#ifndef GLOB_DEFINE_H
#define GLOB_DEFINE_H

#include <stdio.h>
#include <string>
using namespace std;

#define	CS_TABLE_MU			"T_MU"
#define CS_TABLE_PHYSICAL	"T_PDI_PH"
#define CS_TABLE_LOGICAL	"T_PDI_LO"
#define CS_TABLE_ORDER		"T_PDI_OR"
#define CS_TABLE_ROLL		"T_ROL_DATA"
#define CS_TABLE_DEFECT		"T_DEF_ENT"
#define CS_TABLE_PDOPHYSICAL	"T_PDO_PH"
#define CS_TABLE_PDOLOGICAL	"T_PDO_LO"
#define CS_TABLE_PDOORDER		"T_PDO_OR"
#define CS_TABLE_ROLL		"T_ROL_DATA"
#define CS_TABLE_DEFECT		"T_DEF_ENT"
#define CS_TABLE_SHIFT		"T_SFT_DATA"
#define CS_TABLE_REJECT		"T_TRK_REJECT"

#define CN_PHYSICAL          0	//物理卷的数量
#define CN_LOGICAL           1  //逻辑卷的数量
#define CN_ORDER_0           0  //合同卷数量
#define CN_ORDER_1           1
#define CN_ORDER_2           2
#define CN_ORDER_3           3

#define CS_COLUMN_OK	    "ok"            // Telegram attribute for OK Values
#define CS_COLUMN_OKALL	"okAll"

#define MAX_0RDER                    10                  // Max number of order
#define MIN_CUT_WEIGHT               7500               // Min caculation weight


//#define STATUS_PLAN           0         // material status =  is planed
#define STATUS_PLAN          -1         // material status =  is planed
#define STATUS_REQUESTED      0         // material status =  is requested
#define STATUS_ENTRY          1         // material status =  is in entry section
#define STATUS_PROD           2         // material status =  is in production
#define STATUS_PRODUCED       3         // material status =  is produced
#define STATUS_FINISH         4         // material status =  is finish
#define STATUS_OUTLINE        5         // material status =  is outline

#define APPVERSION "20120501"

#define DIVIDER_CHAR	'_'
#define DIVIDER_POS	3
#define NOORDER_POS 2

#define MAT_TYPE_PHYSICAL   "PH\0"
#define MAT_TYPE_LOGICAL    "LO\0"
#define MAT_TYPE_ORDER      "OR\0"

#define SOURCE_TYPE_CALC    "C"     // source type calculation global
#define SOURCE_TYPE_EFF     "E"     // source type effective global
#define SOURCE_TYPE_LEV3    "L"     // source type level 3 global

#define MAT_CREATOR_L3          "L3\0"    // material creator level 3
#define MAT_CREATOR_OD          "OD"    // material creator order division
#define MAT_CREATOR_L2          "PC"    // material creator process computer 

#define CUT_POS_HEAD            "H"     // definition for cutting position head
#define CUT_POS_TAIL            "T"     // definition for cutting position tail
#define CUT_POS_MID             "M"     // definition for cutting position middle


#define MAX_NO_DEFECTS          50      // maximum number of defects 
#define SOURCE_TYPE_DEF_DEFA    "DA"    // source type automatic generated defects from the ADH
#define SOURCE_TYPE_DEF_I1      "I1"    // source type defects from inspection Place 1 (dependent on the project)
#define SOURCE_TYPE_DEF_I2      "I2"    // source type defects from inspection Place 2 (dependent on the project)
#define SOURCE_TYPE_DEF_L3      "L3"    // source type defects from level 3


#define CN_MU_CURMUSID		 -1		
#define CN_MU_ENTMUSID		 1
#define CN_MU_OUTMUSID		 2


#define  MAX_NO_UNITS_PRODMAT  6
#define  ZI_VALUE_NOT_AVAILABLE (short)-1 

const int MTR_MAX_NO_LOG_UNITS = 3;           
const int MTR_MAX_NO_ORDERS = 20;              
const int MTR_MAX_NO_PROD_ORD = 20;           
const int MAX_NO_ORDERS	=	20;
const int MAX_NO_LOGICALS	=	3;
const int MAX_UNITS =  10;
const int MAX_DEFECTS = 20;
const int MAX_TAB_PAPSND = 5;


#define CN_RETURAL_INSERT	 10	//返回插入
#define CN_RETURAL_UPDATE	 20	//返回更新

namespace baosight
{
	struct MU_STRUCT 
	{
		long        muId;
		char        muCreator[3];
		short       musId;
	};

	struct MU_CODE 
	{
		char        extId[21];
		char        muTyp[3];     // material type
		MU_STRUCT	  actual;
		MU_STRUCT	  original;
		short       basId;        // Identification for basic automation
		inline string ToString()
		{
			char temp[256];
			sprintf( temp, "extId-%.21s meTyp-%.3s basId-%d actual.muId-%d actual.muCreator-%.3s actual.musId-%d original.muId-%d original.muCreator-%.3s original.musId-%d ", extId, muTyp, basId, actual.muId, actual.muCreator, actual.musId, original.muId, original.muCreator, original.musId);
			return string( temp);
		}
	};

	//代表一个钢卷
	struct	MAT_STRUCTURE
	{
		short	actLogicalIndex;
		short	actOrderIndex;
		MU_CODE	phyMuCode;
		short	countLogicals;
		MU_CODE	logMuCode[MAX_NO_LOGICALS];
		short	countOrders[MAX_NO_LOGICALS];
		MU_CODE	ordMuCode[MAX_NO_LOGICALS][MAX_NO_ORDERS];
	};

	struct DB_MAT_DIVISION {
		MU_CODE matMC;
		short flagEntryExit; // entry = 0 ; exit = 1
		short passNo;
		float OuterDiam;   //added by fxd 2008-09-23
		double divLength1; // measured in production direction
		double divLength2;
		MU_CODE matMCPart1;
		MU_CODE matMCPart2;
		short storeOri; // 0 = no part , 1=1.part , 2=2.part , 3=both
		short useBasIdPart1; // 1 = actual , 2 = original 
		short useBasIdPart2; // 1 = actual , 2 = original
		short reasonCode;    // division reason code
		char reasonText[60]; // division reason text
	};
}


#endif