的 链号 ++iclockIterator ; continue ; } // 计算固定位宽所有寄存器的bit总合 int nregCount = 0 ; if(pchainSt->m_unleftRegNumber == 0) { pchainSt->m_unleftRegNumber = iprj->getMaxRegNumPerChain() ; pchainSt->m_uncurrentChainNumber++ ; } // 起始bit位 nchainStartNum = pchainSt->m_uncurrentChainNumber ; // 获取 module在 chainxxx 的 加链情况 占用了 从 nlastChainStartNum 到 nlastChainEndNum 的链 pmodule->getBitRangeInChain(pchain->getChainName(),iclockIterator.key(),&nlastChainStartNum ,&nlastChainEndNum); /* 判断当前module是否单独例化（只有静态寄存器） YES { 判断剩余的扫描链个数 是否够用，够用则在旧的扫描链上继续添加， 不够则新创建一条扫描链继续添加 （不够再添加新的扫描链 ，至到结束为止）（计算最后剩余的寄存器个数） } NO (可能同时存在 静态与动态的寄存器 添加方法是 先添加静态的寄存器 再添加动态的寄存器) { 原则：由于多次例化，寄存器不能因为链的变化 在不同的例化中 放在了不同的链里面 if(静态+动态 < 剩余寄存器链个数) { if(这次添加扫描链时和上一次的链相同 ) { 则只记录寄存器位置信息 不添加任何 } // 所有的里面放 计算剩余的 扫描链寄存器个数 } else { // 从新的扫描链 开始添加 } } // 最终目的是保证代码的唯一性 */ if(!pmodule->getConstInstacedTimesPerChain(pchain->getChainName())) { qDebug() << "EziDebug Error: the module instance times error!"; return 1 ; } if(pmodule->getConstInstacedTimesPerChain(pchain->getChainName()) == 1) { AddReg: // 只存在静态的寄存器 /*移位寄存器 赋值 代码*/ QStringList iregNameList ; QVector<EziDebugModule::RegStructure*> iregVec = sregVec ; QStringList iregCombinationCode ; if(nleftBit != -1) { int nlastLeftRegNum = qAbs(iregVec.at(nleftRegNum)->m_unEndBit - nleftBit) + 1 ; QVector<EziDebugModule::RegStructure*> iregVec = sregVec ; // 剩余的个数 if(nlastLeftRegNum >= iprj->getMaxRegNumPerChain()) { while(nlastLeftRegNum >= iprj->getMaxRegNumPerChain()) { ninstNum++ ; nwireCount++ ; iregCombinationCode.clear(); iregNameList.clear(); // 定义 wire 连接 tdo 代码 QString iwireTdoName(tr("_EziDebug_%1_%2_tdo%3").arg(pchain->getChainName()).arg(iclockIterator.key()).arg(nwireCount)); QString iwireTdoDefinitionCode(tr("\n\n\t""wire ")+ iwireTdoName + tr(" ;")) ; iusrCoreCode.append(iwireTdoDefinitionCode); iaddedCodeList.append(tr("\\bwire\\s+_EziDebug_%1_%2_tdo%3\\s*;")\ .arg(pchain->getChainName()).arg(iclockIterator.key()).arg(nwireCount)); // 定义 wire 连接 移位寄存器 代码 QString iwireShiftRegDefinitionCode(tr("\n\t""wire ") + tr("[%1:0]").arg(iprj->getMaxRegNumPerChain()-1)+ tr("_EziDebug_%1_%2_sr%3")\ .arg(pchain->getChainName()).arg(iclockIterator.key()).arg(ninstNum) + tr(" ;")); QString iwireSrName(tr("_EziDebug_%1_%2_sr%3").arg(pchain->getChainName()).arg(iclockIterator.key()).arg(ninstNum)) ; iaddedCodeList.append(tr("\\bwire\\s*\\[\\s*%1:\\s*0\\s*\\]\\s*").arg(iprj->getMaxRegNumPerChain()-1)+tr("_EziDebug_%1_%2_sr%3\\s*;")\ .arg(pchain->getChainName()).arg(iclockIterator.key()).arg(ninstNum)); iusrCoreCode.append(iwireShiftRegDefinitionCode); nwireShiftRegNum++ ; /*移位寄存器 赋值 代码*/ // int nendBit = nleftBit + iprj->getMaxRegNumPerChain() -1; int nendBit = 0 ; if(iregVec.at(nleftRegNum)->m_unRegNum > 1) { if(iregVec.at(nleftRegNum)->m_eRegNumEndian == EziDebugModule::endianBig) { /*高:低*/ // iregVec.at(nleftRegNum)->m_unBitWidth-1 nendBit = nleftBit + 1 - iprj->getMaxRegNumPerChain() ; iregNameList << constructChainRegString(iregVec.at(nleftRegNum) , nlastStopNum , nleftBit , nendBit , pitem); iregCombinationCode.append(QString::fromAscii(iregVec.at(nleftRegNum)->m_pRegName)+tr("[%1]").arg(iregVec.at(nleftRegNum)->m_unStartNum - nlastStopNum)+tr("[%1:%2]").arg(nleftBit).arg(nendBit)); nleftBit = nendBit - 1 ; } else { /*低:高*/ nendBit = nleftBit -1 + iprj->getMaxRegNumPerChain() ; iregNameList << constructChainRegString(iregVec.at(nleftRegNum) , nlastStopNum , nleftBit , nendBit , pitem); iregCombinationCode.append(QString::fromAscii(iregVec.at(nleftRegNum)->m_pRegName)+tr("[%1]").arg(iregVec.at(nleftRegNum)->m_unStartNum + nlastStopNum)+tr("[%1:%2]").arg(nleftBit).arg(nendBit)); nleftBit = nendBit + 1 ; } } else { if(iregVec.at(nleftRegNum)->m_eRegNumEndian == EziDebugModule::endianBig) { /*高:低*/ nendBit = nleftBit + 1 - iprj->getMaxRegNumPerChain() ; iregNameList << constructChainRegString(iregVec.at(nleftRegNum) , nlastStopNum , nleftBit , nendBit , pitem); iregCombinationCode.append(QString::fromAscii(iregVec.at(nleftRegNum)->m_pRegName)+tr("[%1:%2]") \ .arg(nleftBit).arg(nendBit)); nleftBit = nendBit - 1 ; } else { /*低:高*/ nendBit = nleftBit -1 + iprj->getMaxRegNumPerChain() ; iregNameList << constructChainRegString(iregVec.at(nleftRegNum) , nlastStopNum , nleftBit , nendBit , pitem); iregCombinationCode.append(QString::fromAscii(iregVec.at(nleftRegNum)->m_pRegName)+tr("[%1:%2]")\ .arg(nleftBit).arg(nendBit)); nleftBit = nendBit + 1 ; } } ichainClock = pchain->getChainClock(pitem->getInstanceName(),iclockIterator.key()); if(ichainClock.isEmpty()) { qDebug() << "EziDebug Error: the top clock is not finded!" << __LINE__; return 2 ; } pchain->addToRegChain(ichainClock ,pchainSt->m_uncurrentChainNumber ,iregNameList); // 插入扫描链代码 QString iwireShiftRegEvaluateString ; iwireShiftRegEvaluateString.append(tr("\n\t""assign %1 = {\n\t\t\t\t\t\t\t\t\t""%2""\n\t\t\t\t\t\t\t\t\t};").arg(iwireSrName).arg(iregCombinationCode.join(" ,\n\t\t\t\t\t\t\t\t\t"))); iaddedCodeList.append(tr("\\bassign\\s+%1.*;").arg(iwireSrName)); iusrCoreCode.append(iwireShiftRegEvaluateString); /*自定义 core 例化代码 */ QString iusrCoreDefinitionCode ; // QString iresetName = "1'b1"; // _EziDebug_chn_rstn QString iresetName = tr("_EziDebug_%1_rstn").arg(pchain->getChainName()); QString iusrCoreTdi ; if(nnumberOfNoLibCore != 0) { if((chainStructuremap.value(iclockIterator.key())->m_untotalChainNumber) > 1) { iusrCoreTdi.append(tr("%1[%2]").arg(pmodule->getChainClockWireNameMap(pchain->getChainName(),iclockIterator.key())).arg(pchainSt->m_uncurrentChainNumber)); } else { iusrCoreTdi.append(tr("%1").arg(pmodule->getChainClockWireNameMap(pchain->getChainName(),iclockIterator.key()))); } } else { if((chainStructuremap.value(iclockIterator.key())->m_untotalChainNumber) > 1) { iusrCoreTdi.append(tr("_EziDebug_%1_%2_TDI_reg[%3]").arg(pchain->getChainName()).arg(iclockIterator.key()).arg(pchainSt->m_uncurrentChainNumber)); } else { iusrCoreTdi.append(tr("_EziDebug_%1_%2_TDI_reg").arg(pchain->getChainName()).arg(iclockIterator.key())); } } iusrCoreDefinitionCode.append(tr("\n\t")+ EziDebugScanChain::getChainRegCore() + tr(" %1_%2_inst%3(\n").arg(EziDebugScanChain::getChainRegCore()).arg(pchain->getChainName()).arg(ninstNum)); iusrCoreDefinitionCode.append( tr("\t"".clock""\t(%1) ,\n").arg(iclockIterator.key()) \ + tr("\t"".resetn""\t(%1) ,\n").arg(iresetName) \ + tr("\t"".TDI_reg""\t(%1) ,\n").arg(iusrCoreTdi) \ + tr("\t"".TDO_reg""\t(%1) ,\n").arg(iwireTdoName) \ + tr("\t"".TOUT_reg""\t(%1) ,\n").arg(iparentToutPort) \ + tr("\t"".shift_reg""\t(%1) \n\t) ;").arg(iwireSrName)); /*加入 定义 userCore regWidth 限定的 语句代码*/ QString iparameterDefCode ; iparameterDefCode.append(tr("\n\t""defparam %1_%2_inst%3.shift_width = %4 ;").arg(EziDebugScanChain::getChainRegCore()).arg(pchain->getChainName()).arg(ninstNum).arg(iprj->getMaxRegNumPerChain())); iaddedCodeList.append(tr("\\bdefparam\\s+%1_%2_inst%3\\.shift_width\\s*=.*;").arg(EziDebugScanChain::getChainRegCore()).arg(pchain->getChainName()).arg(ninstNum)); iusrCoreCode.append(iparameterDefCode) ; iaddedCodeList.append(EziDebugScanChain::getChainRegCore() + tr("\\s+%1_%2_inst%3\\s*\\(.*\\)\\s*;").arg(EziDebugScanChain::getChainRegCore()).arg(pchain->getChainName()).arg(ninstNum)); iusrCoreCode.append(iusrCoreDefinitionCode); /*module 端口连接代码*/ QString iportConnectCode ; // condition (chain number > 1) is true iportConnectCode.append(tr("\n\t""assign %1[%2] = %3 ;").arg(tr("_EziDebug_%1_%2_TDO_reg").arg(pchain->getChainName()).arg(iclockIterator.key()))\ .arg(pchainSt->m_uncurrentChainNumber).arg(iwireTdoName)); iaddedCodeList.append(tr("\\bassign\\s+%1\\s*\\[\\s*%2\\s*\\].*;").arg(tr("_EziDebug_%1_%2_TDO_reg").arg(pchain->getChainName()).arg(iclockIterator.key()))\ .arg(pchainSt->m_uncurrentChainNumber)); iusrCoreCode.append(iportConnectCode); nlastLeftRegNum = nlastLeftRegNum - iprj->getMaxRegNumPerChain(); pchainSt->m_uncurrentChainNumber++ ; pchainSt->m_unleftRegNumber = iprj->getMaxRegNumPerChain() ; } } // REG n 大于 maxregnum 的部分 添加完毕 // REG n 剩余 的部分 iregCombinationCode.clear(); iregNameList.clear(); if(iregVec.at(nleftRegNum)->m_eRegBitWidthEndian == EziDebugModule::endianBig) { if((nleftBit - iregVec.at(nleftRegNum)->m_unEndBit) > 0) { pchainSt->m_unleftRegNumber -= (qAbs(nleftBit - iregVec.at(nleftRegNum)->m_unEndBit) + 1) ; nregBitCount = (qAbs(nleftBit - iregVec.at(nleftRegNum)->m_unEndBit) + 1) ; iregNameList << constructChainRegString(iregVec.at(nleftRegNum),nlastStopNum,nleftBit,iregVec.at(nleftRegNum)->m_unEndBit ,pitem); iregCombinationCode.append(QString::fromAscii(iregVec.at(nleftRegNum)->m_pRegName) + QObject::tr("[%1][%2:%3]").arg(iregVec.at(nleftRegNum)->m_unStartNum - nlastStopNum).arg(nleftBit).arg(iregVec.at(nleftRegNum)->m_unEndBit)); } else if((nleftBit - iregVec.at(nleftRegNum)->m_unEndBit) == 0) { pchainSt->m_unleftRegNumber -= (qAbs(nleftBit - iregVec.at(nleftRegNum)->m_unEndBit) + 1) ; nregBitCount = (qAbs(nleftBit - iregVec.at(nleftRegNum)->m_unEndBit) + 1) ; iregNameList << constructChainRegString(iregVec.at(nleftRegNum),nlastStopNum,nleftBit,iregVec.at(nleftRegNum)->m_unEndBit ,pitem); iregCombinationCode.append(QString::fromAscii(iregVec.at(nleftRegNum)->m_pRegName)+QObject::tr("[%1][0]").arg(iregVec.at(nleftRegNum)->m_unStartNum - nlastStopNum)); } else { // 上面已经加完了 } } else { if((iregVec.at(nleftRegNum)->m_unEndBit - nleftBit) > 0) // 剩大于1bit { pchainSt->m_unleftRegNumber -= (qAbs(nleftBit - iregVec.at(nleftRegNum)->m_unEndBit) + 1) ; nregBitCount = (qAbs(nleftBit - iregVec.at(nleftRegNum)->m_unEndBit) + 1) ; iregNameList << constructChainRegString(iregVec.at(nleftRegNum),nlastStopNum,nleftBit,iregVec.at(nleftRegNum)->m_unEndBit ,pitem); iregCombinationCode.append(QString::fromAscii(iregVec.at(nleftRegNum)->m_pRegName) + QObject::tr("[%1][%2:%3]").arg(iregVec.at(nleftRegNum)->m_unStartNum + nlastStopNum).arg(nleftBit).arg(iregVec.at(nleftRegNum)->m_unEndBit)); } else if((iregVec.at(nleftRegNum)->m_unEndBit - nleftBit) == 0) // 剩1bit { pchainSt->m_unleftRegNumber -= (qAbs(nleftBit - iregVec.at(nleftRegNum)->m_unEndBit) + 1) ; nregBitCount = (qAbs(nleftBit - iregVec.at(nleftRegNum)->m_unEndBit) + 1) ; iregNameList << constructChainRegString(iregVec.at(nleftRegNum),nlastStopNum,nleftBit,iregVec.at(nleftRegNum)->m_unEndBit ,pitem); iregCombinationCode.append(QString::fromAscii(iregVec.at(nleftRegNum)->m_pRegName)+tr("[%1][0]").arg(iregVec.at(nleftRegNum)->m_unStartNum + nlastStopNum)); } else { // 已经加完 } } if(iregVec.at(nleftRegNum)->m_unRegNum > 1) { nlastStopNum++ ; } else { nleftRegNum++ ; nlastStopNum = 0 ; } nleftBit = -1 ; } else { nregBitCount = 0 ; } for(; nleftRegNum < iregVec.count() ; nleftRegNum++) { for(int m = nlastStopNum ; m < iregVec.at(nleftRegNum)->m_unRegNum; m++) { nregBitCount += iregVec.at(nleftRegNum)->m_unRegBitWidth ; if(nregBitCount < pchainSt->m_unleftRegNumber) { /*数组情况下*/ // 够用继续添加 if(iregVec.at(nleftRegNum)->m_unRegNum > 1) { if(iregVec.at(nleftRegNum)->m_eRegNumEndian == EziDebugModule::endianBig) { iregCombinationCode.append(QString::fromAscii(iregVec.at(nleftRegNum)->m_pRegName)+tr("[%1]").arg(iregVec.at(nleftRegNum)->m_unStartNum - m)); } else { iregCombinationCode.append(QString::fromAscii(iregVec.at(nleftRegNum)->m_pRegName)+tr("[%1]").arg(iregVec.at(nleftRegNum)->m_unStartNum + m)); } } else { iregCombinationCode.append(QString::fromAscii(iregVec.at(nleftRegNum)->m_pRegName)); } iregNameList << constructChainRegString(iregVec.at(nleftRegNum),m,iregVec.at(nleftRegNum)->m_unStartBit,iregVec.at(nleftRegNum)->m_unEndBit ,pitem); } else if(nregBitCount == pchainSt->m_unleftRegNumber) { // 刚好满 跳出 下次新的扫描链继续 添加 if(iregVec.at(nleftRegNum)->m_unRegNum > 1) { if(iregVec.at(nleftRegNum)->m_eRegNumEndian == EziDebugModule::endianBig) { iregCombinationCode.append(QString::fromAscii(iregVec.at(nleftRegNum)->m_pRegName)+tr("[%1]").arg(iregVec.at(nleftRegNum)->m_unStartNum - m)); } else { iregCombinationCode.append(QString::fromAscii(iregVec.at(nleftRegNum)->m_pRegName)+tr("[%1]").arg(iregVec.at(nleftRegNum)->m_unStartNum + m)); } } else { iregCombinationCode.append(QString::fromAscii(iregVec.at(nleftRegNum)->m_pRegName)); } iregNameList << constructChainRegString(iregVec.at(nleftRegNum),m,iregVec.at(nleftRegNum)->m_unStartBit,iregVec.at(nleftRegNum)->m_unEndBit,pitem); nlastStopNum = m ; // nleftBit = -1 ; nleftRegNum++ ; isNeedAdded = true ; goto WireShiftRegEvaluate0 ; } else { if(iregVec.at(nleftRegNum)->m_unRegNum > 1) { if(iregVec.at(nleftRegNum)->m_eRegNumEndian == EziDebugModule::endianBig) { int nstartBit = iregVec.at(nleftRegNum)->m_unStartBit ; int nendBit = nregBitCount- pchainSt->m_unleftRegNumber + iregVec.at(nleftRegNum)->m_unStartBit + 1 - iregVec.at(nleftRegNum)->m_unRegBitWidth ; nleftBit = nendBit - 1 ; iregNameList << constructChainRegString(iregVec.at(nleftRegNum),m,nstartBit,nendBit,pitem); iregCombinationCode.append(QString::fromAscii(iregVec.at(nleftRegNum)->m_pRegName)+tr("[%1]").arg(iregVec.at(nleftRegNum)->m_unStartNum - m)+tr("[%1:%2]").arg(nstartBit).arg(nendBit)); } else { int nstartBit = iregVec.at(nleftRegNum)->m_unStartBit ; int nendBit = iregVec.at(nleftRegNum)->m_unRegBitWidth + iregVec.at(nleftRegNum)->m_unStartBit - 1 - (nregBitCount- pchainSt->m_unleftRegNumber) ; nleftBit = nendBit + 1 ; iregNameList << constructChainRegString(iregVec.at(nleftRegNum),m,nstartBit,nendBit,pitem); iregCombinationCode.append(QString::fromAscii(iregVec.at(nleftRegNum)->m_pRegName)+tr("[%1]").arg(iregVec.at(nleftRegNum)->m_unStartNum + m)+tr("[%1:%2]").arg(nstartBit).arg(nendBit)); } } else { if(iregVec.at(nleftRegNum)->m_eRegNumEndian == EziDebugModule::endianBig) { int nstartBit = iregVec.at(nleftRegNum)->m_unStartBit ; int nendBit = nregBitCount- pchainSt->m_unleftRegNumber + iregVec.at(nleftRegNum)->m_unStartBit + 1 - iregVec.at(nleftRegNum)->m_unRegBitWidth ; nleftBit = nendBit - 1 ; iregNameList << constructChainRegString(iregVec.at(nleftRegNum),m,nstartBit,nendBit,pitem); iregCombinationCode.append(QString::fromAscii(iregVec.at(nleftRegNum)->m_pRegName)+tr("[%1:%2]") \ .arg(nstartBit).arg(nendBit)); } else { int nstartBit = iregVec.at(nleftRegNum)->m_unStartBit ; int nendBit = iregVec.at(nleftRegNum)->m_unRegBitWidth + iregVec.at(nleftRegNum)->m_unStartBit - 1 - (nregBitCount- pchainSt->m_unleftRegNumber) ; nleftBit = nendBit + 1 ; iregNameList << constructChainRegString(iregVec.at(nleftRegNum),m,nstartBit,nendBit,pitem); iregCombinationCode.append(QString::fromAscii(iregVec.at(nleftRegNum)->m_pRegName)+tr("[%1:%2]")\ .arg(nstartBit).arg(nendBit)); } } nlastStopNum = m ; isNeedAdded = true ; goto WireShiftRegEvaluate0 ; } } nlastStopNum = 0 ; } WireShiftRegEvaluate0: if(iregNameList.count()) { ichainClock = pchain->getChainClock(pitem->getInstanceName(),iclockIterator.key()); if(ichainClock.isEmpty()) { return 2 ; } if(isNeedAdded == true) { nusedNum = pchainSt->m_unleftRegNumber ; } else { nusedNum = nregBitCount ; } pchain->addToRegChain(ichainClock,pchainSt->m_uncurrentChainNumber,iregNameList); nwireCount++ ; // 定义 wire 连接 tdo 代码 QString iwireTdoName(tr("_EziDebug_%1_%2_tdo%3").arg(pchain->getChainName()).arg(iclockIterator.key()).arg(nwireCount)); QString iwireTdoDefinitionCode(tr("\n\n\t""wire ")+ iwireTdoName + tr(" ;")) ; iusrCoreCode.append(iwireTdoDefinitionCode); iaddedCodeList.append(tr("\\bwire\\s+_EziDebug_%1_%2_tdo%3\\s*;")\ .arg(pchain->getChainName()).arg(iclockIterator.key()).arg(nwireCount)); // 定义 wire 连接 移位寄存器 代码 QString iwireShiftRegDefinitionCode(tr("\n\t""wire ") + tr("[%1:0] ").arg(nusedNum-1) + tr("_EziDebug_%1_%2_sr%3")\ .arg(pchain->getChainName()).arg(iclockIterator.key()).arg(nwireShiftRegNum) + tr(" ;")); QString iwireSrName(tr("_EziDebug_%1_%2_sr%3").arg(pchain->getChainName()).arg(iclockIterator.key()).arg(nwireShiftRegNum)) ; iaddedCodeList.append(tr("\\bwire\\s*\\[\\s*%1\\s*:\\s*0\\s*\\]\\s*").arg(nusedNum-1) + tr("_EziDebug_%1_%2_sr%3\\s*;")\ .arg(pchain->getChainName()).arg(iclockIterator.key()).arg(nwireShiftRegNum)); iusrCoreCode.append(iwireShiftRegDefinitionCode); nwireShiftRegNum++ ; //pchain->addToRegChain(ichainClock,pchainSt->m_uncurrentChainNumber,iregNameList); QString iwireShiftRegEvaluateString ; iwireShiftRegEvaluateString.append(tr("\n\t""assign %1 = {\n\t\t\t\t\t\t\t\t\t""%2""\n\t\t\t\t\t\t\t\t\t};").arg(iwireSrName).arg(iregCombinationCode.join(" ,\n\t\t\t\t\t\t\t\t\t"))); iaddedCodeList.append(tr("\\bassign\\s+%1.*;").arg(iwireSrName)); iusrCoreCode.append(iwireShiftRegEvaluateString); /*自定义 core 例化代码 */ QString iusrCoreDefinitionCode ; //QString iresetName = "1'b1"; QString iresetName = tr("_EziDebug_%1_rstn").arg(pchain->getChainName()); QString iusrCoreTdi ; if(nnumberOfNoLibCore != 0) { if((chainStructuremap.value(iclockIterator.key())->m_untotalChainNumber) > 1) { iusrCoreTdi.append(tr("%1[%2]").arg(pmodule->getChainClockWireNameMap(pchain->getChainName(),iclockIterator.key())).arg(pchainSt->m_uncurrentChainNumber)); } else { iusrCoreTdi.append(tr("%1").arg(pmodule->getChainClockWireNameMap(pchain->getChainName(),iclockIterator.key()))); } } else { if((chainStructuremap.value(iclockIterator.key())->m_untotalChainNumber) > 1) { iusrCoreTdi.append(tr("_EziDebug_%1_%2_TDI_reg[%3]").arg(pchain->getChainName()).arg(iclockIterator.key()).arg(pchainSt->m_uncurrentChainNumber)); } else { iusrCoreTdi.append(tr("_EziDebug_%1_%2_TDI_reg").arg(pchain->getChainName()).arg(iclockIterator.key())); } } iusrCoreDefinitionCode.append(tr("\n\t")+ EziDebugScanChain::getChainRegCore() + tr(" %1_%2_inst%3(\n").arg(EziDebugScanChain::getChainRegCore()).arg(pchain->getChainName()).arg(ninstNum)); iusrCoreDefinitionCode.append( tr("\t"".clock""\t(%1) ,\n").arg(iclockIterator.key()) \ + tr("\t"".resetn""\t(%1) ,\n").arg(iresetName) \ + tr("\t"".TDI_reg""\t(%1) ,\n").arg(iusrCoreTdi) \ + tr("\t"".TDO_reg""\t(%1) ,\n").arg(iwireTdoName) \ + tr("\t"".TOUT_reg""\t(%1) ,\n").arg(iparentToutPort) \ + tr("\t"".shift_reg""\t(%1) \n\t) ;").arg(iwireSrName)); /*加入 定义 userCore regWidth 限定的 语句代码*/ QString iparameterDefCode ; iparameterDefCode.append(tr("\n\n\t""defparam %1_%2_inst%3.shift_width = %4 ;").arg(EziDebugScanChain::getChainRegCore()).arg(pchain->getChainName()).arg(ninstNum).arg(nusedNum)); iaddedCodeList.append(tr("\\bdefparam\\s+%1_%2_inst%3\\.shift_width\\s*=.*;").arg(EziDebugScanChain::getChainRegCore()).arg(pchain->getChainName()).arg(ninstNum)); iusrCoreCode.append(iparameterDefCode) ; iaddedCodeList.append(EziDebugScanChain::getChainRegCore() + tr("\\s+%1_%2_inst%3\\s*(.*)\\s*;").arg(EziDebugScanChain::getChainRegCore()).arg(pchain->getChainName()).arg(ninstNum)); iusrCoreCode.append(iusrCoreDefinitionCode); /*module 端口连接代码*/ QString iportConnectCode ; if((chainStructuremap.value(iclockIterator.key())->m_untotalChainNumber) > 1) { iportConnectCode.append(tr("\n\t""assign %1[%2] = %3 ;").arg(tr("_EziDebug_%1_%2_TDO_reg").arg(pchain->getChainName()).arg(iclockIterator.key()))\ .arg(pchainSt->m_uncurrentChainNumber).arg(iwireTdoName)); iaddedCodeList.append(tr("\\bassign\\s+%1\\s*\\[\\s*%2\\s*\\].*;").arg(tr("_EziDebug_%1_%2_TDO_reg").arg(pchain->getChainName()).arg(iclockIterator.key()))\ .arg(pchainSt->m_uncurrentChainNumber)); } else { iportConnectCode.append(tr("\n\t""assign %1 = %2 ;").arg(tr("_EziDebug_%1_%2_TDO_reg").arg(pchain->getChainName()).arg(iclockIterator.key()))\ .arg(iwireTdoName)); iaddedCodeList.append(tr("\\bassign\\s+%1\\s*=\\s*%2\\s*;").arg(tr("_EziDebug_%1_%2_TDO_reg").arg(pchain->getChainName()).arg(iclockIterator.key()))\ .arg(iwireTdoName)); } iusrCoreCode.append(iportConnectCode); } if(isNeedAdded == true) { pchainSt->m_uncurrentChainNumber++ ; pchainSt->m_unleftRegNumber = iprj->getMaxRegNumPerChain() ; isNeedAdded = false ; } else { pchainSt->m_unleftRegNumber -= nregBitCount ; } if(nleftRegNum != iregVec.count()) { goto AddReg ; } } else { // 肯定为多次例化的 模块 for(;nregCount < sregVec.count(); nregCount++) { EziDebugModule::RegStructure* preg = sregVec.at(nregCount) ; nSregNum += preg->m_unMaxBitWidth ; } nregCount = 0 ; for(;nregCount < vregVec.count();nregCount++) { EziDebugModule::RegStructure* preg = vregVec.at(nregCount) ; nVregNum += preg->m_unMaxBitWidth ; } // if((nSregNum + nVregNum) < pchainSt->m_unleftRegNumber) { QStringList iregNameList ; QStringList iregCombinationCode ; QVector<EziDebugModule::RegStructure*> iregVec = sregVec ; nleftRegNum = 0 ; int nstaticRegBitSum = 0 ; for(; nleftRegNum < iregVec.count() ; nleftRegNum++) { for(int m = 0 ; m < iregVec.at(nleftRegNum)->m_unRegNum ; m++) { EziDebugModule::RegStructure* preg = sregVec.at(nleftRegNum) ; nstaticRegBitSum += preg->m_unRegBitWidth ; nRegNum += preg->m_unRegBitWidth ; // reg pointer regnum startbit endbit hiberarchyname if(preg->m_eRegNumEndian) { iregNameList << constructChainRegString(preg,iregVec.at(nleftRegNum)->m_unStartNum - m , preg->m_unStartBit , preg->m_unEndBit ,pitem); if(preg->m_unRegNum != 1) { iregCombinationCode.append(QString::fromAscii(iregVec.at(nleftRegNum)->m_pRegName) + tr("[%1]")\ .arg(iregVec.at(nleftRegNum)->m_unStartNum - m)); } else { iregCombinationCode.append(QString::fromAscii(iregVec.at(nleftRegNum)->m_pRegName)); } } else { iregNameList << constructChainRegString(preg,iregVec.at(nleftRegNum)->m_unStartNum + m , preg->m_unStartBit , preg->m_unEndBit ,pitem); if(preg->m_unRegNum != 1) { iregCombinationCode.append(QString::fromAscii(iregVec.at(nleftRegNum)->m_pRegName)+tr("[%1]")\ .arg(iregVec.at(nleftRegNum)->m_unStartNum + m)); } else { iregCombinationCode.append(QString::fromAscii(iregVec.at(nleftRegNum)->m_pRegName)); } } } } QString ivarRegBitSum ; if(nstaticRegBitSum) { ivarRegBitSum = QString::number(nstaticRegBitSum) ; } nleftRegNum = 0 ; iregVec = vregVec ; for(; nleftRegNum < iregVec.count() ; nleftRegNum++) { EziDebugModule::RegStructure* pvarReg = iregVec.at(nleftRegNum) ; // 确切地定值 有 instancereg 提供 EziDebugModule::RegStructure* pinstanceReg = pmodule->getInstanceReg(pitem->getInstanceName(),iclockIterator.key(),QString::fromAscii(pvarReg->m_pRegName)); nRegNum += pvarReg->m_unMaxBitWidth ; // construct the bitwidth string if(pinstanceReg->m_unRegNum == 1) { ivarRegBitSum.append(QObject::tr("+") + QString::fromAscii(pvarReg->m_pExpString)); } else { ivarRegBitSum.append(QObject::tr("+") + QObject::tr("(%1)*%2").arg(QString::fromAscii(pvarReg->m_pExpString)).arg(pinstanceReg->m_unRegNum)); } // iprefixStr for(int m = 0 ; m < pinstanceReg->m_unRegNum ; m++) { if(pinstanceReg->m_eRegNumEndian == EziDebugModule::endianBig) { iregNameList << constructChainRegString(pinstanceReg,pinstanceReg->m_unStartNum - m , pinstanceReg->m_unStartBit , pinstanceReg->m_unEndBit ,pitem); if(pinstanceReg->m_unRegNum != 1) { iregCombinationCode.append(QString::fromAscii(iregVec.at(nleftRegNum)->m_pRegName) + tr("[%1]")\ .arg(iregVec.at(nleftRegNum)->m_unStartNum - m)); } else { iregCombinationCode.append(QString::fromAscii(iregVec.at(nleftRegNum)->m_pRegName)); } } else { iregNameList << constructChainRegString(pinstanceReg,pinstanceReg->m_unStartNum + m , pinstanceReg->m_unStartBit , pinstanceReg->m_unEndBit ,pitem); if(pinstanceReg->m_unRegNum != 1) { iregCombinationCode.append( QString::fromAscii(iregVec.at(nleftRegNum)->m_pRegName) + tr("[%1]")\ .arg(iregVec.at(nleftRegNum)->m_unStartNum - m)); } else { iregCombinationCode.append(QString::fromAscii(iregVec.at(nleftRegNum)->m_pRegName)); } } } } ichainClock = pchain->getChainClock(pitem->getInstanceName(),iclockIterator.key()); if(ichainClock.isEmpty()) { return 2 ; } pchain->addToRegChain(ichainClock,pchainSt->m_uncurrentChainNumber,iregNameList); // 不用添加 新的代码 pchainSt->m_unleftRegNumber = pchainSt->m_unleftRegNumber - nRegNum ; if(nchainStartNum == nlastChainEndNum) // 不用添加 新的代码,都在同一条扫描链中 且 剩余链寄存器够用 { ++iclockIterator ; continue ; } // defparameter 和 定义移位寄存器宽度 都为 字符串类型 非完全数字(如果存在变化位宽的寄存器的话) // 加入的 ezidebug core 的 tdi 根据 前面是否存在 非系统core 连接 模块端口的 tdi 或者 定义的 // 非系统core 的 最后一根tdo_wire // ezidebug core 的tdo 根据是否为最后１次添加代码 与 lastwire 相连 或者 端口的 tdo 相连 // 连接 这次添加链的 起始bit 与 上一次最后bit 之间的 连接 assign nwireCount++ ; // 定义 wire 连接 tdo 代码 QString iwireTdoName(tr("_EziDebug_%1_%2_tdo%3").arg(pchain->getChainName()).arg(iclockIterator.key()).arg(nwireCount)); QString iwireTdoDefinitionCode(tr("\n\n\t""wire ")+ iwireTdoName + tr(" ;")) ; iusrCoreCode.append(iwireTdoDefinitionCode); iaddedCodeList.append(tr("\\bwire\\s+_EziDebug_%1_%2_tdo%3\\s*;")\ .arg(pchain->getChainName()).arg(iclockIterator.key()).arg(nwireCount)); // 定义 wire 连接 移位寄存器 代码 QString iwireShiftRegDefinitionCode(tr("\n\t""wire ") + tr("[%1:0] ").arg(ivarRegBitSum + tr(" - 1")) + tr("_EziDebug_%1_%2_sr%3")\ .arg(pchain->getChainName()).arg(iclockIterator.key()).arg(nwireShiftRegNum) + tr(" ;")); QString iwireSrName(tr("_EziDebug_%1_%2_sr%3").arg(pchain->getChainName()).arg(iclockIterator.key()).arg(nwireShiftRegNum)) ; iaddedCodeList.append(tr("\\bwire\\s*\\[\\s*%1\\s*:\\s*0\\s*\\]\\s*").arg(ivarRegBitSum + tr(" - 1")) + tr("_EziDebug_%1_%2_sr%3\\s*;")\ .arg(pchain->getChainName()).arg(iclockIterator.key()).arg(nwireShiftRegNum)); iusrCoreCode.append(iwireShiftRegDefinitionCode); nwireShiftRegNum++ ; //pchain->addToRegChain(ichainClock,pchainSt->m_uncurrentChainNumber,iregNameList); QString iwireShiftRegEvaluateString ; iwireShiftRegEvaluateString.append(tr("\n\t""assign %1 = {\n\t\t\t\t\t\t\t\t\t""%2""\n\t\t\t\t\t\t\t\t\t};").arg(iwireSrName).arg(iregCombinationCode.join(" ,\n\t\t\t\t\t\t\t\t\t"))); iaddedCodeList.append(tr("\\bassign\\s+%1.*;").arg(iwireSrName)); iusrCoreCode.append(iwireShiftRegEvaluateString); /*自定义 core 例化代码 */ QString iusrCoreDefinitionCode ; //QString iresetName = "1'b1"; QString iresetName = tr("_EziDebug_%1_rstn").arg(pchain->getChainName()); QString iusrCoreTdi ; if(nnumberOfNoLibCore != 0) { if((chainStructuremap.value(iclockIterator.key())->m_untotalChainNumber) > 1) { iusrCoreTdi.append(tr("%1[%2]").arg(pmodule->getChainClockWireNameMap(pchain->getChainName(),iclockIterator.key())).arg(pchainSt->m_uncurrentChainNumber)); } else { iusrCoreTdi.append(tr("%1").arg(pmodule->getChainClockWireNameMap(pchain->getChainName(),iclockIterator.key()))); } } else { if((chainStructuremap.value(iclockIterator.key())->m_untotalChainNumber) > 1) { iusrCoreTdi.append(tr("_EziDebug_%1_%2_TDI_reg[%3]").arg(pchain->getChainName()).arg(iclockIterator.key()).arg(pchainSt->m_uncurrentChainNumber)); } else { iusrCoreTdi.append(tr("_EziDebug_%1_%2_TDI_reg").arg(pchain->getChainName()).arg(iclockIterator.key())); } } iusrCoreDefinitionCode.append(tr("\n\t")+ EziDebugScanChain::getChainRegCore() + tr(" %1_%2_inst%3(\n").arg(EziDebugScanChain::getChainRegCore()).arg(pchain->getChainName()).arg(ninstNum)); iusrCoreDefinitionCode.append( tr("\t"".clock""\t(%1) ,\n").arg(iclockIterator.key()) \ + tr("\t"".resetn""\t(%1) ,\n").arg(iresetName) \ + tr("\t"".TDI_reg""\t(%1) ,\n").arg(iusrCoreTdi) \ + tr("\t"".TDO_reg""\t(%1) ,\n").arg(iwireTdoName) \ + tr("\t"".TOUT_reg""\t(%1) ,\n").arg(iparentToutPort) \ + tr("\t"".shift_reg""\t(%1) \n\t) ;").arg(iwireSrName)); /*加入 定义 userCore regWidth 限定的 语句代码*/ QString iparameterDefCode ; iparameterDefCode.append(tr("\n\n\t""defparam %1_%2_inst%3.shift_width = %4 ;").arg(EziDebugScanChain::getChainRegCore()).arg(pchain->getChainName()).arg(ninstNum).arg(ivarRegBitSum)); iaddedCodeList.append(tr("\\bdefparam\\s+%1_%2_inst%3\\.shift_width\\s*=.*;").arg(EziDebugScanChain::getChainRegCore()).arg(pchain->getChainName()).arg(ninstNum)); iusrCoreCode.append(iparameterDefCode) ; iaddedCodeList.append(EziDebugScanChain::getChainRegCore() + tr("\\s+%1_%2_inst%3\\s*(.*)\\s*;").arg(EziDebugScanChain::getChainRegCore()).arg(pchain->getChainName()).arg(ninstNum)); iusrCoreCode.append(iusrCoreDefinitionCode); /*module 端口连接代码*/ QString iportConnectCode ; if((chainStructuremap.value(iclockIterator.key())->m_untotalChainNumber) > 1) { iportConnectCode.append(tr("\n\t""assign %1[%2] = %3 ;").arg(tr("_EziDebug_%1_%2_TDO_reg").arg(pchain->getChainName()).arg(iclockIterator.key()))\ .arg(pchainSt->m_uncurrentChainNumber).arg(iwireTdoName)); iaddedCodeList.append(tr("\\bassign\\s+%1\\s*\\[\\s*%2\\s*\\].*;").arg(tr("_EziDebug_%1_%2_TDO_reg").arg(pchain->getChainName()).arg(iclockIterator.key()))\ .arg(pchainSt->m_uncurrentChainNumber)); } else { iportConnectCode.append(tr("\n\t""assign %1 = %2 ;").arg(tr("_EziDebug_%1_%2_TDO_reg").arg(pchain->getChainName()).arg(iclockIterator.key()))\ .arg(iwireTdoName)); iaddedCodeList.append(tr("\\bassign\\s+%1\\s*=\\s*%2\\s*;").arg(tr("_EziDebug_%1_%2_TDO_reg").arg(pchain->getChainName()).arg(iclockIterator.key()))\ .arg(iwireTdoName)); } iusrCoreCode.append(iportConnectCode); } else { // 从新的扫描链 开始添加 pchainSt->m_uncurrentChainNumber++ ; pchainSt->m_unleftRegNumber = iprj->getMaxRegNumPerChain() ; AddReg1: // 只存在静态的寄存器 /*移位寄存器 赋值 代码*/ QStringList iregNameList ; QVector<EziDebugModule::RegStructure*> iregVec = sregVec ; QStringList iregCombinationCode ; if(nleftBit != -1) { int nlastLeftRegNum = qAbs(iregVec.at(nleftRegNum)->m_unEndBit - nleftBit) + 1 ; QVector<EziDebugModule::RegStructure*> iregVec = sregVec ; // 剩余的个数 if(nlastLeftRegNum >= iprj->getMaxRegNumPerChain()) { while(nlastLeftRegNum >= iprj->getMaxRegNumPerChain()) { ninstNum++ ; nwireCount++ ; iregCombinationCode.clear(); iregNameList.clear(); // 定义 wire 连接 tdo 代码 QString iwireTdoName(tr("_EziDebug_%1_%2_tdo%3").arg(pchain->getChainName()).arg(iclockIterator.key()).arg(nwireCount)); QString iwireTdoDefinitionCode(tr("\n\n\t""wire ")+ iwireTdoName + tr(" ;")) ; iusrCoreCode.append(iwireTdoDefinitionCode); iaddedCodeList.append(tr("\\bwire\\s+_EziDebug_%1_%2_tdo%3\\s*;")\ .arg(pchain->getChainName()).arg(iclockIterator.key()).arg(nwireCount)); // 定义 wire 连接 移位寄存器 代码 QString iwireShiftRegDefinitionCode(tr("\n\t""wire ") + tr("[%1:0]").arg(iprj->getMaxRegNumPerChain()-1)+ tr("_EziDebug_%1_%2_sr%3")\ .arg(pchain->getChainName()).arg(iclockIterator.key()).arg(ninstNum) + tr(" ;")); QString iwireSrName(tr("_EziDebug_%1_%2_sr%3").arg(pchain->getChainName()).arg(iclockIterator.key()).arg(ninstNum)) ; iaddedCodeList.append(tr("\\bwire\\s*\\[\\s*%1:\\s*0\\s*\\]\\s*").arg(iprj->getMaxRegNumPerChain()-1)+tr("_EziDebug_%1_%2_sr%3\\s*;")\ .arg(pchain->getChainName()).arg(iclockIterator.key()).arg(ninstNum)); iusrCoreCode.append(iwireShiftRegDefinitionCode); nwireShiftRegNum++ ; /*移位寄存器 赋值 代码*/ // int nendBit = nleftBit + iprj->getMaxRegNumPerChain() -1; int nendBit = 0 ; if(iregVec.at(nleftRegNum)->m_unRegNum > 1) { if(iregVec.at(nleftRegNum)->m_eRegNumEndian == EziDebugModule::endianBig) { /*高:低*/ // iregVec.at(nleftRegNum)->m_unBitWidth-1 nendBit = nleftBit + 1 - iprj->getMaxRegNumPerChain() ; iregNameList << constructChainRegString(iregVec.at(nleftRegNum) , nlastStopNum , nleftBit , nendBit , pitem); iregCombinationCode.append(QString::fromAscii(iregVec.at(nleftRegNum)->m_pRegName)+tr("[%1]").arg(iregVec.at(nleftRegNum)->m_unStartNum - nlastStopNum)+tr("[%1:%2]").arg(nleftBit).arg(nendBit)); nleftBit = nendBit - 1 ; } else { /*低:高*/ nendBit = nleftBit -1 + iprj->getMaxRegNumPerChain() ; iregNameList << constructChainRegString(iregVec.at(nleftRegNum) , nlastStopNum , nleftBit , nendBit , pitem); iregCombinationCode.append(QString::fromAscii(iregVec.at(nleftRegNum)->m_pRegName)+tr("[%1]").arg(iregVec.at(nleftRegNum)->m_unStartNum + nlastStopNum)+tr("[%1:%2]").arg(nleftBit).arg(nendBit)); nleftBit = nendBit + 1 ; } } else { if(iregVec.at(nleftRegNum)->m_eRegNumEndian == EziDebugModule::endianBig) { /*高:低*/ nendBit = nleftBit + 1 - iprj->getMaxRegNumPerChain() ; iregNameList << constructChainRegString(iregVec.at(nleftRegNum) , nlastStopNum , nleftBit , nendBit , pitem); iregCombinationCode.append(QString::fromAscii(iregVec.at(nleftRegNum)->m_pRegName)+tr("[%1:%2]") \ .arg(nleftBit).arg(nendBit)); nleftBit = nendBit - 1 ; } else { /*低:高*/ nendBit = nleftBit -1 + iprj->getMaxRegNumPerChain() ; iregNameList << constructChainRegString(iregVec.at(nleftRegNum) , nlastStopNum , nleftBit , nendBit , pitem); iregCombinationCode.append(QString::fromAscii(iregVec.at(nleftRegNum)->m_pRegName)+tr("[%1:%2]")\ .arg(nleftBit).arg(nendBit)); nleftBit = nendBit + 1 ; } } ichainClock = pchain->getChainClock(pitem->getInstanceName(),iclockIterator.key()); if(ichainClock.isEmpty()) { // ichainClock = iclockIterator.key() ; return 2 ; } pchain->addToRegChain(ichainClock ,pchainSt->m_uncurrentChainNumber ,iregNameList); QString iwireShiftRegEvaluateString ; iwireShiftRegEvaluateString.append(tr("\n\t""assign %1 = {\n\t\t\t\t\t\t\t\t\t""%2""\n\t\t\t\t\t\t\t\t\t};").arg(iwireSrName).arg(iregCombinationCode.join(" ,\n\t\t\t\t\t\t\t\t\t"))); iaddedCodeList.append(tr("\\bassign\\s+%1.*;").arg(iwireSrName)); iusrCoreCode.append(iwireShiftRegEvaluateString); /*自定义 core 例化代码 */ QString iusrCoreDefinitionCode ; //QString iresetName = "1'b1"; QString iresetName = tr("_EziDebug_%1_rstn").arg(pchain->getChainName()); QString iusrCoreTdi ; if(nnumberOfNoLibCore != 0) { if((chainStructuremap.value(iclockIterator.key())->m_untotalChainNumber) > 1) { iusrCoreTdi.append(tr("%1[%2]").arg(pmodule->getChainClockWireNameMap(pchain->getChainName(),iclockIterator.key())).arg(pchainSt->m_uncurrentChainNumber)); } else { iusrCoreTdi.append(tr("%1").arg(pmodule->getChainClockWireNameMap(pchain->getChainName(),iclockIterator.key()))); } } else { if((chainStructuremap.value(iclockIterator.key())->m_untotalChainNumber) > 1) { iusrCoreTdi.append(tr("_EziDebug_%1_%2_TDI_reg[%3]").arg(pchain->getChainName()).arg(iclockIterator.key()).arg(pchainSt->m_uncurrentChainNumber)); } else { iusrCoreTdi.append(tr("_EziDebug_%1_%2_TDI_reg").arg(pchain->getChainName()).arg(iclockIterator.key())); } } iusrCoreDefinitionCode.append(tr("\n\t")+ EziDebugScanChain::getChainRegCore() + tr(" %1_%2_inst%3(\n").arg(EziDebugScanChain::getChainRegCore()).arg(pchain->getChainName()).arg(ninstNum)); iusrCoreDefinitionCode.append( tr("\t"".clock""\t(%1) ,\n").arg(iclockIterator.key()) \ + tr("\t"".resetn""\t(%1) ,\n").arg(iresetName) \ + tr("\t"".TDI_reg""\t(%1) ,\n").arg(iusrCoreTdi) \ + tr("\t"".TDO_reg""\t(%1) ,\n").arg(iwireTdoName) \ + tr("\t"".TOUT_reg""\t(%1) ,\n").arg(iparentToutPort) \ + tr("\t"".shift_reg""\t(%1) \n\t) ;").arg(iwireSrName)); /*加入 定义 userCore regWidth 限定的 语句代码*/ QString iparameterDefCode ; iparameterDefCode.append(tr("\n\n\t""defparam %1_%2_inst%3.shift_width = %4 ;").arg(EziDebugScanChain::getChainRegCore()).arg(pchain->getChainName()).arg(ninstNum).arg(iprj->getMaxRegNumPerChain())); iaddedCodeList.append(tr("\\bdefparam\\s+%1_%2_inst%3\\.shift_width\\s*=.*;").arg(EziDebugScanChain::getChainRegCore()).arg(pchain->getChainName()).arg(ninstNum)); iusrCoreCode.append(iparameterDefCode) ; iaddedCodeList.append(EziDebugScanChain::getChainRegCore() + tr("\\s+%1_%2_inst%3\\s*\\(.*\\)\\s*;").arg(EziDebugScanChain::getChainRegCore()).arg(pchain->getChainName()).arg(ninstNum)); iusrCoreCode.append(iusrCoreDefinitionCode); /*module 端口连接代码*/ QString iportConnectCode ; iportConnectCode.append(tr("\n\t""assign %1[%2] = %3 ;").arg(tr("_EziDebug_%1_%2_TDO_reg").arg(pchain->getChainName()).arg(iclockIterator.key()))\ .arg(pchainSt->m_uncurrentChainNumber).arg(iwireTdoName)); iaddedCodeList.append(tr("\\bassign\\s+%1\\s*\\[\\s*%2\\s*\\].*;").arg(tr("_EziDebug_%1_%2_TDO_reg").arg(pchain->getChainName()).arg(iclockIterator.key()))\ .arg(pchainSt->m_uncurrentChainNumber)); iusrCoreCode.append(iportConnectCode); nlastLeftRegNum = nlastLeftRegNum - iprj->getMaxRegNumPerChain(); pchainSt->m_uncurrentChainNumber++ ; pchainSt->m_unleftRegNumber = iprj->getMaxRegNumPerChain() ; } } // 将剩余的寄存器加入到链中 iregCombinationCode.clear(); iregNameList.clear(); #if 1 if(iregVec.at(nleftRegNum)->m_eRegBitWidthEndian == EziDebugModule::endianBig) { if((nleftBit - iregVec.at(nleftRegNum)->m_unEndBit) > 0) { pchainSt->m_unleftRegNumber -= (qAbs(nleftBit - iregVec.at(nleftRegNum)->m_unEndBit) + 1) ; nregBitCount = (qAbs(nleftBit - iregVec.at(nleftRegNum)->m_unEndBit) + 1) ; iregNameList << constructChainRegString(iregVec.at(nleftRegNum),nlastStopNum,nleftBit,iregVec.at(nleftRegNum)->m_unEndBit ,pitem); iregCombinationCode.append(QString::fromAscii(iregVec.at(nleftRegNum)->m_pRegName)+tr("[%1][%2:%3]").arg(iregVec.at(nleftRegNum)->m_unStartNum - nlastStopNum).arg(nleftBit).arg(iregVec.at(nleftRegNum)->m_unEndBit)); } else if((nleftBit - iregVec.at(nleftRegNum)->m_unEndBit) == 0) { pchainSt->m_unleftRegNumber -= (qAbs(nleftBit - iregVec.at(nleftRegNum)->m_unEndBit) + 1) ; nregBitCount = (qAbs(nleftBit - iregVec.at(nleftRegNum)->m_unEndBit) + 1) ; iregNameList << constructChainRegString(iregVec.at(nleftRegNum),nlastStopNum,nleftBit,iregVec.at(nleftRegNum)->m_unEndBit ,pitem); iregCombinationCode.append(QString::fromAscii(iregVec.at(nleftRegNum)->m_pRegName)+tr("[%1][0]").arg(iregVec.at(nleftRegNum)->m_unStartNum - nlastStopNum)); } else { // 上面已经加完了 } } else { if((iregVec.at(nleftRegNum)->m_unEndBit - nleftBit) > 0) { pchainSt->m_unleftRegNumber -= (qAbs(nleftBit - iregVec.at(nleftRegNum)->m_unEndBit) + 1) ; nregBitCount = (qAbs(nleftBit - iregVec.at(nleftRegNum)->m_unEndBit) + 1) ; iregNameList << constructChainRegString(iregVec.at(nleftRegNum),nlastStopNum,nleftBit,iregVec.at(nleftRegNum)->m_unEndBit ,pitem); iregCombinationCode.append(QString::fromAscii(iregVec.at(nleftRegNum)->m_pRegName)+tr("[%1][%2:%3]").arg(iregVec.at(nleftRegNum)->m_unStartNum + nlastStopNum).arg(nleftBit).arg(iregVec.at(nleftRegNum)->m_unEndBit)); } else if((iregVec.at(nleftRegNum)->m_unEndBit - nleftBit) == 0) { pchainSt->m_unleftRegNumber -= (qAbs(nleftBit - iregVec.at(nleftRegNum)->m_unEndBit) + 1) ; nregBitCount = (qAbs(nleftBit - iregVec.at(nleftRegNum)->m_unEndBit) + 1) ; iregNameList << constructChainRegString(iregVec.at(nleftRegNum),nlastStopNum,nleftBit,iregVec.at(nleftRegNum)->m_unEndBit ,pitem); iregCombinationCode.append(QString::fromAscii(iregVec.at(nleftRegNum)->m_pRegName)+tr("[%1][0]").arg(iregVec.at(nleftRegNum)->m_unStartNum + nlastStopNum)); } else { // 已经加完 } } #endif if(iregVec.at(nleftRegNum)->m_unRegNum > 1) { nlastStopNum++ ; } else { nleftRegNum++ ; nlastStopNum = 0 ; } nleftBit = -1 ; } else { nregBitCount = 0 ; } for(; nleftRegNum < iregVec.count() ; nleftRegNum++) { for(int m = nlastStopNum ; m < iregVec.at(nleftRegNum)->m_unRegNum; m++) { nregBitCount += iregVec.at(nleftRegNum)->m_unRegBitWidth ; if(nregBitCount < pchainSt->m_unleftRegNumber) { /*数组情况下*/ // 够用继续添加 if(iregVec.at(nleftRegNum)->m_unRegNum > 1) { if(iregVec.at(nleftRegNum)->m_eRegNumEndian == EziDebugModule::endianBig) { iregCombinationCode.append(QString::fromAscii(iregVec.at(nleftRegNum)->m_pRegName)+tr("[%1]").arg(iregVec.at(nleftRegNum)->m_unStartNum - m)); } else { iregCombinationCode.append(QString::fromAscii(iregVec.at(nleftRegNum)->m_pRegName)+tr("[%1]").arg(iregVec.at(nleftRegNum)->m_unStartNum + m)); } } else { iregCombinationCode.append(QString::fromAscii(iregVec.at(nleftRegNum)->m_pRegName)); } iregNameList << constructChainRegString(iregVec.at(nleftRegNum),m,iregVec.at(nleftRegNum)->m_unStartBit,iregVec.at(nleftRegNum)->m_unEndBit,pitem); } else if(nregBitCount == pchainSt->m_unleftRegNumber) { // 刚好满 跳出 下次新的扫描链继续 添加 if(iregVec.at(nleftRegNum)->m_unRegNum > 1) { if(iregVec.at(nleftRegNum)->m_eRegNumEndian == EziDebugModule::endianBig) { iregCombinationCode.append(QString::fromAscii(iregVec.at(nleftRegNum)->m_pRegName)+tr("[%1]").arg(iregVec.at(nleftRegNum)->m_unStartNum - m)); } else { iregCombinationCode.append(QString::fromAscii(iregVec.at(nleftRegNum)->m_pRegName)+tr("[%1]").arg(iregVec.at(nleftRegNum)->m_unStartNum + m)); } } else { iregCombinationCode.append(QString::fromAscii(iregVec.at(nleftRegNum)->m_pRegName)); } iregNameList << constructChainRegString(iregVec.at(nleftRegNum),m,iregVec.at(nleftRegNum)->m_unStartBit,iregVec.at(nleftRegNum)->m_unEndBit,pitem); nlastStopNum = m ; // nleftBit = -1 ; nleftRegNum++ ; isNeedAdded = true ; goto WireShiftRegEvaluate1 ; } else { if(iregVec.at(nleftRegNum)->m_unRegNum > 1) { if(iregVec.at(nleftRegNum)->m_eRegNumEndian == EziDebugModule::endianBig) { int nstartBit = iregVec.at(nleftRegNum)->m_unStartBit ; int nendBit = nregBitCount- pchainSt->m_unleftRegNumber + iregVec.at(nleftRegNum)->m_unStartBit + 1 - iregVec.at(nleftRegNum)->m_unRegBitWidth ; nleftBit = nendBit - 1 ; iregNameList << constructChainRegString(iregVec.at(nleftRegNum),m,nstartBit,nendBit,pitem); iregCombinationCode.append(QString::fromAscii(iregVec.at(nleftRegNum)->m_pRegName)+tr("[%1]").arg(iregVec.at(nleftRegNum)->m_unStartNum - m)+tr("[%1:%2]").arg(nstartBit).arg(nendBit)); } else { int nstartBit = iregVec.at(nleftRegNum)->m_unStartBit ; int nendBit = iregVec.at(nleftRegNum)->m_unRegBitWidth + iregVec.at(nleftRegNum)->m_unStartBit - 1 - (nregBitCount- pchainSt->m_unleftRegNumber) ; nleftBit = nendBit + 1 ; iregNameList << constructChainRegString(iregVec.at(nleftRegNum),m,nstartBit,nendBit,pitem); iregCombinationCode.append(QString::fromAscii(iregVec.at(nleftRegNum)->m_pRegName)+tr("[%1]").arg(iregVec.at(nleftRegNum)->m_unStartNum + m)+tr("[%1:%2]").arg(nstartBit).arg(nendBit)); } } else { if(iregVec.at(nleftRegNum)->m_eRegNumEndian == EziDebugModule::endianBig) { int nstartBit = iregVec.at(nleftRegNum)->m_unStartBit ; int nendBit = nregBitCount- pchainSt->m_unleftRegNumber + iregVec.at(nleftRegNum)->m_unStartBit + 1 - iregVec.at(nleftRegNum)->m_unRegBitWidth ; nleftBit = nendBit - 1 ; iregNameList << constructChainRegString(iregVec.at(nleftRegNum),m,nstartBit,nendBit,pitem); iregCombinationCode.append(QString::fromAscii(iregVec.at(nleftRegNum)->m_pRegName)+tr("[%1:%2]") \ .arg(nstartBit).arg(nendBit)); } else { int nstartBit = iregVec.at(nleftRegNum)->m_unStartBit ; int nendBit = iregVec.at(nleftRegNum)->m_unRegBitWidth + iregVec.at(nleftRegNum)->m_unStartBit - 1 - (nregBitCount- pchainSt->m_unleftRegNumber) ; nleftBit = nendBit + 1 ; iregNameList << constructChainRegString(iregVec.at(nleftRegNum),m,nstartBit,nendBit,pitem); iregCombinationCode.append(QString::fromAscii(iregVec.at(nleftRegNum)->m_pRegName)+tr("[%1:%2]")\ .arg(nstartBit).arg(nendBit)); } } nlastStopNum = m ; isNeedAdded = true ; goto WireShiftRegEvaluate1 ; } } nlastStopNum = 0 ; } WireShiftRegEvaluate1: if(isNeedAdded == true) { nusedNum = pchainSt->m_unleftRegNumber ; } else { nusedNum = nregBitCount ; } // 没加完继续加 if(nleftRegNum != iregVec.count()) { // 有寄存器 if(iregNameList.count()) { ichainClock = pchain->getChainClock(pitem->getInstanceName(),iclockIterator.key()); if(ichainClock.isEmpty()) { return 2 ; } pchain->addToRegChain(ichainClock,pchainSt->m_uncurrentChainNumber,iregNameList); nwireCount++ ; // 定义 wire 连接 tdo 代码 QString iwireTdoName(tr("_EziDebug_%1_%2_tdo%3").arg(pchain->getChainName()).arg(iclockIterator.key()).arg(nwireCount)); QString iwireTdoDefinitionCode(tr("\n\n\t""wire ")+ iwireTdoName + tr(" ;")) ; iusrCoreCode.append(iwireTdoDefinitionCode); iaddedCodeList.append(tr("\\bwire\\s+_EziDebug_%1_%2_tdo%3\\s*;")\ .arg(pchain->getChainName()).arg(iclockIterator.key()).arg(nwireCount)); // 定义 wire 连接 移位寄存器 代码 QString iwireShiftRegDefinitionCode(tr("\n\t""wire ") + tr("[%1:0] ").arg(nusedNum - 1) + tr("_EziDebug_%1_%2_sr%3")\ .arg(pchain->getChainName()).arg(iclockIterator.key()).arg(nwireShiftRegNum) + tr(" ;")); QString iwireSrName(tr("_EziDebug_%1_%2_sr%3").arg(pchain->getChainName()).arg(iclockIterator.key()).arg(nwireShiftRegNum)) ; iaddedCodeList.append(tr("\\bwire\\s*\\[\\s*%1\\s*:\\s*0\\s*\\]\\s*").arg(nusedNum - 1) + tr("_EziDebug_%1_%2_sr%3\\s*;")\ .arg(pchain->getChainName()).arg(iclockIterator.key()).arg(nwireShiftRegNum)); iusrCoreCode.append(iwireShiftRegDefinitionCode); nwireShiftRegNum++ ; //pchain->addToRegChain(ichainClock,pchainSt->m_uncurrentChainNumber,iregNameList); QString iwireShiftRegEvaluateString ; iwireShiftRegEvaluateString.append(tr("\n\t""assign %1 = {\n\t\t\t\t\t\t\t\t\t""%2""\n\t\t\t\t\t\t\t\t\t};").arg(iwireSrName).arg(iregCombinationCode.join(" ,\n\t\t\t\t\t\t\t\t\t"))); iaddedCodeList.append(tr("\\bassign\\s+%1\\s*=.*;").arg(iwireSrName)); iusrCoreCode.append(iwireShiftRegEvaluateString); /*自定义 core 例化代码 */ QString iusrCoreDefinitionCode ; //QString iresetName = "1'b1"; QString iresetName = tr("_EziDebug_%1_rstn").arg(pchain->getChainName()); QString iusrCoreTdi ; if(nnumberOfNoLibCore != 0) { if((chainStructuremap.value(iclockIterator.key())->m_untotalChainNumber) > 1) { iusrCoreTdi.append(tr("%1[%2]").arg(pmodule->getChainClockWireNameMap(pchain->getChainName(),iclockIterator.key())).arg(pchainSt->m_uncurrentChainNumber)); } else { iusrCoreTdi.append(tr("%1").arg(pmodule->getChainClockWireNameMap(pchain->getChainName(),iclockIterator.key()))); } } else { if((chainStructuremap.value(iclockIterator.key())->m_untotalChainNumber) > 1) { iusrCoreTdi.append(tr("_EziDebug_%1_%2_TDI_reg[%3]").arg(pchain->getChainName()).arg(iclockIterator.key()).arg(pchainSt->m_uncurrentChainNumber)); } else { iusrCoreTdi.append(tr("_EziDebug_%1_%2_TDI_reg").arg(pchain->getChainName()).arg(iclockIterator.key())); } } iusrCoreDefinitionCode.append(tr("\n\n\t")+EziDebugScanChain::getChainRegCore() + tr(" %1_%2_inst%3(\n").arg(EziDebugScanChain::getChainRegCore()).arg(pchain->getChainName()).arg(ninstNum)); iusrCoreDefinitionCode.append( tr("\t\t"".clock""\t(%1) ,\n").arg(iclockIterator.key()) \ + tr("\t\t"".resetn""\t(%1) ,\n").arg(iresetName) \ + tr("\t\t"".TDI_reg""\t(%1) ,\n").arg(iusrCoreTdi) \ + tr("\t\t"".TDO_reg""\t(%1) ,\n").arg(iwireTdoName) \ + tr("\t\t"".TOUT_reg""\t(%1) ,\n").arg(iparentToutPort) \ + tr("\t\t"".shift_reg""\t(%1) \n\t) ;").arg(iwireSrName)); /*加入 定义 userCore regWidth 限定的 语句代码*/ QString iparameterDefCode ; iparameterDefCode.append(tr("\n\n\t""defparam %1_%2_inst%3.shift_width = %4 ;").arg(EziDebugScanChain::getChainRegCore()).arg(pchain->getChainName()).arg(ninstNum).arg(nusedNum)); iaddedCodeList.append(tr("\\bdefparam\\s+%1_%2_inst%3\\.shift_width\\s*=.*;").arg(EziDebugScanChain::getChainRegCore()).arg(pchain->getChainName()).arg(ninstNum)); iusrCoreCode.append(iparameterDefCode) ; iaddedCodeList.append(EziDebugScanChain::getChainRegCore() + tr("\\s+%1_%2_inst%3\\s*(.*)\\s*;").arg(EziDebugScanChain::getChainRegCore()).arg(pchain->getChainName()).arg(ninstNum)); iusrCoreCode.append(iusrCoreDefinitionCode); /*module 端口连接代码*/ QString iportConnectCode ; if((chainStructuremap.value(iclockIterator.key())->m_untotalChainNumber) > 1) { iportConnectCode.append(tr("\n\n\t""assign %1[%2] = %3 ;").arg(tr("_EziDebug_%1_%2_TDO_reg").arg(pchain->getChainName()).arg(iclockIterator.key()))\ .arg(pchainSt->m_uncurrentChainNumber).arg(iwireTdoName)); iaddedCodeList.append(tr("\\bassign\\s+%1\\s*\\[\\s*%2\\s*\\].*;").arg(tr("_EziDebug_%1_%2_TDO_reg").arg(pchain->getChainName()).arg(iclockIterator.key()))\ .arg(pchainSt->m_uncurrentChainNumber)); } else { iportConnectCode.append(tr("\n\n\t""assign %1 = %2 ;").arg(tr("_EziDebug_%1_%2_TDO_reg").arg(pchain->getChainName()).arg(iclockIterator.key()))\ .arg(iwireTdoName)); iaddedCodeList.append(tr("\\bassign\\s+%1\\s*=\\s*%2\\s*;").arg(tr("_EziDebug_%1_%2_TDO_reg").arg(pchain->getChainName()).arg(iclockIterator.key()))\ .arg(iwireTdoName)); } iusrCoreCode.append(iportConnectCode); } pchainSt->m_uncurrentChainNumber++ ; pchainSt->m_unleftRegNumber = iprj->getMaxRegNumPerChain() ; isNeedAdded = false ; goto AddReg ; } else { pchainSt->m_unleftRegNumber -= nregBitCount ; } #if 0 if(!sregVec.count()) { pchainSt->m_uncurrentChainNumber++ ; pchainSt->m_unleftRegNumber = iprj->getMaxRegNumPerChain() ; } #endif // 添加动态寄存器 QString ivarRegSumStr ; int nregNumCount = 0 ; nleftRegNum = 0 ; AddVReg: if(nregBitCount != 0) { ivarRegSumStr = QString::number(nregBitCount) ; } else { ivarRegSumStr.clear(); iregCombinationCode.clear(); } for(;nleftRegNum < vregVec.count();nleftRegNum++) { // 还要考虑 regnum 记录添加到了 哪个 寄存器 EziDebugModule::RegStructure* preg = vregVec.at(nleftRegNum) ; EziDebugModule::RegStructure* pinstancereg = pmodule->getInstanceReg(pitem->getInstanceName(),iclockIterator.key(),QString::fromAscii(preg->m_pRegName)); if(preg->m_unMaxBitWidth < pchainSt->m_unleftRegNumber) { pchainSt->m_unleftRegNumber -= preg->m_unMaxBitWidth ; if(pinstancereg->m_unRegNum == 1) { if(!ivarRegSumStr.isEmpty()) { ivarRegSumStr.append(QObject::tr("+") + QString::fromAscii(preg->m_pExpString)); } else { ivarRegSumStr.append(QString::fromAscii(preg->m_pExpString)); } iregNameList << constructChainRegString(pinstancereg , 0 ,pinstancereg->m_unStartBit , pinstancereg->m_unEndBit , pitem); iregCombinationCode.append(QString::fromAscii(preg->m_pRegName)); } else if(pinstancereg->m_unRegNum > 1) { if(!ivarRegSumStr.isEmpty()) { ivarRegSumStr.append(QObject::tr("+") + QString::fromAscii(preg->m_pExpString) + QObject::tr("*") + QString::number(pinstancereg->m_unRegNum)); } else { ivarRegSumStr.append(QString::fromAscii(preg->m_pExpString) + QObject::tr("*") + QString::number(pinstancereg->m_unRegNum)); } for( ; nregNumCount < pinstancereg->m_unRegNum ; nregNumCount++ ) { QString iregNumStr ; if(pinstancereg->m_eRegNumEndian == EziDebugModule::endianBig) { iregNumStr = QString::number(pinstancereg->m_unStartNum - nregNumCount) ; } else { iregNumStr = QString::number(pinstancereg->m_unStartNum + nregNumCount) ; } iregNameList << constructChainRegString(pinstancereg , nregNumCount ,pinstancereg->m_unStartBit , pinstancereg->m_unEndBit , pitem); iregCombinationCode.append(QObject::tr("%1[%2]").arg(QString::fromAscii(pinstancereg->m_pRegName)).arg(iregNumStr)) ; } } } else { // 跳出添加链 break ; } } // 添加扫描链 ichainClock = pchain->getChainClock(pitem->getInstanceName(),iclockIterator.key()); if(ichainClock.isEmpty()) { ichainClock = iclockIterator.key() ; } pchain->addToRegChain(ichainClock ,pchainSt->m_uncurrentChainNumber ,iregNameList); nwireCount++ ; // 定义 wire 连接 tdo 代码 QString iwireTdoName(tr("_EziDebug_%1_%2_tdo%3").arg(pchain->getChainName()).arg(iclockIterator.key()).arg(nwireCount)); QString iwireTdoDefinitionCode(tr("\n\n\t""wire ")+ iwireTdoName + tr(" ;")) ; iusrCoreCode.append(iwireTdoDefinitionCode); iaddedCodeList.append(tr("\\bwire\\s+_EziDebug_%1_%2_tdo%3\\s*;")\ .arg(pchain->getChainName()).arg(iclockIterator.key()).arg(nwireCount)); // 定义 wire 连接 移位寄存器 代码 QString iwireShiftRegDefinitionCode(tr("\n\t""wire ") + tr("[%1:0] ").arg(ivarRegSumStr + tr(" - 1")) + tr("_EziDebug_%1_%2_sr%3")\ .arg(pchain->getChainName()).arg(iclockIterator.key()).arg(nwireShiftRegNum) + tr(" ;")); QString iwireSrName(tr("_EziDebug_%1_%2_sr%3").arg(pchain->getChainName()).arg(iclockIterator.key()).arg(nwireShiftRegNum)) ; iaddedCodeList.append(tr("\\bwire\\s*\\[\\s*%1\\s*:\\s*0\\s*\\]\\s*").arg(ivarRegSumStr + tr(" - 1")) + tr("_EziDebug_%1_%2_sr%3\\s*;")\ .arg(pchain->getChainName()).arg(iclockIterator.key()).arg(nwireShiftRegNum)); iusrCoreCode.append(iwireShiftRegDefinitionCode); nwireShiftRegNum++ ; QString iwireShiftRegEvaluateString ; iwireShiftRegEvaluateString.append(tr("\n\t""assign %1 = {\n\t\t\t\t\t\t\t\t\t""%2""\n\t\t\t\t\t\t\t\t\t};").arg(iwireSrName).arg(iregCombinationCode.join(" ,\n\t\t\t\t\t\t\t\t\t"))); iaddedCodeList.append(tr("\\bassign\\s+%1.*;").arg(iwireSrName)); iusrCoreCode.append(iwireShiftRegEvaluateString); /*自定义 core 例化代码 */ QString iusrCoreDefinitionCode ; //QString iresetName ; QString iresetName = tr("_EziDebug_%1_rstn").arg(pchain->getChainName()); QString iusrCoreTdi ; if(nnumberOfNoLibCore != 0) { if((chainStructuremap.value(iclockIterator.key())->m_untotalChainNumber) > 1) { iusrCoreTdi.append(tr("%1[%2]").arg(pmodule->getChainClockWireNameMap(pchain->getChainName(),iclockIterator.key())).arg(pchainSt->m_uncurrentChainNumber)); } else { iusrCoreTdi.append(tr("%1").arg(pmodule->getChainClockWireNameMap(pchain->getChainName(),iclockIterator.key()))); } } else { if((chainStructuremap.value(iclockIterator.key())->m_untotalChainNumber) > 1) { iusrCoreTdi.append(tr("_EziDebug_%1_%2_TDI_reg[%3]").arg(pchain->getChainName()).arg(iclockIterator.key()).arg(pchainSt->m_uncurrentChainNumber)); } else { iusrCoreTdi.append(tr("_EziDebug_%1_%2_TDI_reg").arg(pchain->getChainName()).arg(iclockIterator.key())); } } iusrCoreDefinitionCode.append(tr("\n\t")+ EziDebugScanChain::getChainRegCore() + tr(" %1_%2_inst%3(\n").arg(EziDebugScanChain::getChainRegCore()).arg(pchain->getChainName()).arg(ninstNum)); iusrCoreDefinitionCode.append( tr("\t"".clock""\t(%1) ,\n").arg(iclockIterator.key()) \ + tr("\t"".resetn""\t(%1) ,\n").arg(iresetName) \ + tr("\t"".TDI_reg""\t(%1) ,\n").arg(iusrCoreTdi) \ + tr("\t"".TDO_reg""\t(%1) ,\n").arg(iwireTdoName) \ + tr("\t"".TOUT_reg""\t(%1) ,\n").arg(iparentToutPort) \ + tr("\t"".shift_reg""\t(%1) \n\t) ;").arg(iwireSrName)); /*加入 定义 userCore regWidth 限定的 语句代码*/ QString iparameterDefCode ; iparameterDefCode.append(tr("\n\n\t""defparam %1_%2_inst%3.shift_width = %4 ;").arg(EziDebugScanChain::getChainRegCore()).arg(pchain->getChainName()).arg(ninstNum).arg(ivarRegSumStr)); iaddedCodeList.append(tr("\\bdefparam\\s+%1_%2_inst%3\\.shift_width\\s*=.*;").arg(EziDebugScanChain::getChainRegCore()).arg(pchain->getChainName()).arg(ninstNum)); iusrCoreCode.append(iparameterDefCode) ; iaddedCodeList.append(EziDebugScanChain::getChainRegCore() + tr("\\s+%1_%2_inst%3\\s*\\(.*\\)\\s*;").arg(EziDebugScanChain::getChainRegCore()).arg(pchain->getChainName()).arg(ninstNum)); iusrCoreCode.append(iusrCoreDefinitionCode); /*module 端口连接代码*/ QString iportConnectCode ; iportConnectCode.append(tr("\n\t""assign %1[%2] = %3 ;").arg(tr("_EziDebug_%1_%2_TDO_reg").arg(pchain->getChainName()).arg(iclockIterator.key()))\ .arg(pchainSt->m_uncurrentChainNumber).arg(iwireTdoName)); iaddedCodeList.append(tr("\\bassign\\s+%1\\s*\\[\\s*%2\\s*\\].*;").arg(tr("_EziDebug_%1_%2_TDO_reg").arg(pchain->getChainName()).arg(iclockIterator.key()))\ .arg(pchainSt->m_uncurrentChainNumber)); iusrCoreCode.append(iportConnectCode); ivarRegSumStr.clear(); if(iregNameList.count()) { // 将第一部分的寄存器 最后一次的 regbitcount 记录下来 // 转换为 QString 类型 if(nleftRegNum != vregVec.count()) { // 还有寄存器 pchainSt->m_uncurrentChainNumber++ ; pchainSt->m_unleftRegNumber = iprj->getMaxRegNumPerChain() ; goto AddVReg ; } } } } // 根据 要例化 数目 创建 例化 ,并创建 wire_tdo 信号 、移位寄存器 、 if(fileName().endsWith("fft_ram_256x17.v")) { qDebug("add chain in fft_ram_256x17.v"); } QString ilastPortConnect ; nchainEndNum = pchainSt->m_uncurrentChainNumber ; // 上一次链结束 到 这一次链开始 的 端口连接 ilastInput.clear(); if(nnumberOfNoLibCore != 0) { // 用 lastwire ilastInput = pmodule->getChainClockWireNameMap(pchain->getChainName(),iclockIterator.key()) ; } else { // 用 tdi ilastInput = tr("_EziDebug_%1_%2_TDI_reg").arg(pchain->getChainName()).arg(iclockIterator.key()) ; } // 不在同一条链上，且不是从0条链开始加 if((nlastChainEndNum != nchainStartNum)&&(nchainStartNum != 0)) { int nstartBit = 0 ; nstartBit = nlastChainEndNum + 1; if((nchainStartNum - nlastChainEndNum) > 2) { ilastPortConnect.append(tr("\n\t""assign %1[%2:%3] = %4[%5:%6] ;").arg(tr("_EziDebug_%1_%2_TDO_reg").arg(pchain->getChainName()).arg(iclockIterator.key()))\ .arg(nchainStartNum-1).arg(nstartBit).arg(ilastInput).arg(nchainStartNum-1).arg(nstartBit)); iusrCoreCode.append(ilastPortConnect); iaddedCodeList.append(tr("\\bassign\\s+%1\\s*\\[\\s*%2\\s*:\\s*%3\\s*\\]\\s*=\\s*%4\\[\\s*%5\\s*:\\s*%6\\s*\\]\\s*;") .arg(tr("_EziDebug_%1_%2_TDO_reg").arg(pchain->getChainName()).arg(iclockIterator.key()))\ .arg(nchainStartNum-1).arg(nstartBit).arg(ilastInput).arg(nchainStartNum-1).arg(nstartBit)); } else { ilastPortConnect.append(tr("\n\t""assign %1[%2] = %3[%4] ;").arg(tr("_EziDebug_%1_%2_TDO_reg").arg(pchain->getChainName()).arg(iclockIterator.key()))\ .arg(nstartBit)\ .arg(ilastInput)\ .arg(nstartBit)); iusrCoreCode.append(ilastPortConnect); iaddedCodeList.append(tr("\\bassign\\s+%1\\s*\\[\\s*%2\\s*\\]\\s*=\\s*%3\\s*\\[\\s*%4\\s*\\]\\s*;")\ .arg(tr("_EziDebug_%1_%2_TDO_reg")\ .arg(pchain->getChainName())\ .arg(iclockIterator.key()))\ .arg(nstartBit)\ .arg(ilastInput)\ .arg(nstartBit)); } } pmodule->setBitRangeInChain(pchain->getChainName(),iclockIterator.key(),nchainStartNum ,nchainEndNum); pmodule->setEziDebugCoreCounts(pchain->getChainName(),ninstNum); ++iclockIterator ; } pmodule->setEziDebugWireCounts(pchain->getChainName(),nwireCount); /* 自定义core 的例化代码 1、 _EziDebugScanChainReg + 例化名( .clock (module中的各个clock) , .resetn (module中的复位信号) , .TDI_reg (非系统core 的 最后一个 wire_tdo) , .TDO_reg (自定义的 wire_tdo ) , .TOUT_reg (module端口的 tout ) , .shift_reg (自定义的 shift_reg ) ); */ int ntimesPerChain = pmodule->getInstancedTimesPerChain(pchain->getChainName()) ; if(1 == ntimesPerChain) { iclockIterator = iclockMap.constBegin(); while(iclockIterator != iclockMap.constEnd()) { EziDebugInstanceTreeItem::SCAN_CHAIN_STRUCTURE* pchainSt = chainStructuremap.value(iclockIterator.key()) ; QString ilastInput ; QString ilastPortConnect ; if(nnumberOfNoLibCore != 0) { // 用 lastwire ilastInput = pmodule->getChainClockWireNameMap(pchain->getChainName(),iclockIterator.key()) ; } else { // 用 tdi ilastInput = tr("_EziDebug_%1_%2_TDI_reg").arg(pchain->getChainName()).arg(iclockIterator.key()) ; } // 这次最后1bit wire pmodule->getBitRangeInChain(pchain->getChainName(),iclockIterator.key(),&nlastChainStartNum ,&nlastChainEndNum); int nbitNum = 0 ; // 端口连接不完全 if(nlastChainEndNum != (pchainSt->m_untotalChainNumber-1)) { if((pchainSt->m_untotalChainNumber - nlastChainEndNum) > 2) { if( -1 == nlastChainEndNum) { // 没加过自定义core nbitNum = 0 ; } else { nbitNum = nlastChainEndNum + 1 ; } ilastPortConnect.append(tr("\n\t""assign %1[%2:%3] = %4[%5:%6] ;").arg(tr("_EziDebug_%1_%2_TDO_reg").arg(pchain->getChainName()).arg(iclockIterator.key()))\ .arg(pchainSt->m_untotalChainNumber-1).arg(nbitNum).arg(ilastInput).arg(pchainSt->m_untotalChainNumber-1).arg(nbitNum)); iusrCoreCode.append(ilastPortConnect); iaddedCodeList.append(tr("\\bassign\\s+")+tr("%1\\s*\\[\\s*%2\\s*:\\s*%3\\s*\\]\\s*=\\s*%4\\s*\\[\\s*%5\\s*:\\s*%6\\s*\\]\\s*;") \ .arg(tr("_EziDebug_%1_%2_TDO_reg").arg(pchain->getChainName()).arg(iclockIterator.key()))\ .arg(pchainSt->m_untotalChainNumber-1)\ .arg(nbitNum).arg(ilastInput).arg(pchainSt->m_untotalChainNumber-1).arg(nbitNum) ); } else { if(nlastChainEndNum == -1) // module无寄存器 无插入链代码 直接透传 { ilastPortConnect.append(tr("\n\t""assign %1 = %2 ;").arg(tr("_EziDebug_%1_%2_TDO_reg").arg(pchain->getChainName()).arg(iclockIterator.key()))\ .arg(ilastInput)); iusrCoreCode.append(ilastPortConnect); iaddedCodeList.append(tr("\\bassign\\s+")+tr("%1\\s*=\\s*%2\\s*;") \ .arg(tr("_EziDebug_%1_%2_TDO_reg").arg(pchain->getChainName()).arg(iclockIterator.key()))\ .arg(ilastInput)); } else { ilastPortConnect.append(tr("\n\t""assign %1[%2] = %3[%4] ;").arg(tr("_EziDebug_%1_%2_TDO_reg").arg(pchain->getChainName()).arg(iclockIterator.key())).arg(pchainSt->m_untotalChainNumber-1)\ .arg(ilastInput).arg(pchainSt->m_untotalChainNumber-1)); iusrCoreCode.append(ilastPortConnect); iaddedCodeList.append(tr("\\bassign\\s+")+tr("%1\\s*\\[\\s*%2\\s*\\]\\s*=\\s*%3\\s*\\[\\s*%4\\s*\\]\\s*;") \ .arg(tr("_EziDebug_%1_%2_TDO_reg").arg(pchain->getChainName()).arg(iclockIterator.key()))\ .arg(pchainSt->m_untotalChainNumber-1)\ .arg(ilastInput).arg(pchainSt->m_untotalChainNumber-1) ); } } } ++iclockIterator ; } } else { ntimesPerChain-- ; pmodule->setInstancedTimesPerChain(pchain->getChainName(),ntimesPerChain); } pchain->addToLineCodeMap(pmodule->getModuleName(),iaddedCodeList); pchain->addToBlockCodeMap(pmodule->getModuleName(),iaddedBlockCodeList); /*插入到字符串中*/ ifileData.insert(imodulePos.m_nendModuleKeyWordPos + noffSet ,iusrCoreCode); if(!open(QIODevice::WriteOnly|QIODevice::Text|QIODevice::Truncate)) { qDebug() << "Cannot Open file for writing:" << qPrintable(this->errorString()); return 1 ; } QTextStream iout(this); /*写入文件 */ iout << ifileData ; // 记录已经加入了 一系列 用户 core 代码 pmodule->setAddCodeFlag(true); close(); ilastModifedTime = ifileInfo.lastModified() ; modifyStoredTime(ilastModifedTime); return 0 ; } else { goto ErrorHandle ; } ErrorHandle: /*关闭文件*/ close(); return 1 ; } int EziDebugVlgFile::skipCommentaryFind(const QString &rangestring,int startpos ,SEARCH_STRING_STRUCTURE &stringtype,int &targetpos) { int ncommentaryEnd = startpos ; int isNoCommentary = 0 ; int nfindPosOther = 0 ; int nfindPos = 0 ; int noffset = 0 ; int nleftBracketPos = 0 ; int nstartPos = 0 ; QString imoduleName(tr("No Name")) ; QString ikeyWord(tr("No Name")); QRegExp ifindExp(tr(" ")) ; QRegExp ifindExpOther(tr(" ")) ; QString ipartString ; if(stringtype.m_etype == SearchModuleKeyWordPos) { ikeyWord = tr("module"); imoduleName = QString::fromAscii(stringtype.m_icontent.m_imodulest.m_amoduleName); ifindExpOther.setPattern(tr("\\b")+ikeyWord+tr("\\b")); ifindExp.setPattern(tr("\\b")+ikeyWord+(tr("\\s+"))+imoduleName); } else if(stringtype.m_etype == SearchLeftBracketPos) { ifindExp.setPattern(tr("\\(")); } else if(stringtype.m_etype == SearchSemicolonPos) { ifindExp.setPattern(tr(";")); } else { return 1 ; } while(1) { nstartPos = ncommentaryEnd ; ipartString = getNoCommentaryString(rangestring,ncommentaryEnd,isNoCommentary) ; /*封装成1个函数 用于得到 输入为 上一个注释的结束、下一个注释的开始 输出为 一个无注释的字符串*/ /* 先扫描 module + module 名 并获得相应位置 */ /*1、如果没有扫到 直到字符串结束 ；如果最后也没有 就返回错误 ；如果成功就继续下一步 */ // while 循环 /*2、接着扫描所有 reg、port、wire、endmodule、instance*/ /*3、遇到匹配的就 保存相应的字符串的位置 例如 遇到 "reg" 关键字时，从reg 下一个字符 获得 无注释字符串 查找 紧接着的 ; ，查找直到 最后1段无注释代码 也没有则 退出并返回错误， 并且重新 从匹配到的字符串后面 重新得到 下一个无注释字符串 然后继续扫描下个可能匹配的字符，直到遇到endmode 关键字 就退出 或者 最后1段无注释代码 匹配完成之后退出 当进行匹配 instance 时 分别构造正则表达式，进行匹配，如果匹配到 instance ， 退出条件为最后1段无注释代码 */ FindString: if(SearchModuleKeyWordPos == stringtype.m_etype) { nfindPosOther = ipartString.indexOf(ifindExpOther) ; nfindPos = ipartString.indexOf(ifindExp) ; noffset = nstartPos + nfindPos + ifindExp.capturedTexts().at(0).count() ; if(NO_STRING_FINDED == nfindPos) { if(NO_STRING_FINDED == nfindPosOther) { /*在无注释情况下查找的*/ if(NO_COMMENTARY == isNoCommentary) { return 1 ; } // isNeededFindFlag = true ; /*继续下一轮查找*/ continue ; } else { noffset = nstartPos + nfindPosOther + ifindExpOther.capturedTexts().count(); struct SEARCH_STRING_STRUCTURE inextFindSemicolon ; inextFindSemicolon.m_etype = SearchSemicolonPos ; inextFindSemicolon.m_icontent.m_nreserved = 0 ; int nSemicolonPos = 0 ; /*查找 下一个有效的 ";" 字符 */ if(!skipCommentaryFind(rangestring,noffset,inextFindSemicolon,nSemicolonPos)) { /*截取从 module 名字出现的位置 到 ;所有的字符*/ QString itruncateString = rangestring.mid(nfindPosOther,nSemicolonPos-nfindPosOther-1); PORT_ANNOUNCE_FORMAT iportAnnounceformat = NonAnsicFormat ; int nrelativeRightBracketPos = 0 ; int nresult = 0 ; /*判断这段字符是否 匹配 module + module名 并判断是否为规范的port声明*/ nresult =isModuleDefinition(itruncateString,imoduleName,iportAnnounceformat,nrelativeRightBracketPos) ; if(!nresult) { // 保存相应的位置 以及 类型信息 /*找到 module */ stringtype.m_icontent.m_imodulest.m_eportAnnounceFormat = iportAnnounceformat ; /*计算 ")" 绝对位置*/ targetpos = nrelativeRightBracketPos + nfindPosOther ; int nlastNoblankChar = rangestring.lastIndexOf(QRegExp("\\S"),(targetpos-1)); targetpos = nlastNoblankChar +1 ; return 0 ; } else if(1 == nresult) { // isNeededFindFlag = true ; /*继续下一轮查找*/ continue; } else { return 1 ; } } else { return 1 ; } } }// if(NO_STRING_FINDED == nfindPos) SEARCH_STRING_STRUCTURE inextFind ; inextFind.m_etype = SearchLeftBracketPos ; inextFind.m_icontent.m_nreserved = 0 ; int nleftBracketPos = 0 ; if(!skipCommentaryFind(rangestring,noffset,inextFind,nleftBracketPos)) { /*查找 与之对应的 下一个 ")"*/ struct SEARCH_MODULE_STRUCTURE imoduleSt ; imoduleSt.m_eportAnnounceFormat = NonAnsicFormat ; strcpy(imoduleSt.m_amoduleName,imoduleName.toAscii().data()); struct SEARCH_STRING_STRUCTURE inextFindRightBracket ; inextFindRightBracket.m_etype = SearchModuleKeyWordPos ; inextFindRightBracket.m_icontent.m_imodulest = imoduleSt ; int nrightBracketPos = noffset ; qDebug() << rangestring.mid(nleftBracketPos+1,100); if(!findOppositeBracket(rangestring,nleftBracketPos+1,inextFindRightBracket,nrightBracketPos)) { targetpos = nrightBracketPos ; int nlastNoblankChar = rangestring.lastIndexOf(QRegExp("\\S"),(targetpos-1)); targetpos = nlastNoblankChar + 1 ; /*接着返回 module 端口的书写类型 是否为标准 */ stringtype.m_icontent.m_imodulest.m_eportAnnounceFormat = \ inextFindRightBracket.m_icontent.m_imodulest.m_eportAnnounceFormat ; // 保存相应的位置 以及 类型信息 return 0 ; } else { return 1 ; } } else { return 1 ; } } //if(SearchModuleKeyWordPos == stringtype.m_etype) else if(stringtype.m_etype == SearchLeftBracketPos) { nleftBracketPos = ipartString.indexOf(ifindExp) ; if(NO_STRING_FINDED == nleftBracketPos) { /*在字符串无注释情况下查找的*/ if(NO_COMMENTARY == isNoCommentary) { return 1 ; } continue ; } else { nleftBracketPos += nstartPos ; targetpos = nleftBracketPos ; return 0 ; } } else if(stringtype.m_etype == SearchSemicolonPos) { int nBackToBackSemicolonPos = 0 ; nBackToBackSemicolonPos = ipartString.indexOf(ifindExp) ; if(NO_STRING_FINDED == nBackToBackSemicolonPos) { /*在字符串无注释情况下查找的*/ if(NO_COMMENTARY == isNoCommentary) { return 1 ; } continue ; } else { nBackToBackSemicolonPos += nstartPos ; targetpos = nBackToBackSemicolonPos ; return 0 ; } } else if(stringtype.m_etype == SearchRightBracketPos) { // do nothing } else { return 1 ; } if(1 == isNoCommentary) { goto FindString ; } } // while(1) return 0 ; } int EziDebugVlgFile::matchingTargetString(const QString &rangestring ,SEARCH_MODULE_POS_STRUCTURE &modulepos ,QMap<QString,SEARCH_INSTANCE_POS_STRUCTURE*> &instanceposmap) { // 传入的是 无注释的字符串 /*port(output input)*/ QString ipartString ; QString imoduleName ; QString iinstanceName ; int ncommentaryEnd = modulepos.m_nnextRightBracketPos + 1; int isNoCommentary = 0 ; int nlastRegtKeyWordPos = -1 ; int nlastWireKeyWordPos = -1 ; int nendmoduleKeyWordPos = -1 ; int nfindPosOther = 0 ; int nfindPos = 0 ; int noffset = 0 ; int nsaveStartPos = 0 ; int nendInsertPos = 0 ; int nendLastChar = 0 ; int nannounceInsertPos = 0 ; bool ismoduleEnd = false ; QRegExp ifindOutputPortExp(tr("\\b") + tr("output") +tr("\\b")) ; QRegExp ifindInputPortPortExpOther(tr("\\b") + tr("input") +tr("\\b")) ; /*reg*/ QRegExp ifindRegExp(tr("\\b") + tr("reg") +tr("\\b")); /*wire*/ QRegExp ifindWireExp(tr("\\b") + tr("wire") +tr("\\b")); /*endmodule*/ QRegExp ifindEndmoduleExp(tr("\\b") + tr("endmodule") +tr("\\b")); QRegExp ifindInstanceExp(tr(" ")); QRegExp ifindInstanceExpOther(tr(" ")); while(1) { nsaveStartPos = ncommentaryEnd ; ipartString = getNoCommentaryString(rangestring,ncommentaryEnd,isNoCommentary) ; nendmoduleKeyWordPos = ipartString.indexOf(ifindEndmoduleExp); if(nendmoduleKeyWordPos != -1) { /*保存相应位置*/ // endmodule 关键字不能为 顶头字符串,否则从 最后查找 if(nendmoduleKeyWordPos) { if(ipartString.lastIndexOf(QRegExp(tr("\\S")),nendmoduleKeyWordPos -1) != -1) { nendInsertPos = nsaveStartPos + ipartString.lastIndexOf(QRegExp(tr("\\S")),nendmoduleKeyWordPos -1) ; } } modulepos.m_nendModuleKeyWordPos = nendInsertPos + 1; ismoduleEnd = true ; } else { if(-1 != ipartString.lastIndexOf(QRegExp(tr("\\S")))) { qDebug() << ipartString ; nendInsertPos = nsaveStartPos + ipartString.lastIndexOf(QRegExp(tr("\\S"))) ; } } // 非标准则进行扫描 最后个端口位置 if(NonAnsicFormat == modulepos.m_eportFormat) { if(ipartString.contains(ifindOutputPortExp)||ipartString.contains(ifindInputPortPortExpOther)) { int nlastPortKeyWordPos = 0 ; int noutputKeyWordPos = ipartString.lastIndexOf(ifindOutputPortExp,nendmoduleKeyWordPos) ; int ninputKeyWordPos = ipartString.lastIndexOf(ifindInputPortPortExpOther,nendmoduleKeyWordPos) ; if(-1 == ninputKeyWordPos) { nlastPortKeyWordPos = nsaveStartPos + noutputKeyWordPos ; } else if(-1 == noutputKeyWordPos) { nlastPortKeyWordPos = nsaveStartPos + ninputKeyWordPos ; } else { if(noutputKeyWordPos > ninputKeyWordPos) { nlastPortKeyWordPos = nsaveStartPos + noutputKeyWordPos ; } else { nlastPortKeyWordPos = nsaveStartPos + ninputKeyWordPos ; } } /*保存相应位置*/ /*找到 紧接着的 ";" */ struct SEARCH_STRING_STRUCTURE inextFind ; inextFind.m_etype = SearchSemicolonPos ; inextFind.m_icontent.m_nreserved = 0 ; int nsemicolonPos = 0 ; if(!skipCommentaryFind(rangestring , nlastPortKeyWordPos , inextFind , nsemicolonPos)) { // 然后保存 继续下一个判断 modulepos.m_nlastPortKeyWordPos = nsemicolonPos + 1; } else { return 1 ; } } } QMap<QString,SEARCH_INSTANCE_POS_STRUCTURE*>::iterator i = instanceposmap.begin(); while (i != instanceposmap.end()) { struct SEARCH_INSTANCE_POS_STRUCTURE *pinstance = i.value() ; imoduleName = QString::fromAscii(pinstance->m_amoduleName); iinstanceName = QString::fromAscii(pinstance->m_ainstanceName) ; ifindInstanceExp.setPattern(tr("\\b")+ imoduleName + tr("\\s+") + iinstanceName +tr("\\b")); ifindInstanceExpOther.setPattern(tr("\\b")+imoduleName+tr("\\b")); /*搜索 例化模块 出现的位置*/ /*判断例化的类型 并返回紧接着的与第一次出现 "(" 相对应的 ")" 的位置 */ nfindPosOther = ipartString.indexOf(ifindInstanceExpOther) ; nfindPos = ipartString.indexOf(ifindInstanceExp) ; noffset = nsaveStartPos + nfindPos + ifindInstanceExp.capturedTexts().at(0).count() ; if(NO_STRING_FINDED == nfindPos) { if(NO_STRING_FINDED == nfindPosOther) { /*在无注释情况下查找的*/ if(NO_COMMENTARY == isNoCommentary) { return 1 ; } /*继续下一轮查找 1 个 例化 */ i++ ; continue ; } else { noffset = nsaveStartPos + nfindPosOther + ifindInstanceExpOther.capturedTexts().count() ; /*查找紧接着的左括号 */ /*查找与左括号对应的 右括号 */ /*返回找到的位置 如果错误则 返回*/ struct SEARCH_STRING_STRUCTURE inextFindSemicolon ; inextFindSemicolon.m_etype = SearchSemicolonPos ; inextFindSemicolon.m_icontent.m_nreserved = 0 ; int nrightSemicolonPos = 0 ; /*查找 下一个有效的 ";" 字符 */ if(!skipCommentaryFind(rangestring,noffset,inextFindSemicolon,nrightSemicolonPos)) { /*截取从 module 名字出现的位置 到 ;所有的字符*/ QString itruncateString = rangestring.mid(nfindPosOther,nrightSemicolonPos-nfindPosOther +1); INSTANCE_FORMAT iinstance_format = NonStardardFormat ; int nresult = 0 ; int nrelativeRightBracketPos = 0 ; nresult = isModuleInstance(itruncateString,imoduleName,iinstanceName,iinstance_format,nrelativeRightBracketPos) ; if(rangestring.lastIndexOf(QRegExp(tr("\\S")),(nsaveStartPos + nfindPosOther -1)) != -1) { nannounceInsertPos = rangestring.lastIndexOf(QRegExp(tr("\\S")),(nsaveStartPos + nfindPosOther -1)) ; } /*判断这段字符是否 匹配 module名+例化名 并判断是否为规范的端口连接*/ if(!nresult) { /*找到 module 保存信息*/ pinstance->m_nnextRightBracketPos = nrelativeRightBracketPos + nfindPosOther ; pinstance->m_nstartPos = nannounceInsertPos + 1 ; pinstance->m_einstanceFormat = iinstance_format ; i++ ; continue ; } else if(1 == nresult) { // isNeededFindFlag = true ; /*继续下一轮查找*/ i++ ; continue ; } else { return 1 ; } } else { return 1 ; } } } struct SEARCH_STRING_STRUCTURE inextFind ; inextFind.m_etype = SearchLeftBracketPos ; inextFind.m_icontent.m_eInstanceFormat = NonStardardFormat ; if(rangestring.lastIndexOf(QRegExp(tr("\\S")),(nsaveStartPos + nfindPos -1)) != -1) { nannounceInsertPos = rangestring.lastIndexOf(QRegExp(tr("\\S")),(nsaveStartPos + nfindPos -1)) ; } int nleftBracketPos = 0 ; // QString itest1 = rangestring.mid(noffset); // qDebug() << itest1 ; if(!skipCommentaryFind(rangestring,noffset,inextFind,nleftBracketPos)) { /*查找 与之对应的 下一个 ")"*/ struct SEARCH_STRING_STRUCTURE inextFindRightBracket ; inextFindRightBracket.m_etype = SearchInstancePos ; inextFindRightBracket.m_icontent.m_eInstanceFormat = NonStardardFormat ; int nrightBracketPos = 0 ; if(!findOppositeBracket(rangestring,nleftBracketPos+1,inextFindRightBracket,nrightBracketPos)) { QString itest2 = rangestring.mid(noffset,nrightBracketPos - nleftBracketPos - 1); QString itest3 = rangestring.mid(nannounceInsertPos , nrightBracketPos - nannounceInsertPos - 1); pinstance->m_nnextRightBracketPos = nrightBracketPos ; pinstance->m_nstartPos = nannounceInsertPos + 1 ; pinstance->m_einstanceFormat = inextFindRightBracket.m_icontent.m_eInstanceFormat ; /*接着返回 module 端口的书写类型 是否为标准 */ // stringtype.m_isearchContent.m_iinstanceStructure.m_einstanceFormat = \ // inextFindRightBracket.m_isearchContent.m_iinstanceStructure.m_einstanceFormat ; ++i ; continue ; } else { return 1 ; } } else { return 1 ; } ++i; } if(ismoduleEnd) { return 0 ; } // 正常时扫描到 endmodule 关键字 再退出 ，不应该在无注释下 没扫描到 endmodule 退出 if(isNoCommentary) { return 1 ; } } } int EziDebugVlgFile::findOppositeBracket(const QString &rangestring,int startpos ,SEARCH_STRING_STRUCTURE &stringtype,int &targetpos) { int ncommentaryBegin = 0 ; int ncommentaryEnd = startpos ; QString ipartString ; QString inoCommentaryStr ; QString icheckString ; QString itestString ; int commentaryBegin_row = 0 ; // 行注释开始 int commentaryBegin_sec = 0 ; // 段注释开始 int scanPos = startpos ; int nsavePos = 0 ; int nstartBracketPos = 0 ; //bool isNeededFindFlag = 0 ; int nappearanceCount = 1 ; int nleftBracketPos = 0 ; int nrightBracketPos = 0 ; //inoCommentaryStr = replaceCommentaryByBlank(rangestring) ; // QFile itest("d:/save.txt") ; // itest.open(QIODevice::WriteOnly|QIODevice::Truncate); // QTextStream iout(&itest) ; // iout << inoCommentaryStr ; // int Pos1 = rangestring.indexOf("ifft_airif_rdctrl"); // int Pos2 = inoCommentaryStr.indexOf("ifft_airif_rdctrl"); while(1) { // 查找下一个 注释的开始位置 commentaryBegin_row = rangestring.indexOf(tr("//"),scanPos) ; commentaryBegin_sec = rangestring.indexOf(tr("/*"),scanPos) ; if((commentaryBegin_row == -1)&&(commentaryBegin_sec == -1)) { /*没有注释了 从scanPos 截取剩余所有的字符串 */ ipartString = rangestring.mid(ncommentaryEnd) ; nsavePos = ncommentaryEnd ; ncommentaryEnd = NO_COMMENTARY ; } else if(commentaryBegin_row == -1) { /*下一个注释开始位置为 */ ncommentaryBegin = commentaryBegin_sec ; ipartString = rangestring.mid(ncommentaryEnd,ncommentaryBegin-ncommentaryEnd) ; nsavePos = ncommentaryEnd ; // 下一个注释结束位置 */ ncommentaryEnd = rangestring.indexOf(tr("*/"),ncommentaryBegin) ; if(ncommentaryEnd == -1) { return 1; } scanPos = ncommentaryEnd + 2 ; } else if(commentaryBegin_sec == -1) { /*下一个注释开始位置为 */ ncommentaryBegin = commentaryBegin_row ; ipartString = rangestring.mid(ncommentaryEnd,ncommentaryBegin-ncommentaryEnd) ; nsavePos = ncommentaryEnd ; ncommentaryEnd = rangestring.indexOf(tr("\n"),ncommentaryBegin) ; if(ncommentaryEnd == -1) { return 1; } scanPos = ncommentaryEnd + 1; } else { if(commentaryBegin_row < commentaryBegin_sec) { ncommentaryBegin = commentaryBegin_row ; ipartString = rangestring.mid(ncommentaryEnd,ncommentaryBegin-ncommentaryEnd) ; nsavePos = ncommentaryEnd ; ncommentaryEnd = rangestring.indexOf(tr("\n"),ncommentaryBegin) ; if(ncommentaryEnd == -1) { return 1 ; } scanPos = ncommentaryEnd + 1; } else { ncommentaryBegin = commentaryBegin_sec ; ipartString = rangestring.mid(ncommentaryEnd,ncommentaryBegin-ncommentaryEnd) ; nsavePos = ncommentaryEnd ; ncommentaryEnd = rangestring.indexOf(tr("*/"),ncommentaryBegin) ; if(ncommentaryEnd == -1) { return 1; } scanPos = ncommentaryEnd + 2 ; } } //int nstartPos = startpos ; /*从这段无注释的代码中 找对应的括号的位置*/ /*如果这段无注释 代码 包含 "output" 或者 "input "关键字，则为*/ if(-1 == nsavePos) { return 1 ; } qDebug() << ipartString ; nstartBracketPos = 0 ; while(1) { /*是否存在 左括号 和 右括号*/ nleftBracketPos = ipartString.indexOf("(",nstartBracketPos); nrightBracketPos = ipartString.indexOf(")",nstartBracketPos); if((NO_STRING_FINDED == nleftBracketPos)&&(NO_STRING_FINDED == nrightBracketPos)) { break ; } else if(NO_STRING_FINDED == nleftBracketPos) { /*只有 ")"*/ nappearanceCount-- ; if(0 == nappearanceCount) { goto CheckType ; } nstartBracketPos = nrightBracketPos + 1 ; } else if(NO_STRING_FINDED == nrightBracketPos) { /*只有 "("*/ nstartBracketPos = nleftBracketPos + 1 ; nappearanceCount++ ; } else { if(nleftBracketPos < nrightBracketPos) { /*遇到 "("*/ nappearanceCount++ ; nstartBracketPos = nleftBracketPos + 1 ; } else { /*遇到 ")"*/ nappearanceCount-- ; if(0 == nappearanceCount) { goto CheckType ; } nstartBracketPos = nrightBracketPos + 1 ; } } } } CheckType: qDebug() << rangestring.mid(nsavePos,nrightBracketPos); targetpos = nsavePos + nrightBracketPos ; int n = targetpos - startpos + 1 ; icheckString = rangestring.mid(startpos , n ); qDebug() << "origin string! "<<icheckString ; icheckString = replaceCommentaryByBlank(icheckString); qDebug() << "port string! "<<icheckString ; //itestString = rangestring.mid(scanPos ,targetpos - scanPos + 1 ); if(SearchModuleKeyWordPos == stringtype.m_etype) { if(icheckString.contains("input",Qt::CaseInsensitive)||icheckString.contains("output",Qt::CaseInsensitive)) { stringtype.m_icontent.m_imodulest.m_eportAnnounceFormat = AnsicFormat ; } } else if(SearchInstancePos == stringtype.m_etype) { // .mc_ul_start ( mc_ul_start ), // 标准的 查找 上一个 ")" if(icheckString.contains(QRegExp(tr(".")+ tr("\\s*\\w+") + tr("\\s*\\(")+ tr(".*") + tr("\\)")))) { stringtype.m_icontent.m_eInstanceFormat = StardardForamt ; targetpos = ipartString.lastIndexOf(')',nrightBracketPos-1); if(-1 == targetpos) { return 1 ; } targetpos = nsavePos + targetpos + 1 ; } else { // 非标准的 查找 上一个 非空白字符 targetpos = ipartString.lastIndexOf(QRegExp(tr("\\S")),nrightBracketPos-1); if(-1 == targetpos) { return 1 ; } targetpos = nsavePos + targetpos + 1 ; } } else { return 1 ; } return 0 ; } QString EziDebugVlgFile::getNoCommentaryString(const QString &rangestring,int &lastcommentaryend ,int &nocommontaryflag) { int commentaryBegin_row = 0 ; int commentaryBegin_sec = 0 ; int scanPos = lastcommentaryend ; int ncommentaryEnd = 0 ; int ncommentaryBegin = 0 ; QString ipartString ; // 查找下一个 注释的开始位置 if(lastcommentaryend == -1) { /*全是注释 返回空字符串*/ ipartString.clear(); return ipartString ; } commentaryBegin_row = rangestring.indexOf(tr("//"),scanPos) ; commentaryBegin_sec = rangestring.indexOf(tr("/*"),scanPos) ; if((commentaryBegin_row == -1)&&(commentaryBegin_sec == -1)) { ipartString = rangestring.mid(scanPos) ; /*没有注释了 从scanPos 截取剩余所有的字符串 */ ncommentaryEnd = -1 ; // 最后一次扫描 的起始位置 就无注释 lastcommentaryend = scanPos ; nocommontaryflag = true ; } else if(commentaryBegin_row == -1) { /*下一个注释开始位置为 */ ncommentaryBegin = commentaryBegin_sec ; ipartString = rangestring.mid(scanPos,ncommentaryBegin-scanPos) ; // 下一个注释结束位置 */ ncommentaryEnd = rangestring.indexOf(tr("*/"),ncommentaryBegin) ; if(ncommentaryEnd == -1) { // 接下来都是注释 lastcommentaryend = -1 ; return ipartString ; } lastcommentaryend = ncommentaryEnd + 2; } else if(commentaryBegin_sec == -1) { /*下一个注释开始位置为 // */ ncommentaryBegin = commentaryBegin_row ; ipartString = rangestring.mid(scanPos,ncommentaryBegin-scanPos) ; ncommentaryEnd = rangestring.indexOf(tr("\n"),ncommentaryBegin + 2); if(ncommentaryEnd == -1) { // 接下来都是注释 lastcommentaryend = -1 ; return ipartString ; } lastcommentaryend = ncommentaryEnd + 1; } else { if(commentaryBegin_row < commentaryBegin_sec) { ncommentaryBegin = commentaryBegin_row ; ipartString = rangestring.mid(scanPos,ncommentaryBegin-scanPos) ; ncommentaryEnd = rangestring.indexOf(tr("\n"),ncommentaryBegin) ; if(ncommentaryEnd == -1) { // 接下来都是注释 lastcommentaryend = -1 ; return ipartString ; } lastcommentaryend = ncommentaryEnd + 1 ; } else { ncommentaryBegin = commentaryBegin_sec ; ipartString = rangestring.mid(scanPos,ncommentaryBegin-scanPos) ; ncommentaryEnd = rangestring.indexOf(tr("*/"),ncommentaryBegin) ; if(ncommentaryEnd == -1) { // 接下来都是注释 lastcommentaryend = -1 ; return ipartString ; } lastcommentaryend = ncommentaryEnd + 2 ; } } return ipartString ; } QString EziDebugVlgFile::replaceCommentaryByBlank(const QString &rangestring) { QString data = rangestring ; int commentaryBegin_row = 0 ; // 行注释开始 int commentaryBegin_sec = 0 ; // 段注释开始 int commentaryEnd_row = 0 ; // 行注释结束 int commentaryEnd_sec = 0 ; // 段注释结束 int nstartPos = 0 ; commentaryBegin_row = data.indexOf(tr("//"),nstartPos); commentaryBegin_sec = data.indexOf(tr("/*"),nstartPos); while((commentaryBegin_row != -1)||(commentaryBegin_sec != -1)) { if(commentaryBegin_row == -1) { commentaryEnd_sec = data.indexOf(tr("*/"), commentaryBegin_sec); data.replace(commentaryBegin_sec,commentaryEnd_sec - commentaryBegin_sec + 2,tr(" ").repeated(commentaryEnd_sec - commentaryBegin_sec + 2)); commentaryBegin_sec = data.indexOf(tr("/*"), commentaryBegin_sec); } else if(commentaryBegin_sec == -1) { commentaryEnd_row = data.indexOf(tr("\n"), commentaryBegin_row); if(commentaryEnd_row == -1) { int ncharPos = data.lastIndexOf(QRegExp(".*")) ; data.replace(commentaryBegin_row , ncharPos - commentaryBegin_row + 1,tr(" ").repeated(ncharPos - commentaryBegin_row + 1)); } else { data.replace(commentaryBegin_row,commentaryEnd_row - commentaryBegin_row,tr(" ").repeated(commentaryEnd_row - commentaryBegin_row)); } commentaryBegin_row = data.indexOf(tr("//"), commentaryBegin_row); } else { /*行注释开始 在 段注释开始 之前*/ if( commentaryBegin_row < commentaryBegin_sec ) { /*删除行注释表示符开始后的一行字符*/ commentaryEnd_row = data.indexOf(tr("\n"), commentaryBegin_row); if(commentaryEnd_row == -1) { int ncharPos = data.lastIndexOf(QRegExp(".*")) ; data.replace(commentaryBegin_row , ncharPos - commentaryBegin_row + 1,tr(" ").repeated(ncharPos - commentaryBegin_row + 1)); } else { data.replace(commentaryBegin_row,commentaryEnd_row - commentaryBegin_row,tr(" ").repeated(commentaryEnd_row - commentaryBegin_row)); } commentaryBegin_sec = data.indexOf(tr("/*"), commentaryBegin_row); commentaryBegin_row = data.indexOf(tr("//"), commentaryBegin_row); } /*段注释开始 在 行注释开始 之前*/ else { commentaryEnd_sec = data.indexOf(tr("*/"), commentaryBegin_sec); data.replace(commentaryBegin_sec,commentaryEnd_sec - commentaryBegin_sec + 2,tr(" ").repeated(commentaryEnd_sec - commentaryBegin_sec + 2)); commentaryBegin_row = data.indexOf(tr("//"), commentaryBegin_sec); commentaryBegin_sec = data.indexOf(tr("/*"), commentaryBegin_sec); } } } return data ; } int EziDebugVlgFile::isModuleInstance(const QString &rangestring,const QString &modulename , const QString& instancename,INSTANCE_FORMAT &type ,int &targetpos) { QString data = replaceCommentaryByBlank(rangestring); QRegExp ifindExp(tr("\\b")+ modulename + tr("\\s+") + instancename +tr("\\b")) ; if(NO_STRING_FINDED == data.indexOf(ifindExp)) { return 1 ; } /*找到接着的 "("*/ struct SEARCH_STRING_STRUCTURE ifindLeftBracket ; ifindLeftBracket.m_etype = SearchLeftBracketPos ; ifindLeftBracket.m_icontent.m_nreserved = 0 ; int nleftBracketPos = 0 ; if(!skipCommentaryFind(rangestring,0,ifindLeftBracket,nleftBracketPos)) { struct SEARCH_STRING_STRUCTURE ifindRightBracket ; ifindRightBracket.m_etype = SearchInstancePos ; ifindRightBracket.m_icontent.m_eInstanceFormat = NonStardardFormat ; int nrightBracketPos = 0 ; if(!findOppositeBracket(rangestring,nleftBracketPos+1,ifindRightBracket,nrightBracketPos)) { targetpos = nrightBracketPos ; type = ifindRightBracket.m_icontent.m_eInstanceFormat ; return 0 ; } else { return 2 ; } } else { return 2 ; } } int EziDebugVlgFile::isModuleDefinition(const QString &rangestring,const QString &modulename ,PORT_ANNOUNCE_FORMAT &type,int &targetpos) { QString data = replaceCommentaryByBlank(rangestring); QRegExp ifindExp(tr("\\b")+ modulename + tr("\\b")) ; if(NO_STRING_FINDED == data.indexOf(ifindExp)) { return 1 ; } /*找到接着的 "("*/ struct SEARCH_STRING_STRUCTURE ifindLeftBracket ; ifindLeftBracket.m_etype = SearchLeftBracketPos ; ifindLeftBracket.m_icontent.m_nreserved = 0 ; int nleftBracketPos = 0 ; if(!skipCommentaryFind(rangestring,0,ifindLeftBracket,nleftBracketPos)) { struct SEARCH_MODULE_STRUCTURE imoduleSt ; struct SEARCH_STRING_STRUCTURE ifindRightBracket ; ifindRightBracket.m_etype = SearchRightBracketPos ; imoduleSt.m_eportAnnounceFormat = NonAnsicFormat ; strcpy(imoduleSt.m_amoduleName,modulename.toAscii().data()); ifindRightBracket.m_icontent.m_imodulest = imoduleSt ; int nrightBracketPos = 0 ; if(!findOppositeBracket(rangestring,nleftBracketPos+1,ifindRightBracket,nrightBracketPos)) { targetpos = nrightBracketPos ; type = ifindRightBracket.m_icontent.m_imodulest.m_eportAnnounceFormat ; return 0 ; } else { return 2 ; } } else { return 2 ; } // // 存在 output 或者 input 关键字 // ifindExp.setPattern(tr("\\b") + tr("output") + tr("\\b")); // QRegExp ifindExpOther(tr("\\b") + tr("input") + tr("\\b")); // if(data.contains(ifindExp)||data.contains(ifindExpOther)) // { // type = AnsicFormat ; // } // else // { // type = NonAnsicFormat ; // } } int EziDebugVlgFile::isStringReiteration(const QString &poolstring ,const QString& string) { if(poolstring.contains(QRegExp(tr("\b")+string + tr("\b")))) { return 0 ; } return 1 ; } QString EziDebugVlgFile::constructChainRegString(EziDebugModule::RegStructure* reg, int regnum , int startbit ,int endbit ,EziDebugInstanceTreeItem *item) { QString iregName ; QString istartBit ; QString iendBit ; QString imoduleName = QString::fromAscii(reg->m_pMouduleName); QStringList ifullNameList ; QString ibitWitdth = QString::fromAscii(reg->m_pExpString); QString istartRegNum = QString::number(reg->m_unStartNum); QString iendRegNum = QString::number(reg->m_unEndNum); QString ihiberarchyname = item->getItemHierarchyName() ; QString iinstanceName = item->getInstanceName() ; QString iregNum = QString::fromAscii(reg->m_pregNum); QString iclockName = QString::fromAscii(reg->m_pclockName); QString iresult ; if(!reg) { return QString(); } else { // 寄存器名 包括数组时 使用 aaa[m] if(reg->m_unRegNum != 1) { iregName.append(tr("%1[%2]").arg(QString::fromAscii(reg->m_pRegName)).arg(regnum)); } else { iregName.append(tr("%1").arg(QString::fromAscii(reg->m_pRegName))); } // 开始位 istartBit.append(QString::number(startbit)); // 结束位 iendBit.append(QString::number(endbit)); } ifullNameList << imoduleName << iinstanceName << iclockName << ihiberarchyname << iregName << istartBit << iendBit << ibitWitdth << istartRegNum << iendRegNum << iregNum ; iresult = ifullNameList.join(tr("#")) ; return (iresult) ; } int EziDebugVlgFile::scanFile(EziDebugPrj* prj,EziDebugPrj::SCAN_TYPE type,QList<EziDebugPrj::LOG_FILE_INFO*> &addedinfolist,QList<EziDebugPrj::LOG_FILE_INFO*> &deletedinfolist) { qDebug() << "verilog file scanfile!" << fileName(); bool echainExistFlag = false ; int i = 0 ; QString ifileName = fileName() ; EziDebugModule *poldModule = NULL ; EziDebugVlgFile *poldFile = NULL ; QDir icurrentDir = prj->getCurrentDir() ; QString irelativeFileName = icurrentDir.relativeFilePath(this->fileName()) ; QStringList ieziPort ; QFileInfo ifileInfo(this->fileName()) ; QStringList ichangedchainList ; QStringList icheckChainList ; int nresult = 0 ; QDateTime ilastModifedTime = ifileInfo.lastModified() ; QMap<QString,QString> iclockMap ; QMap<QString,QString> iresetMap ; poldFile = prj->getPrjVlgFileMap().value(irelativeFileName ,NULL); if(poldFile) { for( ; i < poldFile->getModuleList().count();i++) { EziDebugModule *pmodule = prj->getPrjModuleMap().value(poldFile->getModuleList().at(i),NULL) ; if(pmodule) { QString imoduleName = pmodule->getModuleName() ; struct EziDebugPrj::LOG_FILE_INFO* pdelmoduleInfo = new EziDebugPrj::LOG_FILE_INFO ; pdelmoduleInfo->etype = EziDebugPrj::infoTypeModuleStructure ; pdelmoduleInfo->pinfo = NULL ; qstrcpy(pdelmoduleInfo->ainfoName,imoduleName.toAscii().data()); deletedinfolist.append(pdelmoduleInfo); } } } #if 1 if(fileName().endsWith("SspTxFIFO.v")) { qDebug() << "SspTxFIFO.v"; } #endif // 清空原文件的 modulelist clearModuleList(); unModuCnt = 0 ; unMacroCnt = 0 ; // memset((void*)module_tab,0,MAX_T_LEN*sizeof(struct Module_Mem)) ; // memset((void*)macro_table,0,MAX_T_LEN*sizeof(struct macro_Mem)) ; inst_map.clear(); iinstNameList.clear(); reg_scan reg_search ; memset((void*)buffer,0,sizeof(buffer)) ; //qDebug() << ifileName.toAscii().data() ; if(reg_search.LoadVeriFile(buffer,ifileName.toAscii().data())) { reg_search.prog = buffer ; try { reg_search.ScanPre(); reg_search.Interp(); } catch (InterpExc &except) { qDebug() << "EziDebug file parse Error!" ; return 1 ; } } else { qDebug() << "EziDebug Error: read file error!" ; return 1 ; } //qDebug() << "Find Module Number:" << mod_count; for(i = 0 ; i < unModuCnt ;i++) { QString imoduleName = QString::fromAscii(ModuleTab[i].cModuleName) ; EziDebugModule *pmodule = new EziDebugModule(imoduleName) ; if(!pmodule) { qDebug() << "There is not memory left!" ; return 1 ; } //qDebug() << "GET A Module!" << module_tab[i].inst_map.count() ; QMap<QString,QMap<QString,QString> > iinstMap = inst_map ; int ninstanceCount = 0 ; for( ; ninstanceCount < iinstNameList.count() ;ninstanceCount++) { QString iinst = iinstNameList.at(ninstanceCount) ; QString iinstanceName = iinst.split('#').at(1) ; qDebug() << __LINE__ << "EziDebug instance:" << iinst; if(QRegExp(QObject::tr("_EziDebug_\\w+")).exactMatch(iinstanceName)) { //ieziInstList.append(iinst.split('#').at(1)); //echainExistFlag = true ; continue ; } pmodule->m_iinstanceNameList << iinst.replace("#",":"); pmodule->m_iinstancePortMap.insert(iinstanceName,iinstMap.value(iinstNameList.at(ninstanceCount))); } for(int m = 0 ; m< ModuleTab[i].unParaCnt ;m++) { pmodule->addToParameterMap(QString::fromAscii(ModuleTab[i].ParaTab[m].cParaName),\ ModuleTab[i].ParaTab[m].iParaVal); } // 向文件中添加 defparameter 信息 QMap<QString,QString>::const_iterator idefParamIter = def_map.constBegin() ; while(idefParamIter != def_map.constEnd()) { // <inst_name.para_name,para_value> QString icombName = idefParamIter.key() ; if(!icombName.contains(".")) { qDebug() << "EziDebug Error: scan file Error , parameter pattern error!" ; return 1 ; } QString iinstanceName = icombName.split(".").at(0) ; if(QRegExp(QObject::tr("_EziDebug_\\w+")).exactMatch(iinstanceName)) { ++idefParamIter ; continue ; } QString iparamterStr = icombName.split(".").at(1) ; QString iparamterVal = idefParamIter.value() ; addToDefParameterMap(iinstanceName,iparamterStr,iparamterVal); ++idefParamIter ; } int j = 0 ; // 向文件中添加 define 信息 for(; j < unMacroCnt ; j++) { addToMacroMap(QString::fromAscii(MacroTab[j].cMacroName),MacroTab[j].iMacroVal); } for(j = 0 ;j < ModuleTab[i].unRegCnt ; j++) { QString iedge ; if(QRegExp(QObject::tr("_EziDebug_\\w+")).exactMatch(QString::fromAscii(ModuleTab[i].RegTab[j].cRegName))) { // 提示 文件中包含有EziDebug添加的代码 是否进行删除 // 删除指针 //echainExistFlag = true ; continue ; } if(QString::fromAscii(ModuleTab[i].RegTab[j].ClkAttri.cClkName).isEmpty()) { continue ; } if(ModuleTab[i].RegTab[j].IsFlag == 0) { continue ; } struct EziDebugModule::RegStructure * preg = new EziDebugModule::RegStructure ; memset((char*)preg,0,sizeof(struct EziDebugModule::RegStructure)); qstrcpy(preg->m_pRegName,ModuleTab[i].RegTab[j].cRegName) ; if(ModuleTab[i].RegTab[j].iRegWidth.size() >= 64) { qDebug() << "EziDebug Error: the reg number string is too long!"; continue ; } if(ModuleTab[i].RegTab[j].iRegCnt.isEmpty()) { qstrcpy(preg->m_pregNum,"1") ; } else { qstrcpy(preg->m_pregNum,ModuleTab[i].RegTab[j].iRegCnt.toAscii().constData()); } if(ModuleTab[i].RegTab[j].iRegWidth.count() >= 64 ) { qDebug() << "EziDebug Error: the reg width string is too long!"; continue ; } qstrcpy(preg->m_pExpString , ModuleTab[i].RegTab[j].iRegWidth.toAscii().constData()); // 初始化寄存器数据 preg->m_unStartNum = 0 ; preg->m_unEndNum = 0 ; preg->m_unRegNum = 0 ; preg->m_unStartBit = 0 ; preg->m_unEndBit = 0 ; preg->m_unRegBitWidth = 0 ; preg->m_unMaxRegNum = 0 ; preg->m_eRegNumEndian = EziDebugModule::endianOther ; preg->m_eRegNumType = EziDebugModule::attributeOther ; preg->m_unMaxBitWidth = 0 ; preg->m_eRegBitWidthEndian = EziDebugModule::endianOther ; preg->m_eRegBitWidthType = EziDebugModule::attributeOther ; qstrcpy(preg->m_pclockName,ModuleTab[i].RegTab[j].ClkAttri.cClkName); if(ModuleTab[i].RegTab[j].ClkAttri.eClkEdge == POSE) { iedge = QObject::tr("posedge"); preg->m_eedge = EziDebugModule::signalPosEdge ; } else if(ModuleTab[i].RegTab[j].ClkAttri.eClkEdge == NEGE) { iedge = QObject::tr("negedge"); preg->m_eedge = EziDebugModule::signalNegEdge ; } else if(ModuleTab[i].RegTab[j].ClkAttri.eClkEdge == LOW) { iedge = QObject::tr("low"); preg->m_eedge = EziDebugModule::signalLow ; } else if(ModuleTab[i].RegTab[j].ClkAttri.eClkEdge == HIGH) { iedge = QObject::tr("high"); preg->m_eedge = EziDebugModule::signalHigh ; } else { iedge = QObject::tr("posedge"); preg->m_eedge = EziDebugModule::signalPosEdge ; } if(QString::fromAscii(ModuleTab[i].RegTab[j].ClkAttri.cClkName).isEmpty()) { qDebug() << "no clock " << preg->m_pRegName; } iclockMap.insert(QString::fromAscii(ModuleTab[i].RegTab[j].ClkAttri.cClkName),\ iedge); if(ModuleTab[i].RegTab[j].RstAttri.eRstEdge == POSE) { iedge = QObject::tr("posedge"); } else if(ModuleTab[i].RegTab[j].RstAttri.eRstEdge == NEGE) { iedge = QObject::tr("negedge"); } else { iedge = QObject::tr("posedge"); } qstrcpy(preg->m_pMouduleName,ModuleTab[i].cModuleName) ; preg->m_unStartNum = 0 ; if(!QString::fromAscii(ModuleTab[i].RegTab[j].RstAttri.cRstName).isEmpty()) { iresetMap.insert(QString::fromAscii(ModuleTab[i].RegTab[j].RstAttri.cRstName),\ iedge); } QString iclockName = QString::fromAscii(preg->m_pclockName); // 全部加入 到固定位宽 , 待生成树状节点时,划分出来 非固定位宽 pmodule->AddToRegMap(iclockName ,preg); } pmodule->m_iclockMap = iclockMap ; pmodule->m_iresetMap = iresetMap ; QVector<EziDebugModule::PortStructure*> iportVec ; //qDebug() << "scan port !" ; int k = 0 ; for(; k < ModuleTab[i].unIOCnt ; k++) { // 暂时修改 if(QRegExp(QObject::tr("_EziDebug_\\w+")).exactMatch(QString::fromAscii(ModuleTab[i].IOTab[k].cIOName))) { QString ieziPortName = QString::fromAscii(ModuleTab[i].IOTab[k].cIOName) ; ieziPort << ieziPortName ; echainExistFlag = true ; // 提示 文件中包含有EziDebug添加的代码 是否进行删除 continue ; } struct EziDebugModule::PortStructure * pport = new EziDebugModule::PortStructure ; memset((char*)pport,0,sizeof(struct EziDebugModule::PortStructure)) ; qstrcpy(pport->m_pPortName,ModuleTab[i].IOTab[k].cIOName); pport->m_unStartBit = 0 ; pport->m_unBitwidth = 0 ; pport->m_unEndBit = 0 ; pport->m_eEndian = EziDebugModule::endianOther ; if(ModuleTab[i].IOTab[k].iIOWidth.size() >= 64) { qDebug() << "EziDebug Error: the reg width string is too long!"; continue ; } qstrcpy(pport->m_pBitWidth,ModuleTab[i].IOTab[k].iIOWidth.toAscii().constData()) ; if(ModuleTab[i].IOTab[k].eIOAttri == IO_INPUT) { pport->eDirectionType = EziDebugModule::directionTypeInput ; } else if(ModuleTab[i].IOTab[k].eIOAttri == IO_OUTPUT) { pport->eDirectionType = EziDebugModule::directionTypeOutput ; } else if(ModuleTab[i].IOTab[k].eIOAttri == IO_INOUT) { pport->eDirectionType = EziDebugModule::directionTypeInoutput ; } else { pport->eDirectionType = EziDebugModule::directionTypeInoutput ; } qstrcpy(pport->m_pModuleName,ModuleTab[i].cModuleName); iportVec.append(pport); } pmodule->m_iportVec = iportVec ; // QDir(工程路径). relativeFilePath(完整的文件路径) 得到文件相对路径 pmodule->m_ilocatedFile = prj->getCurrentDir().relativeFilePath(fileName()); // bool m_isLibaryCore ; pmodule->m_isLibaryCore |= ModuleTab[i].nIPCore ; if(this->isLibaryFile()) { pmodule->m_isLibaryCore = true ; } qDebug() << "add to moudle list" << imoduleName << __FILE__ << __LINE__; // 加入 module map qDebug() << "Add to moudle map" << imoduleName << pmodule << __FILE__ << __LINE__; poldModule = prj->getPrjModuleMap().value(imoduleName,NULL) ; // 扫描完成后再 提示 信息 扫描链被破坏 是否重新添加链 #if 0 if(pmodule->getModuleName() == "ifft") { qDebug() << "ifft" ; } #endif addToModuleList(imoduleName); prj->addToModuleMap(imoduleName,pmodule); if(echainExistFlag) { /* 1、无log文件，打开工程进行更新扫描 无对比对象，不进行对比 2、有log文件，打开工程进行更新扫描 更扫描链进行对比，来判断是否 链被破坏 3、在已打开工程进行更新 直接跟 已经记录的 module 进行对比 注:2013.3.26 由于parameter存在 可能 跟原module相比 会出错,以后均采用根据 扫描链的信息进行比较 */ // 根据log文件 进行对比 if(true == prj->getLogFileExistFlag()) { for(int i = 0 ; i < ieziPort.count() ; i++) { QString iportName = ieziPort.at(i) ; if(iportName.split('_',QString::SkipEmptyParts).count() >= 4) { QString ichainName = iportName.split('_',QString::SkipEmptyParts).at(1) ; // prj->addToCheckedChainList(ichainName); if(!icheckChainList.contains(ichainName)) { icheckChainList.append(ichainName); EziDebugScanChain* pchain = prj->getScanChainInfo().value(ichainName ,NULL) ; if(pchain) { if(!pmodule->isChainCompleted(pchain)) { ichangedchainList.append(ichainName); prj->addToDestroyedChainList(ichainName); } } else { // log 文件被破坏(并非log文件本身格式问题,而是代码中的链 log文件中不存在) prj->setLogfileDestroyedFlag(true); } } } } } } } // 有哪些module、 // 遍历扫描链代码 如果扫描链包括这个module 然后检测 line_code block_code 是否存在 // All code in this file // QStringList icodeList ; QStringList ichainNameList ; for(int nmoduleNum = 0 ; nmoduleNum < this->getModuleList().count() ;nmoduleNum++) { QString imoduleName = this->getModuleList().at(nmoduleNum) ; QMap<QString,EziDebugScanChain*> iscanChainMap = prj->getScanChainInfo() ; QMap<QString,EziDebugScanChain*>::const_iterator iscanchainIter = iscanChainMap.constBegin() ; while(iscanchainIter != iscanChainMap.constEnd()) { EziDebugScanChain* pchain = iscanchainIter.value() ; QString ichainName = iscanchainIter.key() ; if(pchain->getLineCode().contains(imoduleName)) { if(!ichainNameList.contains(ichainName)) { ichainNameList.append(ichainName); } } if(pchain->getBlockCode().contains(imoduleName)) { if(!ichainNameList.contains(ichainName)) { ichainNameList.append(ichainName); } } ++iscanchainIter ; } if((nresult = checkedEziDebugCodeExist(prj,imoduleName,ichainNameList)) != 0) { return nresult ; } } // // 如果在扫描被修改的文件， 则更新 相关的 module 对象 // if(!(this->getLastStoredTime().isNull())) // { // // 更改的文件 // if(isModifedRecently()) // { // // 文件被改动 更新 相关的 module 对象 // // 将文件 与 module 挂在 删除的链表上 //// struct EziDebugPrj::LOG_FILE_INFO* pdelFileInfo = new EziDebugPrj::LOG_FILE_INFO ; //// pdelFileInfo->etype = EziDebugPrj::infoTypeFileInfo ; //// pdelFileInfo->pinfo = NULL ; //// memcpy(pdelFileInfo->ainfoName,this->fileName().toAscii(),this->fileName().size()+1); //// deletedinfolist.append(pdelFileInfo); //// for(int i = 0 ; i < getModuleList().count();i++) //// { //// EziDebugModule *pmodule = prj->getPrjModuleMap().value(getModuleList().at(i),NULL) ; //// if(!pmodule) //// { //// struct EziDebugPrj::LOG_FILE_INFO* pdelmoduleInfo = new EziDebugPrj::LOG_FILE_INFO ; //// pdelmoduleInfo->etype = EziDebugPrj::infoTypeModuleStructure ; //// pdelmoduleInfo->pinfo = NULL ; //// memcpy(pdelmoduleInfo->ainfoName,pmodule->getModuleName().toAscii(),pmodule->getModuleName().size()+1); //// deletedinfolist.append(pdelmoduleInfo); //// } //// } // // 将更改后的文件 与 新的module 挂在 添加的链表上 需要重新添加 // struct EziDebugPrj::LOG_FILE_INFO* paddFileInfo = new EziDebugPrj::LOG_FILE_INFO ; // paddFileInfo->etype = EziDebugPrj::infoTypeFileInfo ; // paddFileInfo->pinfo = this ; // memcpy(paddFileInfo->ainfoName,this->fileName().toAscii(),this->fileName().size()+1); // addedinfolist.append(paddFileInfo); // for(int i = 0 ; i < getModuleList().count();i++) // { // EziDebugModule *pmodule = prj->getPrjModuleMap().value(getModuleList().at(i),NULL) ; // if(pmodule) // { // struct EziDebugPrj::LOG_FILE_INFO* paddModuleInfo = new EziDebugPrj::LOG_FILE_INFO ; // paddModuleInfo->etype = EziDebugPrj::infoTypeModuleStructure ; // paddModuleInfo->pinfo = pmodule ; // memcpy(paddModuleInfo->ainfoName,pmodule->getModuleName().toAscii(),pmodule->getModuleName().size()+1); // addedinfolist.append(paddModuleInfo); // } // else // { // return 1 ; // } // } // } // } // else // { // 将最新扫描过的 信息 保存 qDebug() << " !!module count !!"<< getModuleList().count(); for(i = 0 ; i < getModuleList().count();i++) { EziDebugModule *pmodule = prj->getPrjModuleMap().value(getModuleList().at(i),NULL) ; if(pmodule) { qDebug() << " add module info " ; struct EziDebugPrj::LOG_FILE_INFO* paddModuleInfo = new EziDebugPrj::LOG_FILE_INFO ; paddModuleInfo->etype = EziDebugPrj::infoTypeModuleStructure ; paddModuleInfo->pinfo = pmodule ; memcpy(paddModuleInfo->ainfoName,pmodule->getModuleName().toAscii().data(),pmodule->getModuleName().size()+1); addedinfolist.append(paddModuleInfo); } else { return 1 ; } } // } //qDebug() << addedinfolist.count() << deletedinfolist.count(); // 更改文件扫描时间 modifyStoredTime(ilastModifedTime); return 0 ; } int EziDebugVlgFile::checkedEziDebugCodeExist(EziDebugPrj* prj ,QString imoduleName ,QStringList &chainnamelist) { QMap<QString,EziDebugScanChain*> ichainMap = prj->getScanChainInfo() ; QMap<QString,int> ilinesearchposMap ; QMap<QString,int> iblocksearchposMap ; QMap<QString,QStringList> ichainLineCodeMap ; QMap<QString,QStringList> ichainBlockCodeMap ; QStringList idestroyChainList ; QStringList icheckChainList ; QList<int> iposList ; if(!open(QIODevice::ReadOnly | QIODevice::Text)) { // 向用户输出 文件打不开 qDebug() << errorString() << fileName() ; return 1 ; } QTextStream iin(this); QString ifileContent = iin.readAll(); QString inoCommentaryStr = replaceCommentaryByBlank(ifileContent) ; QRegExp imoduleStartExp(tr("module\\s+%1").arg(imoduleName)) ; int nstartPos = inoCommentaryStr.indexOf(imoduleStartExp); if(-1 == nstartPos) { qDebug() << "EziDebug Error: parse file error ,please check the file!"; return -2 ; } int nendPos = inoCommentaryStr.indexOf("endmodule",nstartPos); if(-1 == nendPos) { qDebug() << "EziDebug Error: parse file error ,please check the file!"; return -2 ; } QString icheckStr = inoCommentaryStr.mid(nstartPos,nendPos-1); // 关闭 close(); for(int nchainNum = 0 ; nchainNum < chainnamelist.count() ; nchainNum++) { QString ichainName = chainnamelist.at(nchainNum) ; EziDebugScanChain * pchain = ichainMap.value(ichainName,NULL); if(pchain) { QMap<QString,QStringList> icodeListMap = pchain->getLineCode() ; QStringList icodeList ; icodeList = icodeListMap.value(imoduleName,icodeList) ; if(icodeList.count()) { ichainLineCodeMap.insert(ichainName,icodeList); } icodeList.clear(); icodeListMap = pchain->getBlockCode(); icodeList = icodeListMap.value(imoduleName,icodeList); if(icodeList.count()) { ichainBlockCodeMap.insert(ichainName,icodeList) ; } } else { qDebug() << "NULL Pointer!" << ichainName << "is not exist!"; return -1 ; } } // linecode QMap<QString ,QStringList>::const_iterator icodeIter = ichainLineCodeMap.constBegin() ; while(icodeIter != ichainLineCodeMap.constEnd()) { int ncodeNum = 0 ; QString chainname = icodeIter.key() ; QStringList icode = icodeIter.value() ; iposList.clear(); EziDebugScanChain * pchain = ichainMap.value(chainname); int nsearchPos = 0 ; for(;ncodeNum < icode.count();ncodeNum++) { QString isearchLineStr = icode.at(ncodeNum) ; if(-1 != (nsearchPos = icheckStr.indexOf(QRegExp(isearchLineStr)))) { ilinesearchposMap.insert(isearchLineStr ,nsearchPos); iposList.append(nsearchPos); } else { qDebug() <<"EziDebug Warning:"<< isearchLineStr << "is not finded!"; if(!idestroyChainList.contains(chainname)) { idestroyChainList.append(chainname); } break ; } } // check code sequence if(ncodeNum == icode.count()) { QSet<int> isimplifiedSet = iposList.toSet(); if(isimplifiedSet.count() == iposList.count()) { QStringList inewCodeList ; qSort(iposList.begin(), iposList.end(), qLess<int>()); for(int ncodeNum = 0 ; ncodeNum < iposList.count() ; ncodeNum++) { int npos = iposList.at(ncodeNum) ; QString icodeStr = ilinesearchposMap.key(npos) ; inewCodeList.append(icodeStr); } if(inewCodeList != icode) { pchain->replaceLineCodeMap(imoduleName,inewCodeList); prj->addToCheckedChainList(chainname); } } else { qDebug() << "Please remove the repeated code !"; for(int i = 0 ; i < icode.count() ; i++) { qDebug() << icode.at(i) << endl ; } return -2 ; } } ilinesearchposMap.clear(); ++icodeIter ; } // blockcode icodeIter = ichainBlockCodeMap.constBegin() ; while(icodeIter != ichainBlockCodeMap.constEnd()) { int ncodeNum = 0 ; iposList.clear(); QString chainname = icodeIter.key() ; QStringList icode = icodeIter.value() ; EziDebugScanChain * pchain = ichainMap.value(chainname); // the code in icode is from little to big int nsearchPos = 0 ; for(;ncodeNum < icode.count();ncodeNum++) { QString isearchLineStr = icode.at(ncodeNum) ; if(-1 != (nsearchPos = icheckStr.indexOf(QRegExp(isearchLineStr)))) { iblocksearchposMap.insert(isearchLineStr ,nsearchPos); iposList.append(nsearchPos); } else { qDebug() <<"EziDebug Warning:"<< isearchLineStr << "is not finded!"; if(!idestroyChainList.contains(chainname)) { idestroyChainList.append(chainname); } break ; } } // check code sequence if(ncodeNum == icode.count()) { QSet<int> isimplifiedSet = iposList.toSet(); if(isimplifiedSet.count() == iposList.count()) { QStringList inewCodeList ; qSort(iposList.begin(), iposList.end(), qLess<int>()); for(int ncodeNum = 0 ; ncodeNum < iposList.count() ; ncodeNum++) { int npos = iposList.at(ncodeNum) ; QString icodeStr = iblocksearchposMap.key(npos) ; inewCodeList.append(icodeStr); } if(inewCodeList != icode) { pchain->replaceBlockCodeMap(imoduleName,inewCodeList); prj->addToCheckedChainList(chainname); } } else { qDebug() << "Please remove the repeated code !\n"; for(int i = 0 ; i < icode.count() ; i++) { qDebug() << icode.at(i) << endl ; } return -2 ; } } iblocksearchposMap.clear(); ++icodeIter ; } // check the destroyed chain! for(int nchaincount = 0 ; nchaincount < idestroyChainList.count() ;nchaincount++) { QString ichainName = idestroyChainList.at(nchaincount) ; qDebug() << "EziDebug Error:" << ichainName << "is destroyed!" << "checkedEziDebugCodeExist !"; prj->addToDestroyedChainList(ichainName); } return 0 ; } int EziDebugVlgFile::createUserCoreFile(EziDebugPrj* prj) { if(!prj) return 1 ; QString iregModuleName(tr("_EziDebug_ScnReg")) ; QString itimerName(tr("_EziDebug_TOUT_m")); QFileInfo iPrjFileInfo(prj->getPrjName()); /*创建新的文件夹 并 创建自己的core文件*/ QDir idirPrj(iPrjFileInfo.absolutePath()); QString inewDirName = iPrjFileInfo.absolutePath() + tr("/") + tr("EziDebug_1.0") ; QDir idir(inewDirName); QTime icurrentTime = QTime::currentTime() ; if(idir.exists()) { qDebug() << "There is already exist folder!" << inewDirName ; // 检测 文件是否存在 if(idir.exists("_EziDebug_ScanChainReg.v")) { if(idir.exists("_EziDebug_TOUT_m.v")) { EziDebugScanChain::saveEziDebugAddedInfo(iregModuleName,itimerName,QObject::tr("/EziDebug_1.0")); // 重新创建 tout 文件 QString ifileToutName(tr("_EziDebug_TOUT_m.v")); QFile itoutfile(inewDirName + tr("/") + ifileToutName); if(!itoutfile.open(QIODevice::WriteOnly|QIODevice::Text|QIODevice::Truncate)) { /*在文本栏 提示插入链错误 无法创建文件 文件无法打开*/ return 1 ; } /*写入 tout 文件*/ QTextStream itoutStream(&itoutfile); itoutStream <<"module "; /*写入module名字*/ itoutStream << itimerName; itoutStream << g_ptoutfileContentFirst ; itoutStream << prj->getMaxRegNumPerChain() << ";" ; itoutStream << g_ptoutfileContentSecond ; itoutfile.close(); return 0 ; } } // 重新创建 文件 idir.remove("_EziDebug_ScanChainReg.v") ; idir.remove("_EziDebug_TOUT_m.v"); } else { idirPrj.mkdir(tr("EziDebug_1.0")); } QString ifileRegName(tr("_EziDebug_ScanChainReg.v")) ; QString ifileToutName(tr("_EziDebug_TOUT_m.v")); QStringList ifileList = prj->getFileNameList(); for (int i = 0; i < ifileList.size(); ++i) { QFileInfo ifileInfo(prj->getCurrentDir(),ifileList.at(i)); if(ifileInfo.fileName() == ifileRegName) { ifileRegName = tr("_EziDebug_ScanChainReg")+tr("_")+ icurrentTime.toString("hh_mm_ss") + tr(".v") ; if(ifileInfo.fileName() == ifileRegName) { /*在文本栏 提示插入链错误 无法创建文件 文件名重复*/ qDebug() << "EziDebug encounter error,Please ensure your fileName is right" << ifileRegName ; return 1 ; } } if(ifileInfo.fileName() == ifileToutName) { ifileToutName = tr("_EziDebug_TOUT_m")+tr("_")+ icurrentTime.toString("hh_mm_ss") + tr(".v") ; if(ifileInfo.fileName() == ifileToutName) { /*在文本栏 提示插入链错误 无法创建文件 文件名重复*/ qDebug() << "EziDebug encounter error,Please ensure your fileName is right" << ifileToutName ; return 1 ; } } } #if 0 /*检查module名字是否存在重复*/ QMap<QString,EziDebugModule*>::const_iterator i = prj->getPrjModuleMap().constBegin(); while (i != prj->getPrjModuleMap().constEnd()) { } #endif QFile itoutfile(inewDirName + tr("/") + ifileToutName); if(!itoutfile.open(QIODevice::WriteOnly|QIODevice::Text|QIODevice::Truncate)) { /*在文本栏 提示插入链错误 无法创建文件 文件无法打开*/ return 1 ; } /*写入 tout 文件*/ QTextStream itoutStream(&itoutfile); itoutStream <<"module "; /*写入module名字*/ itoutStream << itimerName; itoutStream << g_ptoutfileContentFirst ; itoutStream << prj->getMaxRegNumPerChain() << ";" ; itoutStream << g_ptoutfileContentSecond ; itoutfile.close(); QFile iscanRegfile(inewDirName + tr("/") + ifileRegName); if(!iscanRegfile.open(QIODevice::WriteOnly|QIODevice::Text|QIODevice::Append)) { /*在文本栏 提示插入链错误 无法创建文件 文件无法打开*/ return 1 ; } /*写入 ScanReg 文件*/ QTextStream iscanRegout(&iscanRegfile); iscanRegout <<"module "; /*写入module名字*/ iscanRegout << iregModuleName ; iscanRegout << g_pScanRegfileContentFirst ; iscanRegout << g_pScanRegfileContentSecond ; iscanRegfile.close(); EziDebugScanChain::saveEziDebugAddedInfo(iregModuleName,itimerName,QObject::tr("/EziDebug_1.0")); return 0 ; } int EziDebugVlgFile::caculateExpression(QString string) { return 0 ; } void EziDebugVlgFile::addToMacroMap(const QString ¯ostring , const QString ¯ovalue) { m_imacro.insert(macrostring,macrovalue) ; } void EziDebugVlgFile::addToDefParameterMap(const QString &instancename ,const QString ¶meter ,const QString &value) { QMap<QString,QString> iparameterMap ; iparameterMap = m_idefparameter.value(instancename ,iparameterMap) ; iparameterMap.insert(parameter,value); m_idefparameter.insert(instancename,iparameterMap) ; } const QMap<QString,QString> & EziDebugVlgFile::getMacroMap(void) const { return m_imacro ; } const QMap<QString,QMap<QString,QString> > & EziDebugVlgFile::getDefParamMap(void) const { return m_idefparameter ; } #if 0 bool EziDebugVlgFile::isLibaryFile() { return 0 ; } #endif int EziDebugVlgFile::deleteEziDebugCode(void) { // 只读方式 打开文件 QString ifileContent ; QString inewContent ; //QString ikeyWords ; int nkeyWordsPos = 0 ; QList<int> iposList ; QMap<int,int> ideleteCodePosMap ; //QRegExp ieziDebugFlagExp(QObject::tr("\\b_EziDebug_\\w+\\b")); QRegExp ieziDebugFlagWithEnterExp(QObject::tr("\\s*\\b_EziDebug_\\w+\\b")); QRegExp ikeyWordsExp(QObject::tr("\\s*\\b[a-z]+\\b")); //QRegExp ikeyWordsWithEnterExp(QObject::tr("\\s*\\b\\w+\\b")); /* _EziDebug_ScnReg _EziDebug_ScnReg_chn_inst0( .clock (HCLK) , .resetn (_EziDebug_chn_rstn) , .TDI_reg (_EziDebug_chn_HCLK_TDI_reg) , .TDO_reg (_EziDebug_chn_HCLK_tdo1) , .TOUT_reg (_EziDebug_chn_TOUT_reg) , .shift_reg (_EziDebug_chn_HCLK_sr0) ) */ QRegExp ieziDebugScnInstExp(QObject::tr("\\s*_EziDebug_ScnReg\\s+_EziDebug_ScnReg_chn\\d*_inst\\d*\\s*\\(.+\\)\\s*")); QRegExp ieziDebugToutInstExp(QObject::tr("\\s*_EziDebug_TOUT_m\\s+_EziDebug_TOUT_m_chn\\d*_inst\\d*\\s*\\(.+\\)\\s*")); //_EziDebug_TOUT_m _EziDebug_TOUT_m_chn_inst int npostion = 0 ; if(!open(QIODevice::ReadOnly | QIODevice::Text)) { // 向用户输出 文件打不开 qDebug() << errorString() << fileName() ; return 1 ; } // 全部读出 QTextStream iin(this); ifileContent = iin.readAll(); // 关闭 close(); // 替换所有注释为 空格 inewContent = replaceCommentaryByBlank(ifileContent); qDebug() << "EziDebug info: start file---" << fileName(); if(fileName().endsWith("fft_ram_256x17.v")) { qDebug() << "EziDebug Info : halt Point!"; } qDebug() << fileName() ; // 查找 以 "_EziDebug" 开头的字符串 while((npostion = ieziDebugFlagWithEnterExp.indexIn(inewContent,npostion)) != -1) { // EziDebug 自定义 core 的例化 int nnextSemicolonPos = inewContent.indexOf(';',npostion + ieziDebugFlagWithEnterExp.matchedLength()) ; QString itruncateStr = inewContent.mid(npostion , (nnextSemicolonPos - npostion)); qDebug() << "test string!" << itruncateStr << ieziDebugScnInstExp.exactMatch(itruncateStr) << ieziDebugToutInstExp.exactMatch(itruncateStr) ; int nin = ieziDebugScnInstExp.indexIn(itruncateStr) ; qDebug() << nin << ieziDebugScnInstExp.matchedLength() << ieziDebugScnInstExp.capturedTexts().at(0); if(ieziDebugScnInstExp.exactMatch(itruncateStr)||ieziDebugToutInstExp.exactMatch(itruncateStr)) { iposList.append(npostion); ideleteCodePosMap.insert(npostion,(nnextSemicolonPos - npostion + 1)); qDebug() << " instance match!" << ifileContent.mid(npostion ,(nnextSemicolonPos - npostion + 1)) ; npostion = nnextSemicolonPos + 1 ; } else { if(QRegExp(QObject::tr("\\s*\\b_EziDebug\\w+\\s*<=.*")).exactMatch(itruncateStr)) { // 寻找 always int nalwaysPos = inewContent.lastIndexOf(QRegExp(QObject::tr("\\balways\\b")),npostion); int nlastNoneblankCharPos = inewContent.lastIndexOf(QRegExp(QObject::tr("\\S")),nalwaysPos); if(nlastNoneblankCharPos != -1) { // nalwaysPos = nlastNoneblankCharPos + 1 ; nalwaysPos = nlastNoneblankCharPos ; } int nfirstBeginPos = inewContent.indexOf(QRegExp(QObject::tr("\\bbegin\\b")),nalwaysPos); /*查找匹配的 end*/ QRegExp iwordsExp(QObject::tr("\\b\\w+\\b")); int nmatch = 1 ; int nendPos = 0 ; int nbeginPos = nfirstBeginPos + 5 ; while((nbeginPos = iwordsExp.indexIn(ifileContent,nbeginPos)) != -1) { if(iwordsExp.capturedTexts().at(0) == "begin") { nmatch++ ; } else if(iwordsExp.capturedTexts().at(0) == "end") { nmatch-- ; if(0 == nmatch) { nendPos = nbeginPos ; break ; } } else { // do nothing } nbeginPos = nbeginPos + iwordsExp.matchedLength(); } if(nmatch != 0) { return 1 ; } iposList.append(nalwaysPos); ideleteCodePosMap.insert(nalwaysPos,(nendPos - nalwaysPos + 3)); qDebug()<< "1" << ifileContent.mid(nalwaysPos ,(nendPos - nalwaysPos + 3)) ; npostion = nendPos + 3 ; } else { // 查找最近的单词 nkeyWordsPos = ikeyWordsExp.lastIndexIn(inewContent,npostion) ; QString ikeyWord = ikeyWordsExp.capturedTexts().at(0) ; // 最近的 ',' int nlastCommaPos = inewContent.lastIndexOf(',',npostion); if(nlastCommaPos > nkeyWordsPos) { // 是否包含 '.' /*只能是 例化 中加入 的端口连接 */ // 标准的 ,.(),.(),.() // 截取 上一个 逗号 之间的 字符 看是否包含 ".( 字符" QString ipartStr = inewContent.mid((nlastCommaPos+1) , (npostion - nlastCommaPos -1)); if(QRegExp(QObject::tr("\\s*\\.")).exactMatch(ipartStr)) { // 删除上一个逗号 到 下一个 ) 之间字符串 int nnextRightBracketPos = inewContent.indexOf(')',npostion); iposList.append(nlastCommaPos); ideleteCodePosMap.insert(nlastCommaPos,(nnextRightBracketPos - nlastCommaPos + 1)); qDebug()<< "2" << ifileContent.mid(nlastCommaPos ,(nnextRightBracketPos - nlastCommaPos + 1)) ; npostion = nnextRightBracketPos + 1 ; } else { // 删除上一个逗号 到 本字符串结束 iposList.append(nlastCommaPos); ideleteCodePosMap.insert(nlastCommaPos,(npostion + ieziDebugFlagWithEnterExp.matchedLength()- nlastCommaPos)); qDebug()<< "3" << ifileContent.mid(nlastCommaPos ,(npostion + ieziDebugFlagWithEnterExp.matchedLength()- nlastCommaPos)) ; npostion = npostion + ieziDebugFlagWithEnterExp.matchedLength() ; } } else { if(ikeyWordsExp.capturedTexts().at(0).contains(QRegExp(QObject::tr("\\binput\\b")))) { int nlastCommaPos = inewContent.lastIndexOf(',',npostion); int nlastSemicolon = inewContent.lastIndexOf(';',npostion); int nnextSemicolon = inewContent.indexOf(';',npostion); if(nlastCommaPos > nlastSemicolon) { // 端口声明 iposList.append(nlastCommaPos); ideleteCodePosMap.insert(nlastCommaPos,(npostion + ieziDebugFlagWithEnterExp.matchedLength() - nlastCommaPos)); qDebug() << "4" << ifileContent.mid(nlastCommaPos ,(npostion + ieziDebugFlagWithEnterExp.matchedLength() - nlastCommaPos)) ; npostion = npostion + ieziDebugFlagWithEnterExp.matchedLength() ; } else { nkeyWordsPos = inewContent.lastIndexOf(QRegExp(QObject::tr("\\S")),nkeyWordsPos-1) + 1 ; iposList.append(nkeyWordsPos); ideleteCodePosMap.insert(nkeyWordsPos,(nnextSemicolon - nkeyWordsPos + 1)); qDebug() << "5" << ifileContent.mid(nkeyWordsPos ,(nnextSemicolon - nkeyWordsPos + 1)) ; npostion = nnextSemicolon + 1 ; } } else if(ikeyWordsExp.capturedTexts().at(0).contains(QRegExp(QObject::tr("\\boutput\\b")))) { int nlastCommaPos = inewContent.lastIndexOf(',',npostion); int nlastSemicolon = inewContent.lastIndexOf(';',npostion); int nnextSemicolon = inewContent.indexOf(';',npostion); if(nlastCommaPos > nlastSemicolon) { iposList.append(nlastCommaPos); ideleteCodePosMap.insert(nlastCommaPos,(npostion + ieziDebugFlagWithEnterExp.matchedLength() - nlastCommaPos)); qDebug() << "6" << ifileContent.mid(nlastCommaPos ,(npostion + ieziDebugFlagWithEnterExp.matchedLength() - nlastCommaPos)) ; npostion = npostion + ieziDebugFlagWithEnterExp.matchedLength() ; } else { nkeyWordsPos = inewContent.lastIndexOf(QRegExp(QObject::tr("\\S")),nkeyWordsPos-1) + 1 ; iposList.append(nkeyWordsPos); ideleteCodePosMap.insert(nkeyWordsPos,(nnextSemicolon - nkeyWordsPos + 1)); qDebug() << "7" << ifileContent.mid(nkeyWordsPos ,(nnextSemicolon - nkeyWordsPos + 1)) ; npostion = nnextSemicolon + 1 ; } } else if(ikeyWordsExp.capturedTexts().at(0).contains(QRegExp(QObject::tr("\\breg\\b")))) { int nnextSemicolon = inewContent.indexOf(';',npostion); nkeyWordsPos = inewContent.lastIndexOf(QRegExp(QObject::tr("\\S")),nkeyWordsPos-1) + 1 ; iposList.append(nkeyWordsPos); ideleteCodePosMap.insert(nkeyWordsPos,(nnextSemicolon - nkeyWordsPos + 1)); qDebug() << "8" << ifileContent.mid(nkeyWordsPos ,(nnextSemicolon - nkeyWordsPos + 1)) ; npostion = nnextSemicolon + 1; } else if(ikeyWordsExp.capturedTexts().at(0).contains(QRegExp(QObject::tr("\\bwire\\b")))) { int nnextSemicolon = inewContent.indexOf(';',npostion); nkeyWordsPos = inewContent.lastIndexOf(QRegExp(QObject::tr("\\S")),nkeyWordsPos-1) + 1 ; iposList.append(nkeyWordsPos); ideleteCodePosMap.insert(nkeyWordsPos,(nnextSemicolon - nkeyWordsPos + 1)); qDebug() << "9" << ifileContent.mid(nkeyWordsPos ,(nnextSemicolon - nkeyWordsPos + 1)) ; npostion = nnextSemicolon + 1; } else if(ikeyWordsExp.capturedTexts().at(0).contains(QRegExp(QObject::tr("\\bdefparam\\b")))) { int nnextSemicolon = inewContent.indexOf(';',npostion); nkeyWordsPos = inewContent.lastIndexOf(QRegExp(QObject::tr("\\S")),nkeyWordsPos-1) + 1 ; iposList.append(nkeyWordsPos); ideleteCodePosMap.insert(nkeyWordsPos,(nnextSemicolon - nkeyWordsPos + 1)); qDebug() << "10" << ifileContent.mid(nkeyWordsPos ,(nnextSemicolon - nkeyWordsPos + 1)) ; npostion = nnextSemicolon + 1; } else if(ikeyWordsExp.capturedTexts().at(0).contains(QRegExp(QObject::tr("\\bassign\\b")))) { int nnextSemicolon = inewContent.indexOf(';',npostion); nkeyWordsPos = inewContent.lastIndexOf(QRegExp(QObject::tr("\\S")),nkeyWordsPos-1) + 1 ; iposList.append(nkeyWordsPos); ideleteCodePosMap.insert(nkeyWordsPos,(nnextSemicolon - nkeyWordsPos + 1)); qDebug() << "11" << ifileContent.mid(nkeyWordsPos ,(nnextSemicolon - nkeyWordsPos + 1)) ; npostion = nnextSemicolon + 1; } else { // do nothing npostion = npostion + ikeyWordsExp.matchedLength(); } } } } } // from big to small qSort(iposList.begin(), iposList.end(), qGreater<int>()); // j < iposList.count() for(int j = 0 ; j < iposList.count() ; j++) { int nstartPos = iposList.at(j) ; int nlength = ideleteCodePosMap.value(nstartPos , 0) ; ifileContent.replace(nstartPos , nlength ,""); } if(!open(QIODevice::WriteOnly | QIODevice::Truncate)) { // 向用户输出 文件打不开 qDebug() << "EziDebug Error:" << errorString() << ":" << fileName() ; return 1 ; } qDebug() << "EziDebug info: finish file---" << fileName(); // 全部写入 QTextStream iout(this); iout << ifileContent ; close() ; QFileInfo ifileInfo(fileName()) ; this->modifyStoredTime(ifileInfo.lastModified()) ; return 0 ; }