SequenceData.h

#ifndef SEQUENCEDATA_H
#define SEQUENCEDATA_H

#include <is/isinfo.h>

// <<BeginUserCode>>

// <<EndUserCode>>
class SequenceData: public ISInfo {
public:
    enum status_E {EXECUTING,COMPLETED,ABORTED};

    std::string         sequenceName;

    unsigned long       runNumber;

    unsigned long       startScanNumber;

    unsigned long       nTests;

    std::string *       testNames;
    size_t              testNames_size;

    status_E            status;

    std::string         startTime;

    std::string         endTime;

    std::string *       modules;
    size_t              modules_size;

    unsigned long       version;


    SequenceData( )
      : ISInfo( "SequenceData" )
    {
    testNames_size = 0;
    status = EXECUTING;
    modules_size = 0;
    version = 1;

// <<BeginUserCode>>

// <<EndUserCode>>
    }

    ~SequenceData(){
    if ( testNames_size != 0 ) delete[] testNames;
    if ( modules_size != 0 ) delete[] modules;

// <<BeginUserCode>>

// <<EndUserCode>>
    }

protected:
    SequenceData( const char * type )
      : ISInfo( type )
    {
    testNames_size = 0;
    status = EXECUTING;
    modules_size = 0;
    version = 1;

// <<BeginUserCode>>

// <<EndUserCode>>
    }

    void publishGuts( ISostream & out ){
    out << sequenceName << runNumber << startScanNumber << nTests;
    out.put( testNames, testNames_size );
    out << (int)status << startTime << endTime;
    out.put( modules, modules_size );
    out << version;
    }

    void refreshGuts( ISistream & in ){
    in >> sequenceName >> runNumber >> startScanNumber >> nTests;
    if ( testNames_size != 0 ) delete[] testNames;
    in.get( &testNames, testNames_size );
    in >> (int&)status >> startTime >> endTime;
    if ( modules_size != 0 ) delete[] modules;
    in.get( &modules, modules_size );
    in >> version;
    }

// <<BeginUserCode>>

// <<EndUserCode>>
};

// <<BeginUserCode>>

// <<EndUserCode>>
#endif // SEQUENCEDATA_H

---