/*
* Gets the properties of the widget. This is used for both displaying the
* properties in the property editor, and also for saving the properties.
*/
static void
gb_custom_get_properties (GtkWidget *widget, GbWidgetGetArgData * data)
{
gchar *string1, *string2;
gb_widget_output_string (data, CreationFunction, gtk_object_get_data (GTK_OBJECT (widget), CreationFunction));
string1 = gtk_object_get_data (GTK_OBJECT (widget), String1);
string2 = gtk_object_get_data (GTK_OBJECT (widget), String2);
/* For empty strings output NULL (i.e. don't save in the XML). */
if (string1 && *string1 == '\0')
string1 = NULL;
if (string2 && *string2 == '\0')
string2 = NULL;
gb_widget_output_string (data, String1, string1);
gb_widget_output_string (data, String2, string2);
gb_widget_output_int (data, Int1, GPOINTER_TO_INT (gtk_object_get_data (GTK_OBJECT (widget), Int1)));
gb_widget_output_int (data, Int2, GPOINTER_TO_INT (gtk_object_get_data (GTK_OBJECT (widget), Int2)));
/* When saving we also save the last modification time. */
if (data->action == GB_SAVING)
{
time_t last_mod_time;
last_mod_time = gb_custom_get_last_mod_time (widget);
if (last_mod_time != 0)
{
save_date (data, LastModTime, last_mod_time);
}
}
}
/**
* Called by the GUI when a key event is received, triggers an action in the
* controller.
*
*/
void Controller::receive_gui_event(const char *event,const char *value) {
if(m_sleeping) return;
//TODO: Fix this total mess, refactor into switch, break conditions out into methods.
if(strcmp(event,"Sleep" ) == 0) event_sleep(event,value); else
if(strcmp(event,"KEYPRESS" ) == 0) m_powerup=true; else
if(strcmp(event,"TOTALTIMER" ) == 0) event_totaltimer(event,value); else
if(strcmp(event,"Save:PulseWidth") == 0) event_save_pulsewidth(event,value); else
if(strcmp(event,"Save:Calib" ) == 0) event_save_calibration(); else
if(strcmp(event,"Save:Becq" ) == 0) event_save_becq(event,value); else
if(strcmp(event,"Save:UTCOff" ) == 0) event_save_utcoff(event,value); else
if(strcmp(event,"Save:Time" ) == 0) save_time(); else
if(strcmp(event,"Save:Date" ) == 0) save_date(); else
if(strcmp(event,"Save:WarnCPM" ) == 0) save_warncpm(); else
if(strcmp(event,"Japanese" ) == 0) event_japanese(event,value); else
if(strcmp(event,"Never Dim" ) == 0) event_neverdim(event,value); else
if(strcmp(event,"English" ) == 0) event_english(event,value); else
if(strcmp(event,"CPM/CPS Auto" ) == 0) event_cpm_cps_auto(event,value); else
if(strcmp(event,"Geiger Beep" ) == 0) event_geiger_beep(event,value); else
if(strcmp(event,"\x80Sv" ) == 0) event_usv(event,value); else
if(strcmp(event,"\x80R" ) == 0) event_rem(event,value); else
if(strcmp(event,"Clear Log" ) == 0) event_clear_log(event,value); else
if(strcmp(event,"Save:Brightness") == 0) event_save_brightness(event,value); else
if(strcmp(event,"Save:LogInter" ) == 0) save_loginterval(); else
if(strcmp(event,"CALIBRATE" ) == 0) initialise_calibration(); else
if(strcmp(event,"UTCSCREEN" ) == 0) event_utcscreen(event,value); else
if(strcmp(event,"TIMESCREEN" ) == 0) event_timescreen(event,value); else
if(strcmp(event,"BECQSCREEN" ) == 0) event_becqscreen(event,value); else
if(strcmp(event,"LOGINTERVAL" ) == 0) event_loginterval(event,value); else
if(strcmp(event,"WARNSCREEN" ) == 0) event_warnscreen(event,value); else
if(strcmp(event,"DATESCREEN" ) == 0) event_datescreen(event,value); else
if(strcmp(event,"BrightnessSCN" ) == 0) event_brightnessscn(event,value); else
if(strcmp(event,"LeftBrightness" ) == 0) event_leftbrightness(event,value); else
if(strcmp(event,"QR Transfer" ) == 0) qr_logxfer(); else
if(strcmp(event,"Audio Xfer" ) == 0) event_audioxfer(event,value); else
if(strcmp(event,"QR Tweet" ) == 0) event_qrtweet(event,value); else
if(strcmp(event,"varnumchange" ) == 0) {
if(strcmp ("BRIGHTNESS",value) == 0) event_varnum_brightness(event,value); else
if(strcmpl("CAL" ,value,3) ) update_calibration(); else
if(strcmpl("DATE" ,value,4) ) event_varnum_date(event,value); else
if(strcmpl("TIME" ,value,4) ) event_varnum_time(event,value);
}
}
void save_couple( int reference, short block, Couple *cptr )
{
int chref ; /* child reference */
short child ; /* loop counter */
short new_child, deleted_child ;
Person *pptr ;
short pblock ;
char *alert_ptr, alert_str[200] ;
short i ; /* loop counter */
short changed = FALSE ;
busy( BUSY_MORE ) ;
save_int( &(cptr->reference), reference, &changed ) ;
save_int( &(cptr->male_reference), male, &changed ) ;
save_int( &(cptr->female_reference), female, &changed ) ;
save_date( &(cptr->wedding_date), c_form_addrs.wed, c_form_addrs.wed_qual, &changed ) ;
str_save( &(cptr->wedding_place), c_form_addrs.wep,
&next_cstring_ptr[block], cblock_end[block], &changed ) ;
str_save( &(cptr->wedd_wit1), c_form_addrs.ww1,
&next_cstring_ptr[block], cblock_end[block], &changed ) ;
str_save( &(cptr->wedd_wit2), c_form_addrs.ww2,
&next_cstring_ptr[block], cblock_end[block], &changed ) ;
str_save( &(cptr->wedding_source), c_form_addrs.cosrc,
&next_cstring_ptr[block], cblock_end[block], &changed ) ;
save_date( &(cptr->divorce_date), c_form_addrs.did, c_form_addrs.did_qual, &changed ) ;
str_save( &(cptr->divorce_source), c_form_addrs.disrc,
&next_cstring_ptr[block], cblock_end[block], &changed ) ;
add_to_cidx( reference, cptr ) ;
if( male )
{
pptr = get_pdata_ptr( male, &pblock ) ;
if( pptr->sex == '?' )
{
pptr->sex = 'm' ;
pblock_changed[pblock] = TRUE ;
}
add_coupling( male, reference ) ;
sort_couplings( male ) ;
}
if( female )
{
pptr = get_pdata_ptr( female, &pblock ) ;
if( pptr->sex == '?' )
{
pptr->sex = 'f' ;
pblock_changed[pblock] = TRUE ;
}
add_coupling( female, reference ) ;
sort_couplings( female ) ;
}
qsort( prog_array, (size_t) MAX_CHILDREN, (size_t) 4, child_compare ) ;
if( prog_array[0] || old_prog_array[0] )
{
child = 0 ;
while( chref = prog_array[child] )
{
new_child = TRUE ;
for( i=0; i<MAX_CHILDREN; i++ )
if( chref == old_prog_array[i] ) new_child = FALSE ;
if( new_child )
{
pptr = get_pdata_ptr( chref, &pblock ) ;
if( pptr->parents && pptr->parents != reference )
{
rsrc_gaddr( R_STRING, TWO_PARENTS, &alert_ptr ) ;
sprintf( alert_str, alert_ptr, chref ) ;
form_alert( 1, alert_str ) ;
prog_array[child] = 0 ;
}
else
{
pptr->parents = reference ;
pblock_changed[pblock] = TRUE ;
changed = TRUE ;
}
}
child++ ;
}
child = 0 ;
while( chref = old_prog_array[child] )
{
deleted_child = TRUE ;
for( i=0; i<MAX_CHILDREN; i++ )
if( chref == prog_array[i] ) deleted_child = FALSE ;
if( deleted_child )
{
pptr = get_pdata_ptr( chref, &pblock ) ;
pptr->parents = 0 ;
pblock_changed[pblock] = TRUE ;
changed = TRUE ;
}
child++ ;
}
}
/* resort array in case of deletions */
qsort( prog_array, (size_t) MAX_CHILDREN, (size_t) 4, child_compare ) ;
if( prog_array[0] )
cput_references( &cptr->children, block, prog_array ) ;
else cptr->children = 0 ;
if( changed )
{
cblock_changed[block] = TRUE ;
load_person( edit_pers_ref, &edit_pers_block ) ;
send_redraw_message( &pers_form.fm_box, pers_form.fm_handle ) ;
}
if( spouse_oset == number_spouses ) /* i.e. adding a new coupling */
{
number_spouses++ ;
*( (char*) &pers_form.fm_ptr[NEXT_SPOUSE].ob_spec ) = '>' ;
pers_form.fm_ptr[NEXT_SPOUSE].ob_flags |= TOUCHEXIT ;
}
if( reference == next_couple ) next_couple++ ;
busy( BUSY_LESS ) ;
if( next_couple >= c_index_size ) rsrc_form_alert( 1, C_INDEX_FULL ) ;
if( overflowed ) rsrc_form_alert( 1, BK_FULL ) ;
}
