PC/SC智能卡的QT测试程序源码

#include "ByteArray.h" ByteArray::ByteArray(quint8 Mydata) { this->length = 0; this->dataStore = NULL; this->dataStore = (quint8*)calloc(this->length,sizeof(quint8)); if(this->dataStore != NULL) { this->length = 1; memset(this->dataStore,0,this->length); this->dataStore[0] = Mydata; } else { throw; } } ByteArray::ByteArray(quint16 Mydata) { this->length = 0; this->dataStore = NULL; this->dataStore = (quint8*)calloc(this->length,sizeof(quint8)); if(this->dataStore != NULL) { this->length = 2; memset(this->dataStore,0,this->length); this->dataStore[0] = (quint8)((quint32)(Mydata & 0xFF00) >> 8); this->dataStore[1] = (quint8)((Mydata & 0xFF)); } else { throw; } } ByteArray::ByteArray(quint32 Mydata) { this->length = 0; this->dataStore = NULL; this->dataStore = (quint8*)calloc(this->length,sizeof(quint8)); if(this->dataStore != NULL) { this->length = 4; memset(this->dataStore,0,this->length); this->dataStore[0] = (quint8)((quint64)(Mydata & 0xFF000000) >> 24); this->dataStore[1] = (quint8)((quint64)(Mydata & 0xFF0000) >> 16); this->dataStore[2] = (quint8)((quint64)(Mydata & 0xFF00) >> 8); this->dataStore[3] = (quint8)((quint64)(Mydata & 0xFF)); } else { throw; } } ByteArray::ByteArray(quint64 Mydata) { this->length = 0; this->dataStore = NULL; quint32 tmpDataL = (quint32)(Mydata >> 32), tmpDataR = (quint32)((quint64)(Mydata & 0xFFFFFFFF)); try { ByteArray tmpByteArrayL(tmpDataL); ByteArray tmpByteArrayR(tmpDataR); this->dataStore = (quint8*)calloc(this->length,sizeof(quint8)); if(this->dataStore != NULL) { this -> length = 8; memset(this->dataStore,0,this->length); this -> dataStore[0] = tmpByteArrayL.dataStore[0]; this -> dataStore[1] = tmpByteArrayL.dataStore[1]; this -> dataStore[2] = tmpByteArrayL.dataStore[2]; this -> dataStore[3] = tmpByteArrayL.dataStore[3]; this -> dataStore[4] = tmpByteArrayR.dataStore[0]; this -> dataStore[5] = tmpByteArrayR.dataStore[1]; this -> dataStore[6] = tmpByteArrayR.dataStore[2]; this -> dataStore[7] = tmpByteArrayR.dataStore[3]; } else { throw; } } catch(...) { throw; } } ByteArray::ByteArray(ByteArray *Mydata) { this->length = ((Mydata != NULL)? Mydata -> Length() : 0); if(this->length > 0) { this -> dataStore = (quint8*)calloc(this->length,sizeof(quint8)); if(this->dataStore != NULL) { memset(this->dataStore,0,this->length); memcpy(this->dataStore,Mydata->dataStore,this->length); } else { this->length = 0; throw; } } else { throw; } } ByteArray::ByteArray(quint8* Mydata ,qint64 Mylength) { if(Mylength > 0) { this->length = Mylength; this->dataStore = (quint8*)calloc(this->length,sizeof(quint8)); if(this->dataStore != NULL) { memset(this->dataStore,0,this->length); memcpy(this->dataStore,Mydata,this->length); } else { this->length = 0; throw; } } else { throw; } } ByteArray::ByteArray(QString Mydata) { if(Mydata != "") { QByteArray tmpQByteArray = Mydata.toUtf8(); this->length = tmpQByteArray.length(); this->dataStore = (quint8*)calloc(this->length,sizeof(quint8)); if(this->dataStore != NULL) { memset(this->dataStore,0,this->length); const char* tmpArray = tmpQByteArray.constData(); memcpy(this->dataStore,(quint8*)tmpArray,this->length); } else { this->length = 0; throw; } } else { throw; } } ByteArray::ByteArray(QString Mydata, bool MyuseAscii) { if (Mydata != NULL) { if(MyuseAscii) { QByteArray tmpQByteArray = Mydata.toLocal8Bit(); this->length = tmpQByteArray.length(); this->dataStore = (quint8*)calloc(this->length,sizeof(quint8)); if(this->dataStore != NULL) { memset(this->dataStore,0,this->length); const char* tmpArray = tmpQByteArray.constData(); memcpy(this->dataStore,(quint8*)tmpArray,this->length); } else { this->length = 0; throw; } } else { QByteArray tmpQByteArray = Mydata.toUtf8(); this->length = tmpQByteArray.length(); this->dataStore= (quint8*)calloc(this->length,sizeof(quint8)); if(this->dataStore != NULL) { memset(this->dataStore,0,this->length); const char* tmpArray = tmpQByteArray.constData(); memcpy(this->dataStore,(quint8*)tmpArray,this->length); } else { this->length = 0; throw; } } } else { throw; } } ByteArray::ByteArray(QByteArray* Mydata) { if(Mydata != NULL) { this->length = Mydata -> length(); this->dataStore= (quint8*)calloc(this->length,sizeof(quint8)); if(this->dataStore != NULL) { memset(this->dataStore,0,this->length); const char* tmpArray = Mydata->constData(); memcpy(this->dataStore,(quint8*)tmpArray,this->length); } else { this->length = 0; throw; } } else { throw; } } ByteArray::ByteArray(QVector<quint8> Mydata) { if(Mydata.size() > 0) { this->length = Mydata.size(); this->dataStore = (quint8*)calloc(this->length,sizeof(quint8)); if(this->dataStore != NULL) { memset(this->dataStore,0,this->length); for (int i = 0; i < Mydata.size(); ++i) dataStore[i] = Mydata[i]; } else { this->length = 0; throw; } } else { throw; } } ByteArray::~ByteArray(void) { if(this->dataStore != NULL) { try { memset(this->dataStore,0,this->length); this->length = 0; free(this->dataStore); } catch(...){throw;} } } qint32 ByteArray::Length(){return (qint32)this->length;} quint8 ByteArray::operator [](qint32 Myindex) { if((this->dataStore != NULL) && (this->length > 0) && (this->length > Myindex)) return dataStore[Myindex]; else { throw; } } ByteArray* ByteArray::Copy() { if((this->dataStore != NULL) && (this->length > 0)) try{return new ByteArray(this);}catch(...){throw;} else { return NULL; } } ByteArray* ByteArray::Copy(qint32 Mylength) { if((this->dataStore != NULL) && (this -> length > 0)) { if(this -> length > Mylength) try{return new ByteArray(&(this->dataStore[0]),Mylength);}catch(...){throw;} else return new ByteArray(this); } else { return NULL; } } ByteArray* ByteArray::Copy(qint32 MystartIndex, qint32 Mylength) { if((this->dataStore != NULL) && (this -> length > 0) && (this -> length > MystartIndex) && (this -> length >= MystartIndex + Mylength)) try{return new ByteArray(&(this->dataStore[MystartIndex]), Mylength);}catch(...){throw;} else { return NULL; } } ByteArray* ByteArray::CopyFrom(qint32 MystartIndex) { if((this -> length > 0) && (this -> length > MystartInde