ElogRecord.h

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// ----------------------------------------------------------------------
//                    ElogRecord header file
//                      Generated 27-11-2017
// ----------------------------------------------------------------------
 
/** ElogRecord.h
 ** Class for the table: record_
 **/
 
#ifndef ElogRecord_H
#define ElogRecord_H 1
 
#include "ElogConnection.h"
#include "ElogSearchCondition.h"
#include "TDatime.h"
#include "TObjArray.h"
#include "TString.h"
 
class ElogRecord
{
  private:
    /* GENERATED PRIVATE MEMBERS (SHOULD NOT BE CHANGED MANUALLY) */
    /// connection to the database
    ElogConnection* connectionDB;
 
    /// record id
    int i_record_id;
    /// record date
    TDatime dt_record_date;
    /// shift leader id
    TString* str_shift_leader_id;
    /// type id
    int i_type_id;
    /// period number
    int* i_period_number;
    /// run number
    int* i_run_number;
    /// trigger id
    int* i_trigger_id;
    /// daq status
    TString* str_daq_status;
    /// sp 41
    int* i_sp_41;
    /// sp 57
    int* i_sp_57;
    /// vkm2
    int* i_vkm2;
    /// beam
    TString str_beam;
    /// energy
    double* d_energy;
    /// target
    TString str_target;
    /// target width
    double* d_target_width;
    /// record comment
    TString* str_record_comment;
    /// system status id
    int* i_system_status_id;
 
    // Constructor
    ElogRecord(ElogConnection* db_connect,
               int record_id,
               TDatime record_date,
               TString* shift_leader_id,
               int type_id,
               int* period_number,
               int* run_number,
               int* trigger_id,
               TString* daq_status,
               int* sp_41,
               int* sp_57,
               int* vkm2,
               TString beam,
               double* energy,
               TString target,
               double* target_width,
               TString* record_comment,
               int* system_status_id);
    /* END OF PRIVATE GENERATED PART (SHOULD NOT BE CHANGED MANUALLY) */
 
  public:
    /* GENERATED PUBLIC MEMBERS (SHOULD NOT BE CHANGED MANUALLY) */
    virtual ~ElogRecord();   // Destructor
 
    // static class functions
    /// add new record to the database
    static ElogRecord* CreateRecord(TDatime record_date,
                                    TString* shift_leader_id,
                                    int type_id,
                                    int* period_number,
                                    int* run_number,
                                    int* trigger_id,
                                    TString* daq_status,
                                    int* sp_41,
                                    int* sp_57,
                                    int* vkm2,
                                    TString beam,
                                    double* energy,
                                    TString target,
                                    double* target_width,
                                    TString* record_comment,
                                    int* system_status_id);
    /// get record from the database
    static ElogRecord* GetRecord(int record_id);
    /// check record exists in the database: 1- true, 0 - false, <0 - database operation error
    static int CheckRecordExists(int record_id);
    /// delete record from the database
    static int DeleteRecord(int record_id);
    /// print all records
    static int PrintAll();
 
    // Getters
    /// get record id of the current record
    int GetRecordId() { return i_record_id; }
    /// get record date of the current record
    TDatime GetRecordDate() { return dt_record_date; }
    /// get shift leader id of the current record
    TString* GetShiftLeaderId()
    {
        if (str_shift_leader_id == nullptr)
            return nullptr;
        else
            return new TString(*str_shift_leader_id);
    }
    /// get type id of the current record
    int GetTypeId() { return i_type_id; }
    /// get period number of the current record
    int* GetPeriodNumber()
    {
        if (i_period_number == nullptr)
            return nullptr;
        else
            return new int(*i_period_number);
    }
    /// get run number of the current record
    int* GetRunNumber()
    {
        if (i_run_number == nullptr)
            return nullptr;
        else
            return new int(*i_run_number);
    }
    /// get trigger id of the current record
    int* GetTriggerId()
    {
        if (i_trigger_id == nullptr)
            return nullptr;
        else
            return new int(*i_trigger_id);
    }
    /// get daq status of the current record
    TString* GetDaqStatus()
    {
        if (str_daq_status == nullptr)
            return nullptr;
        else
            return new TString(*str_daq_status);
    }
    /// get sp 41 of the current record
    int* GetSp41()
    {
        if (i_sp_41 == nullptr)
            return nullptr;
        else
            return new int(*i_sp_41);
    }
    /// get sp 57 of the current record
    int* GetSp57()
    {
        if (i_sp_57 == nullptr)
            return nullptr;
        else
            return new int(*i_sp_57);
    }
    /// get vkm2 of the current record
    int* GetVkm2()
    {
        if (i_vkm2 == nullptr)
            return nullptr;
        else
            return new int(*i_vkm2);
    }
    /// get beam of the current record
    TString GetBeam() { return str_beam; }
    /// get energy of the current record
    double* GetEnergy()
    {
        if (d_energy == nullptr)
            return nullptr;
        else
            return new double(*d_energy);
    }
    /// get target of the current record
    TString GetTarget() { return str_target; }
    /// get target width of the current record
    double* GetTargetWidth()
    {
        if (d_target_width == nullptr)
            return nullptr;
        else
            return new double(*d_target_width);
    }
    /// get record comment of the current record
    TString* GetRecordComment()
    {
        if (str_record_comment == nullptr)
            return nullptr;
        else
            return new TString(*str_record_comment);
    }
    /// get system status id of the current record
    int* GetSystemStatusId()
    {
        if (i_system_status_id == nullptr)
            return nullptr;
        else
            return new int(*i_system_status_id);
    }
 
    // Setters
    /// set record date of the current record
    int SetRecordDate(TDatime record_date);
    /// set shift leader id of the current record
    int SetShiftLeaderId(TString* shift_leader_id);
    /// set type id of the current record
    int SetTypeId(int type_id);
    /// set period number of the current record
    int SetPeriodNumber(int* period_number);
    /// set run number of the current record
    int SetRunNumber(int* run_number);
    /// set trigger id of the current record
    int SetTriggerId(int* trigger_id);
    /// set daq status of the current record
    int SetDaqStatus(TString* daq_status);
    /// set sp 41 of the current record
    int SetSp41(int* sp_41);
    /// set sp 57 of the current record
    int SetSp57(int* sp_57);
    /// set vkm2 of the current record
    int SetVkm2(int* vkm2);
    /// set beam of the current record
    int SetBeam(TString beam);
    /// set energy of the current record
    int SetEnergy(double* energy);
    /// set target of the current record
    int SetTarget(TString target);
    /// set target width of the current record
    int SetTargetWidth(double* target_width);
    /// set record comment of the current record
    int SetRecordComment(TString* record_comment);
    /// set system status id of the current record
    int SetSystemStatusId(int* system_status_id);
 
    /// print information about current record
    void Print();
    /* END OF PUBLIC GENERATED PART (SHOULD NOT BE CHANGED MANUALLY) */
 
    /// get array of ElogRecord-s for a given or a neighbour run (the same period) from the database
    /// if findNeighbourRun == 0, then only the current run information will be found
    /// if findNeighbourRun == -1, then any records on a previous run will be found
    /// if findNeighbourRun == -2, then physics, calibratin or test type records on a previous run will be found
    /// if findNeighbourRun == 1, then any records on a next run will be found
    /// if findNeighbourRun == 2, then physics, calibratin or test type records on a next run will be found
    static TObjArray* GetRecords(int period_number, int run_number, int findNeighbourRun = 0);
 
    /// get ELOG records corresponding to the specified single condition
    static TObjArray* Search(const ElogSearchCondition& search_condition);
    /// get ELOG records corresponding to the specified (vector) conditions
    static TObjArray* Search(const TObjArray& search_conditions);
 
    ClassDef(ElogRecord, 1);
};
 
#endif