455 lines
9.3 KiB
C++
455 lines
9.3 KiB
C++
// Version: 2019.5.13 12:9:21
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#ifndef _T_EPDO_DATA_H
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#define _T_EPDO_DATA_H
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#include <stdio.h>
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#include <string.h>
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#include <stdlib.h>
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#ifdef _MSC_VER
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#pragma warning(disable:4996)
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#pragma warning(disable:4267)
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#endif
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#include "T_EPDO_DATADBAX.h"
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class T_EPDO_DATA{
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friend class T_EPDO_DATADBAX;
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private:
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//aggregation to DB Class
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T_EPDO_DATADBAX db;
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public:
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//
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//A T T R I B U T E S
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//===================
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//
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bool dbAccess;
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char* dbMessage;// pointer for the return values of DBAX methodes
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char messageBuffer[200];// temporary message buffer
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friend class PapLib;
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protected:
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//
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//A T T R I B U T E S
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//===================
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//
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char c_entId[20+1];
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char c_extId[20+1];
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short s_extIdZi;
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char c_sample_time[17+1];
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short s_sample_timeZi;
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long l_entry_scrap_weight_t;
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short s_entry_scrap_weight_tZi;
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long l_entry_scrap_weight_b;
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short s_entry_scrap_weight_bZi;
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long l_exit_scrap_weight_t;
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short s_exit_scrap_weight_tZi;
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long l_exit_scrap_weight_b;
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short s_exit_scrap_weight_bZi;
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long l_exit_sample_weight_t;
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short s_exit_sample_weight_tZi;
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long l_exit_sample_weight_b;
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short s_exit_sample_weight_bZi;
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double d_exit_scrap_len_t;
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short s_exit_scrap_len_tZi;
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double d_exit_scrap_len_b;
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short s_exit_scrap_len_bZi;
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char c_c_Reserve[20+1];
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short s_c_ReserveZi;
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char c_TC[27];
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short s_TCZi;
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// arguments for Primary key
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char c_k_entId[20+1];
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public:
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//
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// LTA Structure
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struct STR_T_EPDO_DATA{
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char entId[20+1];
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char extId[20+1];
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char sample_time[17+1];
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int entry_scrap_weight_t;
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int entry_scrap_weight_b;
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int exit_scrap_weight_t;
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int exit_scrap_weight_b;
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int exit_sample_weight_t;
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int exit_sample_weight_b;
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double exit_scrap_len_t;
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double exit_scrap_len_b;
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char c_Reserve[20+1];
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char TC[27];
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}structTable;
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// LTA Structure Zi
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struct STR_T_EPDO_DATAZi{
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short extIdZi;
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short sample_timeZi;
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short entry_scrap_weight_tZi;
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short entry_scrap_weight_bZi;
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short exit_scrap_weight_tZi;
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short exit_scrap_weight_bZi;
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short exit_sample_weight_tZi;
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short exit_sample_weight_bZi;
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short exit_scrap_len_tZi;
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short exit_scrap_len_bZi;
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short c_ReserveZi;
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short TCZi;
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}structTableZi;
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//
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//C O N S T R U C T O R S
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//=======================
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//
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public:
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T_EPDO_DATA();
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//D E S T R U C T O R S
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//=======================
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//
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virtual ~T_EPDO_DATA();
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//
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//C O P Y - C O N S T R U C T O R
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//=======================
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T_EPDO_DATA(const T_EPDO_DATA &inst);
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// For Constructors with parameters the flag dbAccess
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// informs you if the access was successfully or not
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T_EPDO_DATA( const char* arg1);
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//methods
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public:
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char* getCreationTime() {return (char*)"2019.5.13 12:9:21";};
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//initial data
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void initial();
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//read data
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char* readDB();
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//update data
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char* updateDB();
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//insert data
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char* insertDB();
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//this methode tries to update a DB record , when the update fails , the methode
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//tries an insert of the failed record
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char* storeDB();
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//delete data
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char* deleteDB();
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//delete data
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char* deleteDB(const char* where , long* count );
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//openSetDB data
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char* openSetDB(const char* where ,const char* order );
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//getSetDB data
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char* getSetDB();
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//closeSetDB data
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char* closeSetDB();
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//countDB data
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char* countDB(const char* where , long* count );
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char* execute(const char* sql , long* count );
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char* dbCommit();
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char* dbRollback();
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public:
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//
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// public methode setPrimKey
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//
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// this methode stores the unique key attributes
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//
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void setPrimKey(const char* arg1 );
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// public methode initInsertKeys
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//
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// this methode stores the unique key attributes
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//
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void initInsertKeys( const char* arg1 );
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public:
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//
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// public methode setKeysFromRecord
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//
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// this methode set the unique key attributes from the DB Record Attributes
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//
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void setKeysFromRecord();
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//
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//O P E R A T O R +
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//===================
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//
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public:
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T_EPDO_DATA operator+(const T_EPDO_DATA &inst) const;
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//
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//O P E R A T O R =
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//===================
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//
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public:
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const T_EPDO_DATA& operator=(const T_EPDO_DATA &inst);
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char* entId() const;//{
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//return((char*)c_entId );
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//}
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void set_entId( const char* arg );//{
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//strncpy((char*)c_entId , arg , sizeof(c_entId));
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//c_entId[sizeof(c_entId)-1] = '\0';
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//return;
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//}
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char* extId() const;//{
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//return((char*)c_extId );
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//}
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short extIdZi() const;//{
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//return( s_extIdZi);
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//}
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void set_extId( const char* arg );//{
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//strncpy((char*)c_extId , arg , sizeof(c_extId));
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//c_extId[sizeof(c_extId)-1] = '\0';
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//s_extIdZi= 0;
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//return;
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//}
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void set_extIdZi( short arg ) ;//{
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//s_extIdZi = arg;
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//}
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char* sample_time() const;//{
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//return((char*)c_sample_time );
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//}
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short sample_timeZi() const;//{
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//return( s_sample_timeZi);
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//}
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void set_sample_time( const char* arg );//{
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//strncpy((char*)c_sample_time , arg , sizeof(c_sample_time));
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//c_sample_time[sizeof(c_sample_time)-1] = '\0';
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//s_sample_timeZi= 0;
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//return;
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//}
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void set_sample_timeZi( short arg ) ;//{
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//s_sample_timeZi = arg;
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//}
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long entry_scrap_weight_t() const;//{
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//return((long)l_entry_scrap_weight_t );
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//}
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short entry_scrap_weight_tZi() const;//{
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//return( s_entry_scrap_weight_tZi);
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//}
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void set_entry_scrap_weight_t( long arg );//{
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//l_entry_scrap_weight_t = arg;
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//s_entry_scrap_weight_tZi= 0;
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//return;
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//}
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void set_entry_scrap_weight_tZi( short arg ) ;//{
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//s_entry_scrap_weight_tZi = arg;
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//}
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long entry_scrap_weight_b() const;//{
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//return((long)l_entry_scrap_weight_b );
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//}
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short entry_scrap_weight_bZi() const;//{
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//return( s_entry_scrap_weight_bZi);
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//}
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void set_entry_scrap_weight_b( long arg );//{
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//l_entry_scrap_weight_b = arg;
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//s_entry_scrap_weight_bZi= 0;
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//return;
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//}
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void set_entry_scrap_weight_bZi( short arg ) ;//{
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//s_entry_scrap_weight_bZi = arg;
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//}
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long exit_scrap_weight_t() const;//{
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//return((long)l_exit_scrap_weight_t );
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//}
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short exit_scrap_weight_tZi() const;//{
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//return( s_exit_scrap_weight_tZi);
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//}
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void set_exit_scrap_weight_t( long arg );//{
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//l_exit_scrap_weight_t = arg;
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//s_exit_scrap_weight_tZi= 0;
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//return;
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//}
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void set_exit_scrap_weight_tZi( short arg ) ;//{
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//s_exit_scrap_weight_tZi = arg;
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//}
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long exit_scrap_weight_b() const;//{
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//return((long)l_exit_scrap_weight_b );
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//}
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short exit_scrap_weight_bZi() const;//{
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//return( s_exit_scrap_weight_bZi);
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//}
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void set_exit_scrap_weight_b( long arg );//{
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//l_exit_scrap_weight_b = arg;
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//s_exit_scrap_weight_bZi= 0;
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//return;
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//}
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void set_exit_scrap_weight_bZi( short arg ) ;//{
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//s_exit_scrap_weight_bZi = arg;
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//}
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long exit_sample_weight_t() const;//{
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//return((long)l_exit_sample_weight_t );
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//}
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short exit_sample_weight_tZi() const;//{
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//return( s_exit_sample_weight_tZi);
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//}
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void set_exit_sample_weight_t( long arg );//{
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//l_exit_sample_weight_t = arg;
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//s_exit_sample_weight_tZi= 0;
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//return;
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//}
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void set_exit_sample_weight_tZi( short arg ) ;//{
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//s_exit_sample_weight_tZi = arg;
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//}
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long exit_sample_weight_b() const;//{
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//return((long)l_exit_sample_weight_b );
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//}
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short exit_sample_weight_bZi() const;//{
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//return( s_exit_sample_weight_bZi);
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//}
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void set_exit_sample_weight_b( long arg );//{
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//l_exit_sample_weight_b = arg;
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//s_exit_sample_weight_bZi= 0;
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//return;
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//}
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void set_exit_sample_weight_bZi( short arg ) ;//{
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//s_exit_sample_weight_bZi = arg;
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//}
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double exit_scrap_len_t() const;//{
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//return((double)d_exit_scrap_len_t );
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//}
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short exit_scrap_len_tZi() const;//{
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//return( s_exit_scrap_len_tZi);
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//}
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void set_exit_scrap_len_t( double arg );//{
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//d_exit_scrap_len_t = arg;
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//s_exit_scrap_len_tZi= 0;
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//return;
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//}
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void set_exit_scrap_len_tZi( short arg ) ;//{
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//s_exit_scrap_len_tZi = arg;
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//}
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double exit_scrap_len_b() const;//{
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//return((double)d_exit_scrap_len_b );
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//}
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short exit_scrap_len_bZi() const;//{
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//return( s_exit_scrap_len_bZi);
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//}
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void set_exit_scrap_len_b( double arg );//{
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//d_exit_scrap_len_b = arg;
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//s_exit_scrap_len_bZi= 0;
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//return;
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//}
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void set_exit_scrap_len_bZi( short arg ) ;//{
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//s_exit_scrap_len_bZi = arg;
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//}
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char* c_Reserve() const;//{
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//return((char*)c_c_Reserve );
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//}
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short c_ReserveZi() const;//{
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//return( s_c_ReserveZi);
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//}
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void set_c_Reserve( const char* arg );//{
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//strncpy((char*)c_c_Reserve , arg , sizeof(c_c_Reserve));
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//c_c_Reserve[sizeof(c_c_Reserve)-1] = '\0';
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//s_c_ReserveZi= 0;
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//return;
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//}
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void set_c_ReserveZi( short arg ) ;//{
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//s_c_ReserveZi = arg;
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//}
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char* TC() const;//{
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//return((char*)c_TC );
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//}
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short TCZi() const;//{
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//return( s_TCZi);
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//}
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void set_TC( char* arg );//{
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//strncpy((char*)c_TC , arg , sizeof(c_TC));
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//c_TC[sizeof(c_TC)-1] = '\0';
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//s_TCZi= 0;
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//return;
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//}
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void set_TCZi( short arg ) ;//{
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//s_TCZi = arg;
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//}
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public:
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// methodes for Primary key
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char* k_entId();//{
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//return((char*)c_k_entId );
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//}
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void set_k_entId( char* arg );//{
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//strncpy((char*)c_k_entId , arg , sizeof(c_k_entId));
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//c_k_entId[sizeof(c_k_entId)-1] = '\0';
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//return;
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//}
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public:
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//
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// public methode fillStructure
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//
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// this methode filles the classstructue with the private attributes
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//
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void fillStructure();//{
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//}
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///////////////////////////////////////////////////
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void fillStructureZi();//{
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//}
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///////////////////////////////////////////////////
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void setStructure();// {
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//return;
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//}
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///////////////////////////////////////////////////
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void setStructureZi() ;//{
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//}
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///////////////////////////////////////////////////
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char* getName();//{
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//return((char*)"T_EPDO_DATA");
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//}
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///////////////////////////////////////////////////
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int getSqlCode();//{
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//return( db.dbSqlCode);
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//}
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///////////////////////////////////////////////////
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int getRowsProcessed();//{
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//return( db.dbRowsProcessed);
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//}
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};
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#endif
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