//--------------------------------------------------------------------------
void
FirstOf::markup( const Token &t )
{
if ( ignore_status && !Dispatch::OutsideIgnoreScope() ) {
return;
}
if ( f_base > 0 ) {
ComplexTask::markup( t );
if ( t.type() == END ) {
if ( t.level() == f_base ) {
data_complete = 1;
for ( int i = 0; i < ComplexTask::used; i++ ) {
BaseData *task = ( BaseData *)ComplexTask::subtask(i);
if ( task->DataIsComplete() ) {
ValueBuffer.writeStr( task->content() );
break;
}
}
f_base = -1;
ComplexTask::removeAllSubTasks();
}
}
}
}
//-------------------------------------------------------------------------
void
OL_Data::markup( const Token &t )
{
DBG(80) cerr << "(DEBUG) OL_Data::markup() " << endl;
DBG(80) cerr << " t.giName() = " << t.giName() << endl;
if ( istat && !Dispatch::OutsideIgnoreScope() ) {
return;
}
if ( f_base > 0 ) {
ComplexTask::markup( t );
if ( t.type() == END ) {
if ( f_base == t.level() ) {
data_complete = 1;
for ( int i=0; i < ComplexTask::used; i++ ) {
BaseData *task = ( BaseData *)ComplexTask::subtask(i);
ValueBuffer.write( task->content(), task->content_size() );
}
if ( removeSpaces && ValueBuffer.GetSize() > 0 ) {
const char *filtered_string = FilteredSpaces( ValueBuffer.GetBuffer() );
/* rewrite ValueBuffer with the filtered string */
ValueBuffer.reset();
ValueBuffer.writeStr( filtered_string );
}
DBG(10) printf("Data for <%s> = %s\n", t.giName(),
ValueBuffer.GetBuffer() );
reset();
}
}
} /* if level > 0 */
}
