#pragma once
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#include <vector>
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enum JudgeType_T8 { JudgeType_T8_None=0, JudgeType_T8_OK, JudgeType_T8_TR, JudgeType_T8_PR,/*, JudgeType_T8_BR, JudgeType_T8_PT,*/ JudgeType_T8_Count };
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class AFX_EXT_CLASS CRcpJudgeInfo
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{
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public:
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CRcpJudgeInfo(void);
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virtual ~CRcpJudgeInfo(void);
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public:
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void Reset(void);
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// setter
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void SetJudgeType(int nType) { m_nJudgeType1 = nType; }
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void SetJudgeCount(int nCount) { m_nJudgeCount1 = nCount; }
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void SetSubJudgeType(int nType) { m_nJudgeType2 = nType; }
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void SetSubJudgeCount(int nCount) { m_nJudgeCount2 = nCount; }
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void SetReJudgeType(int nType) { m_nReJudgeType = nType; }
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void SetReJudgeCode(CString strCode) { m_strReJudgeCode.Format(_T("%s"), strCode); }
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// getter
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int GetJudgeType() const { return m_nJudgeType1; }
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int GetJudgeCount() const { return m_nJudgeCount1; }
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int GetSubJudgeType() const { return m_nJudgeType2; }
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int GetSubJudgeCount() const { return m_nJudgeCount2; }
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int GetReJudgeType() const { return m_nReJudgeType; }
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CString GetReJudgeCode() const { return m_strReJudgeCode; }
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public:
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int m_nJudgeType1;
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int m_nJudgeCount1;
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int m_nJudgeType2;
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int m_nJudgeCount2;
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int m_nReJudgeType;
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CString m_strReJudgeCode;
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};
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typedef std::vector<CRcpJudgeInfo> VectorRcpJudgeInfo;
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typedef std::vector<CRcpJudgeInfo>::iterator VectorRcpJudgeInfoIt;
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typedef std::vector<CRcpJudgeInfo>::const_iterator constVectorRcpJudgeInfoIt;
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