151 lines
5.0 KiB
C++
151 lines
5.0 KiB
C++
#ifndef GLOB_DEFINE_H
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#define GLOB_DEFINE_H
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#include <stdio.h>
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#include <string>
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using namespace std;
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#define CS_TABLE_MU "T_MU"
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#define CS_TABLE_PHYSICAL "T_PDI_PH"
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#define CS_TABLE_LOGICAL "T_PDI_LO"
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#define CS_TABLE_ORDER "T_PDI_OR"
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#define CS_TABLE_ROLL "T_ROL_DATA"
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#define CS_TABLE_DEFECT "T_DEF_ENT"
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#define CS_TABLE_PDOPHYSICAL "T_PDO_PH"
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#define CS_TABLE_PDOLOGICAL "T_PDO_LO"
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#define CS_TABLE_PDOORDER "T_PDO_OR"
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#define CS_TABLE_ROLL "T_ROL_DATA"
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#define CS_TABLE_DEFECT "T_DEF_ENT"
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#define CS_TABLE_SHIFT "T_SFT_DATA"
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#define CS_TABLE_REJECT "T_TRK_REJECT"
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#define CN_PHYSICAL 0 //物理卷的数量
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#define CN_LOGICAL 1 //逻辑卷的数量
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#define CN_ORDER_0 0 //合同卷数量
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#define CN_ORDER_1 1
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#define CN_ORDER_2 2
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#define CN_ORDER_3 3
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#define CS_COLUMN_OK "ok" // Telegram attribute for OK Values
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#define CS_COLUMN_OKALL "okAll"
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#define MAX_0RDER 10 // Max number of order
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#define MIN_CUT_WEIGHT 7500 // Min caculation weight
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//#define STATUS_PLAN 0 // material status = is planed
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#define STATUS_PLAN -1 // material status = is planed
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#define STATUS_REQUESTED 0 // material status = is requested
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#define STATUS_ENTRY 1 // material status = is in entry section
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#define STATUS_PROD 2 // material status = is in production
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#define STATUS_PRODUCED 3 // material status = is produced
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#define STATUS_FINISH 4 // material status = is finish
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#define STATUS_OUTLINE 5 // material status = is outline
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#define APPVERSION "20120501"
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#define DIVIDER_CHAR '_'
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#define DIVIDER_POS 3
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#define NOORDER_POS 2
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#define MAT_TYPE_PHYSICAL "PH\0"
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#define MAT_TYPE_LOGICAL "LO\0"
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#define MAT_TYPE_ORDER "OR\0"
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#define SOURCE_TYPE_CALC "C" // source type calculation global
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#define SOURCE_TYPE_EFF "E" // source type effective global
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#define SOURCE_TYPE_LEV3 "L" // source type level 3 global
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#define MAT_CREATOR_L3 "L3\0" // material creator level 3
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#define MAT_CREATOR_OD "OD" // material creator order division
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#define MAT_CREATOR_L2 "PC" // material creator process computer
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#define CUT_POS_HEAD "H" // definition for cutting position head
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#define CUT_POS_TAIL "T" // definition for cutting position tail
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#define CUT_POS_MID "M" // definition for cutting position middle
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#define MAX_NO_DEFECTS 50 // maximum number of defects
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#define SOURCE_TYPE_DEF_DEFA "DA" // source type automatic generated defects from the ADH
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#define SOURCE_TYPE_DEF_I1 "I1" // source type defects from inspection Place 1 (dependent on the project)
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#define SOURCE_TYPE_DEF_I2 "I2" // source type defects from inspection Place 2 (dependent on the project)
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#define SOURCE_TYPE_DEF_L3 "L3" // source type defects from level 3
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#define CN_MU_CURMUSID -1
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#define CN_MU_ENTMUSID 1
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#define CN_MU_OUTMUSID 2
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#define MAX_NO_UNITS_PRODMAT 6
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#define ZI_VALUE_NOT_AVAILABLE (short)-1
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const int MTR_MAX_NO_LOG_UNITS = 3;
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const int MTR_MAX_NO_ORDERS = 20;
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const int MTR_MAX_NO_PROD_ORD = 20;
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const int MAX_NO_ORDERS = 20;
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const int MAX_NO_LOGICALS = 3;
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const int MAX_UNITS = 10;
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const int MAX_DEFECTS = 20;
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const int MAX_TAB_PAPSND = 5;
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#define CN_RETURAL_INSERT 10 //返回插入
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#define CN_RETURAL_UPDATE 20 //返回更新
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namespace baosight
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{
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struct MU_STRUCT
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{
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long muId;
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char muCreator[3];
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short musId;
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};
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struct MU_CODE
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{
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char extId[21];
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char muTyp[3]; // material type
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MU_STRUCT actual;
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MU_STRUCT original;
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short basId; // Identification for basic automation
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inline string ToString()
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{
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char temp[256];
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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);
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return string( temp);
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}
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};
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//代表一个钢卷
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struct MAT_STRUCTURE
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{
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short actLogicalIndex;
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short actOrderIndex;
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MU_CODE phyMuCode;
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short countLogicals;
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MU_CODE logMuCode[MAX_NO_LOGICALS];
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short countOrders[MAX_NO_LOGICALS];
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MU_CODE ordMuCode[MAX_NO_LOGICALS][MAX_NO_ORDERS];
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};
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struct DB_MAT_DIVISION {
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MU_CODE matMC;
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short flagEntryExit; // entry = 0 ; exit = 1
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short passNo;
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float OuterDiam; //added by fxd 2008-09-23
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double divLength1; // measured in production direction
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double divLength2;
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MU_CODE matMCPart1;
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MU_CODE matMCPart2;
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short storeOri; // 0 = no part , 1=1.part , 2=2.part , 3=both
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short useBasIdPart1; // 1 = actual , 2 = original
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short useBasIdPart2; // 1 = actual , 2 = original
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short reasonCode; // division reason code
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char reasonText[60]; // division reason text
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};
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}
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#endif
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