Instruction_t QBeaEngine::DecodeDataAt(byte_t* data, duint size, duint origBase, duint origInstRVA, ENCODETYPE type)
{
//tokenize
CapstoneTokenizer::InstructionToken cap;
auto & infoIter = dataInstMap.find(type);
if(infoIter == dataInstMap.end())
infoIter = dataInstMap.find(enc_byte);
int len = mEncodeMap->getDataSize(origBase + origInstRVA, 1);
QString mnemonic = _bLongDataInst ? infoIter.value().longName : infoIter.value().shortName;
len = std::min(len, (int)size);
QString datastr = GetDataTypeString(data, len, type);
_tokenizer.TokenizeData(mnemonic, datastr, cap);
Instruction_t wInst;
wInst.instStr = mnemonic + " " + datastr;
wInst.dump = QByteArray((const char*)data, len);
wInst.rva = origInstRVA;
wInst.length = len;
wInst.branchType = Instruction_t::None;
wInst.branchDestination = 0;
wInst.tokens = cap;
return wInst;
}
void CBllHelp::QueryByCondit(_RecordsetPtr pRecordSet,vector<string> &vecField, vector<string> &vecRecordSet, long &lFieldCounts)
{
//判断存在记录
if(pRecordSet == NULL)
return ;
if (!vecRecordSet.empty())
{
vecRecordSet.clear();
}
if (!vecField.empty())
{
vecField.clear();
}
try
{
//字段个数
lFieldCounts = pRecordSet->GetFields()->GetCount();
adoDataTypeEnum enumDataType;
_bstr_t str;
//字段名称、类型、大小
for(long i = 0; i<lFieldCounts; i++)
{
str= pRecordSet->GetFields()->GetItem(i)->GetName();
vecField.push_back((LPSTR)str);
enumDataType = pRecordSet->GetFields()->GetItem(i)->GetType();
str = GetDataTypeString(enumDataType);
vecField.push_back((LPSTR)str);
str = pRecordSet->GetFields()->GetItem(i)->GetDefinedSize();
vecField.push_back((LPSTR)str);
}
pRecordSet->MoveFirst();
long lCounts = 0;
_variant_t var;
//获取记录
while(!pRecordSet->adoEOF)
{
for(long j=0; j<lFieldCounts; j++)
{
var=pRecordSet->GetCollect(j);
str=(_bstr_t)(var.vt==1?"":var);
vecRecordSet.push_back((LPSTR)str);
}
pRecordSet->MoveNext();
lCounts++;
}
}
catch(_com_error e)
{
//AfxMessageBox("记录为空");
}
}
// #################################################################
// ヘッダーデータファイルの出力
bool cio_DFI_AVS::write_avs_header()
{
FILE* fp=NULL;
std::string dType;
std::string out_fname;
bool mio=false;
//データタイプのセット
if( GetDataType() == CIO::E_CIO_INT8 ) {
dType = "byte";
} else if( GetDataType() == CIO::E_CIO_INT16 ) {
dType = "short";
} else if( GetDataType() == CIO::E_CIO_INT32 ) {
dType = "integer";
} else if( GetDataType() == CIO::E_CIO_FLOAT32 ) {
dType = "float";
} else if( GetDataType() == CIO::E_CIO_FLOAT64 ) {
dType = "double";
} else {
dType = GetDataTypeString();
printf("\tillergal data type.(%s)\n",dType.c_str());
return false;
}
//ファイル名生成
if( DFI_MPI.NumberOfRank > 1 ) mio = true;
std::string fname,tmp;
tmp = Generate_FileName(DFI_Finfo.Prefix,m_RankID,-1,"fld",m_output_fname,mio,
DFI_Finfo.TimeSliceDirFlag);
if( CIO::cioPath_isAbsolute(DFI_Finfo.DirectoryPath) ){
fname = DFI_Finfo.DirectoryPath +"/"+ tmp;
} else {
fname = m_directoryPath + "/" + DFI_Finfo.DirectoryPath +"/"+ tmp;
}
//printf("fld file name : %s\n",fname.c_str());
//出力ヘッダーファイルオープン
if( (fp = fopen(fname.c_str(),"w")) == NULL ) {
printf("\tCan't open file.(%s)\n",fname.c_str());
return false;
}
int ndim = 3;
int nspace = 3;
//dims = DFI_Process.RankList[m_RankID].VoxelSize[0]
//先頭レコードの出力
fprintf(fp,"# AVS field file\n");
//計算空間の次元数を出力
fprintf(fp,"ndim=%d\n",ndim);
//計算空間サイズを出力
fprintf(fp,"dim1=%d\n",DFI_Process.RankList[m_RankID].VoxelSize[0]+1);
fprintf(fp,"dim2=%d\n",DFI_Process.RankList[m_RankID].VoxelSize[1]+1);
fprintf(fp,"dim3=%d\n",DFI_Process.RankList[m_RankID].VoxelSize[2]+1);
//物理空間の次元数を出力
fprintf(fp,"nspace=%d\n",nspace);
//成分数の出力
fprintf(fp,"veclen=%d\n",DFI_Finfo.Component);
//データのタイプ出力
fprintf(fp,"data=%s\n",dType.c_str());
//座標定義情報の出力
fprintf(fp,"field=uniform\n");
//labelの出力
for(int i=0; i<DFI_Finfo.Component; i++) {
std::string label=getComponentVariable(i);
if( label == "" ) continue;
fprintf(fp,"label=%s\n",label.c_str());
}
//step毎の出力
if( DFI_TimeSlice.SliceList.size()>1 ) {
fprintf(fp,"nstep=%d\n",(int)DFI_TimeSlice.SliceList.size());
}
for(int i=0; i<DFI_TimeSlice.SliceList.size(); i++) {
fprintf(fp,"time value=%.6f\n",DFI_TimeSlice.SliceList[i].time);
//field data file name 出力
for(int j=1; j<=DFI_Finfo.Component; j++) {
int skip;
if( dType == "float" ) {
skip=96+(j-1)*4;
} else {
skip=140+(j-1)*8;
}
out_fname=Generate_FileName(DFI_Finfo.Prefix,
m_RankID,
DFI_TimeSlice.SliceList[i].step,
"sph",
m_output_fname,
mio,
DFI_Finfo.TimeSliceDirFlag);
//std::string xxx = CIO::cioPath_FileName(out_fname,"sph");
fprintf(fp,"variable %d file=%s filetype=binary skip=%d stride=%d\n",
j,out_fname.c_str(),skip,DFI_Finfo.Component);
}
//coord data file name 出力
tmp = Generate_FileName("cord",m_RankID,-1,"cod",m_output_fname,mio,
DFI_Finfo.TimeSliceDirFlag);
fprintf(fp,"coord 1 file=%s filetype=ascii skip=1\n",tmp.c_str());
fprintf(fp,"coord 2 file=%s filetype=ascii skip=4\n",tmp.c_str());
fprintf(fp,"coord 3 file=%s filetype=ascii skip=7\n",tmp.c_str());
fprintf(fp,"EOT\n");
}
//出力ヘッダーファイルクローズ
fclose(fp);
//if( tmp ) delete tmp;
return true;
}