Subversion Repositories svn1

#include "qmconfigure.h"

#include "ui_qmconfigure.h"

#include    "consts.h"

#include    "structs.h"

#include    "proto.h"

QmConfigure::QmConfigure(QWidget *parent) :

    QWidget(parent),

    ui(new Ui::QmConfigure)

{

    ui->setupUi(this);

    connect(ui->buttonBox, SIGNAL(accepted()), this, SLOT(save()) );

    connect(ui->buttonBox, SIGNAL(rejected()), this, SLOT(cancel()) );

    populate();

}

void QmConfigure::populate(void)

{

    ui->eventName->setText( config.event_name);

    ui->eventName->setMaxLength(MAX_EVENT_NAME);

    ui->addendum->setText(config.addendum);

    ui->addendum->setMaxLength(sizeof(config.addendum)-1);

    ui->datafilename->setText(config.datafilename);

    ui->datafilename->setMaxLength(sizeof(config.datafilename - 1));

    ui->legName1->setText(config.leg_name[0]);

    ui->legName1->setMaxLength(MAX_LEG_NAME);

    ui->legName2->setText(config.leg_name[1]);

    ui->legName2->setMaxLength(MAX_LEG_NAME);

    ui->legName3->setText(config.leg_name[2]);

    ui->legName3->setMaxLength(MAX_LEG_NAME);

    ui->legName4->setText(config.leg_name[3]);

    ui->legName4->setMaxLength(MAX_LEG_NAME);

    ui->legName5->setText(config.leg_name[4]);

    ui->legName5->setMaxLength(MAX_LEG_NAME);

    ui->spinBox_1l->setValue( config.t_def[0].start);

    ui->spinBox_1u->setValue( config.t_def[0].end);

    ui->spinBox_2l->setValue( config.t_def[1].start);

    ui->spinBox_2u->setValue( config.t_def[1].end);

    ui->spinBox_3l->setValue( config.t_def[2].start);

    ui->spinBox_3u->setValue( config.t_def[2].end);

    ui->spinBox_4l->setValue( config.t_def[3].start);

    ui->spinBox_4u->setValue( config.t_def[3].end);

    ui->spinBox_5l->setValue( config.t_def[4].start);

    ui->spinBox_5u->setValue( config.t_def[4].end);

    ui->spinBox_6l->setValue( config.t_def[5].start);

    ui->spinBox_6u->setValue( config.t_def[5].end);

    ui->spinBox_7l->setValue( config.t_def[6].start);

    ui->spinBox_7u->setValue( config.t_def[6].end);

    ui->spinBox_8l->setValue( config.t_def[7].start);

    ui->spinBox_8u->setValue( config.t_def[7].end);

    ui->spinBox_NeLeg->setValue(config.equestrian_leg);

    ui->ne_leg_abr->setText(config.nonequestrian_class_abr);

    ui->ne_leg_abr->setMaxLength(sizeof(config.nonequestrian_class_abr)-1);

     ui->spinBox_LinesPerPage->setValue(config.lines_per_page);

     ui->perfSkip->setChecked( config.perf_skip );

   }

void QmConfigure::save(void)

{

    int error = 0;

    int num_teams = 0;

    /*

    **    Copy original data

    */

    MARA_CFG    newcfg = config;

    strncpy(newcfg.event_name, qPrintable(ui->eventName->text()), sizeof(newcfg.event_name)) ;

    strncpy(newcfg.datafilename, qPrintable(ui->datafilename->text()), sizeof(newcfg.datafilename-1)) ;

    strncpy(newcfg.addendum, qPrintable(ui->addendum->text()), sizeof(newcfg.addendum-1)) ;

    ui->legName1->setText(config.leg_name[0]);

    ui->legName1->setMaxLength(MAX_LEG_NAME);

    strncpy(newcfg.leg_name[0], qPrintable(ui->legName1->text()), sizeof(newcfg.leg_name[0])) ;

    strncpy(newcfg.leg_name[1], qPrintable(ui->legName2->text()), sizeof(newcfg.leg_name[1])) ;

    strncpy(newcfg.leg_name[2], qPrintable(ui->legName3->text()), sizeof(newcfg.leg_name[2])) ;

    strncpy(newcfg.leg_name[3], qPrintable(ui->legName4->text()), sizeof(newcfg.leg_name[3])) ;

    strncpy(newcfg.leg_name[4], qPrintable(ui->legName5->text()), sizeof(newcfg.leg_name[4])) ;

    newcfg.t_def[0].start = ui->spinBox_1l->value();

    newcfg.t_def[0].end = ui->spinBox_1u->value();

    newcfg.t_def[1].start = ui->spinBox_2l->value();

    newcfg.t_def[1].end   = ui->spinBox_2u->value();

    newcfg.t_def[2].start = ui->spinBox_3l->value();

    newcfg.t_def[2].end   = ui->spinBox_3u->value();

    newcfg.t_def[3].start = ui->spinBox_4l->value();

    newcfg.t_def[3].end   = ui->spinBox_4u->value();

    newcfg.t_def[4].start = ui->spinBox_5l->value();

    newcfg.t_def[4].end   = ui->spinBox_5u->value();

    newcfg.t_def[5].start = ui->spinBox_6l->value();

    newcfg.t_def[5].end   = ui->spinBox_6u->value();

    newcfg.t_def[6].start = ui->spinBox_7l->value();

    newcfg.t_def[6].end   = ui->spinBox_7u->value();

    newcfg.t_def[7].start = ui->spinBox_8l->value();

    newcfg.t_def[7].end   = ui->spinBox_8u->value();

    newcfg.equestrian_leg = ui->spinBox_NeLeg->value();

    strncpy(newcfg.nonequestrian_class_abr, qPrintable(ui->ne_leg_abr->text()), sizeof(newcfg.nonequestrian_class_abr)-1) ;

    newcfg.lines_per_page = ui->spinBox_LinesPerPage->value();

    newcfg.perf_skip = ui->perfSkip->isChecked();

       compact( newcfg.event_name );               /* Rip of leading white_space */

    for( int i = 0; i < MAX_LEGS; i++ )

        compact( newcfg.leg_name[i] );

    compact( newcfg.addendum );

    compact( newcfg.datafilename );

    /*

     * Do all sorts of consistency tests on the data

     * Firstly - calculate the number of legs. Justify the data in the array

     */

    newcfg.num_legs = 0;

    for( int i = 0; i < MAX_LEGS; i++ )

        if( newcfg.leg_name[i][0] )

            newcfg.num_legs++;

    for( int i = newcfg.num_legs; i < MAX_LEGS; i++ )

        if( newcfg.leg_name[i][0] )

        {

            printf( "Configuration error: Missing leg\n" );

            error++;

        }

    /*

     * Now do the team numbering stuff

     */

    for( int i = 0; i < MAX_TMS_SPLIT; i++ )

    {

        if( newcfg.t_def[i].start == 0 && newcfg.t_def[i].end == 0 )

            continue;

        if( newcfg.t_def[i].start > newcfg.t_def[i].end )

        {

            printf

                ( "Team definition error : End greater than start. %d to %d\n",

                  newcfg.t_def[i].start, newcfg.t_def[i].end );

            error++;

        }

        for( int j = 0; j < i; j++ )

        {

            if( ( newcfg.t_def[i].start >= newcfg.t_def[j].start

                  && newcfg.t_def[i].start <= newcfg.t_def[j].end )

                || ( newcfg.t_def[i].end >= newcfg.t_def[j].start

                     && newcfg.t_def[i].end <= newcfg.t_def[j].end ) )

            {

                printf

                    ( "Team definition error : Overlapping definition. %d to %d\n",

                      newcfg.t_def[i].start, newcfg.t_def[i].end );

                error++;

            }

        }

    }

    /*

     * Determine the number of team splits

     * There may be blank entries - these will be removed by sorting the array

     */

    qsort( ( char * ) newcfg.t_def, MAX_TMS_SPLIT, sizeof( *newcfg.t_def ), f_comp_int );

    for( newcfg.num_teams = 0; newcfg.num_teams < MAX_TMS_SPLIT; newcfg.num_teams++ )

        if( !newcfg.t_def[newcfg.num_teams].start )

            break;

    newcfg.min_team = newcfg.t_def[0].start;

    newcfg.max_team = newcfg.t_def[newcfg.num_teams - 1].end;

    /*

     **  Limit the number of entrants

     */

    for( int i = 0; i < MAX_TMS_SPLIT; i++ )

    {

        if( newcfg.t_def[i].start )

        {

            num_teams += newcfg.t_def[i].end - newcfg.t_def[i].start + 1;

        }

    }

#if defined(LIMIT_TEAMS) && (LIMIT_TEAMS > 0)

    if( num_teams > LIMIT_TEAMS )

    {

        printf( "Maximum number of teams exceeded - reduce number of teams\n" );

        error++;

    }

#endif

#if defined (HI_TECH_C) || defined (__TURBOC__)

    /*

     * Ensure that the number of teams allocated can fit within available

     * Memory space. Ie: Can we malloc the report data structures

     */

    {

        long        sz;

        sz = sizeof( ty_s_data ) > sizeof( ty_s_aux ) ?

            sizeof( ty_s_data ) : sizeof( ty_s_aux );

        if( sz * ( newcfg.max_team - newcfg.min_team + 2 ) > ( 1024L * 64L ) )

        {

            printf( "Too many teams: Reduce team spread.\n" );

            error++;

        }

    }

#endif

    /*

     **  Ensure the non-equestrian class and the equestrian leg are valid

     */

    if( newcfg.equestrian_leg )

    {

        if( newcfg.equestrian_leg > newcfg.num_legs )

        {

            printf( "Invalid non-equestrian leg number.\n" );

            error++;

        }

        /*

         **  Ensure that the entered non-equestrian class name does exist

         */

        newcfg.nonequestrian_class = lookup_class( newcfg.nonequestrian_class_abr, &newcfg );

        if( newcfg.nonequestrian_class == 0 )

            printf( "WARNING: Non-equestrian class not found\n" );

    }

    if ( error == 0 )

    {

        config = newcfg;

        wt_config();

    }

}

void QmConfigure::cancel(void)

{

    populate();

}

QmConfigure::~QmConfigure()

{

    delete ui;

}

void QmConfigure::changeEvent(QEvent *e)

{

    QWidget::changeEvent(e);

    switch (e->type()) {

    case QEvent::LanguageChange:

        ui->retranslateUi(this);

        break;

    default:

        break;

    }

}