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RNA.h
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RNA.h
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// std::vector<Cartridge2>.h: interface for the RNA class.
//
//////////////////////////////////////////////////////////////////////
#ifndef RNA_H
#define RNA_H
#include <vector>
#include <iterator>
#include "Cartridge2.h"
#include "CartridgeFinder.h"
#include "TxtFile.h"
#include "debugFile.h"
class RNA
{
std::vector<Cartridge2> m_CarChain2;
CString m_desktopPath;
//建解構子
public:
RNA();
virtual ~RNA();
//完全不像vector的操作
public:
// std::vector<Cartridge2>::size_type StdInit();
// std::vector<Cartridge2>::size_type GammaInit();
// void DelCell(std::vector<Cartridge2>::size_type index){ m_CarChain2.erase(&m_CarChain2.at(index)); };
void CutEqualCell(const RNA& );
// void CutEqualCell(std::vector<Cartridge2> );
// void Grow(ColorType ct, PointNum pn);
void DeleteEmptyCell();
// void SetBolt(Bolt *_P){ p_Pusher = _P; };
// Bolt* GetBolt(){ return p_Pusher; };
//像vector的函數，卻不是直接回傳
public:
// Cartridge2& At (ColorType, PointNum, UINT );
// const Cartridge2& At (ColorType, PointNum, UINT )const ;
std::vector<int>::size_type HaveSeveral(const CString& color = "", const CString& ptTotal = "",
const CString& mrIndex = "", const CString& fePara = "");
float fFind(const CString&, const CString&, const CString&, const CString&, const ValueKind&);
CString sFind(const CString&, const CString&, const CString&, const CString&, const ValueKind&);
#ifdef _DEBUG
public:
float fFind(const CString&, const int& , const CString&, const CString&, const ValueKind&);
CString sFind(const CString&, const int& , const CString&, const CString&, const ValueKind&);
float fFind(const CString&, const CString&, const int& , const CString&, const ValueKind&);
CString sFind(const CString&, const CString&, const int& , const CString&, const ValueKind&);
float fFind(const CString&, const int& , const int& , const CString&, const ValueKind&);
CString sFind(const CString&, const int& , const int& , const CString&, const ValueKind&);
private:
void paraError();
#endif
public:
Cartridge2& Find(const CString&, const CString&, const CString&, const CString&);
Cartridge2& Find(const CString&);
public:
void Empty();
const BOOL IsEmpty() const;
//不管名字像不像直接由vector 回傳
public:
// Cartridge2& At(Cartridge2);
// const Cartridge2& At(const Cartridge2&) const;
// Cartridge2& At(std::vector<Cartridge2>::size_type _P) { return m_CarChain2.at(_P); };
const Cartridge2& At(const std::vector<Cartridge2>::size_type& _P) const;
std::vector<Cartridge2>::iterator Begin();
std::vector<Cartridge2>::const_iterator Begin() const; //using by CutEqualCell(const RNA)
std::vector<Cartridge2>::iterator End();
std::vector<Cartridge2>::const_iterator End() const; //using by CutEqualCell(const RNA)
const std::vector<Cartridge2>::size_type Size() const;
//
// std::vector<Cartridge2>& operator=(const std::vector<Cartridge2>&);
// void AddCell( std::vector<Cartridge2>::const_iterator& _F,
// std::vector<Cartridge2>::const_iterator& _L );
void AddCell(const RNA&);
void AddCell(const Cartridge2& _X);
//sorting
public:
void SortQuackMsr();
void SortOrigMsr();
private:
static bool areaPriority(const Cartridge2 &sp1, const Cartridge2 &sp2);
static bool origPriority(const Cartridge2 &sp1, const Cartridge2 &sp2);
// void SortQuackMsr(std::vector<Cartridge2>& vCar) const;
// void SortOrigMsr (std::vector<Cartridge2>& vCar) const;
//operator
public:
void operator+=(const RNA& _R);
void operator+=(const Cartridge2& _X);
// void operator+=( RNA& _X) { AddCell(m_CarChain2.end(), _X.Begin(), _X.End()); };
////
//debug
// public:
// std::vector<CString> InsideData();
private:
CartridgeFinder finder;
private:
// const int reconstrColor(CString&);
// const int reconstrPointNum(CString&);
// const int reconstrMsrNo(CString&);
private:
debugFile debugLogMaker;
};
inline const BOOL RNA::IsEmpty() const
{ return (m_CarChain2.size() <= 1) ? TRUE : FALSE; };
//inline void RNA::AddCell(std::vector<Cartridge2>::const_iterator& _F,
// std::vector<Cartridge2>::const_iterator& _L)
//{ m_CarChain2.insert(End(), _F, _L); };
inline void RNA::AddCell(const RNA& _R)
{ m_CarChain2.insert(End(), _R.Begin(), _R.End()); }
inline void RNA::AddCell(const Cartridge2& _X)
{ m_CarChain2.push_back(_X); };
inline std::vector<Cartridge2>::iterator RNA::Begin()
{ return (m_CarChain2.size() <= 1) ? m_CarChain2.end() : m_CarChain2.begin() +1; }
inline std::vector<Cartridge2>::iterator RNA::End()
{ return m_CarChain2.end();};
//Just for coonst RNA
inline std::vector<Cartridge2>::const_iterator RNA::Begin() const
{ return (m_CarChain2.size() <= 1) ? m_CarChain2.end() : m_CarChain2.begin() +1; }
inline std::vector<Cartridge2>::const_iterator RNA::End() const
{ return m_CarChain2.end();};
inline const std::vector<Cartridge2>::size_type RNA::Size () const
{ return m_CarChain2.size()-1; };
inline void RNA::operator+=(const RNA& _R)
{ AddCell(_R); };
inline void RNA::operator+=(const Cartridge2& _X)
{ AddCell(_X); };
#endif // !defined(AFX_std::vector<Cartridge2>_H__0108A325_5755_4826_B203_49A50707E9EF__INCLUDED_)