'."\n");
+ $r->rflush();
+ #
+ # Compile the data
+ my @Statsarray;
+ foreach my $sequence (@Sequences) {
+ next if ($sequence->{'num_assess'}<1);
+ foreach my $resource (@{$sequence->{'contents'}}) {
+ next if ($resource->{'type'} ne 'assessment');
+ foreach my $part (@{$resource->{'parts'}}) {
+ my ($num,$tries,$mod,$mean,$Solved,$solved,$DegOfDiff,$STD,
+ $SKEW) = &Apache::loncoursedata::get_problem_statistics
+ (undef,$resource->{'symb'},$part,
+ $ENV{'request.course.id'});
+ #
+ $show_part = 1 if ($part ne '0');
+ $part = ' ' if ($part == 0);
+ #
+ my $wrongpercent = 0;
+ if (defined($num) && $num > 0) {
+ $wrongpercent=int(10*100*($num-$Solved+$solved)/$num)/10;
+ }
+ push (@Statsarray,
+ { 'sequence' => $sequence,
+ 'resource' => $resource,
+ 'Title' => $resource->{'title'},
+ 'Part' => $part,
+ '#Stdnts' => $num,
+ 'Tries' => $tries,
+ 'Mod' => $mod,
+ 'Mean' => $mean,
+ '#YES' => $Solved,
+ '#yes' => $solved,
+ '%Wrng' => $wrongpercent,
+ 'DoDiff' => $DegOfDiff,
+ 'S.D.' => $STD,
+ 'Skew' => $SKEW,
+ });
}
}
- untie(%cache);
- &Apache::loncoursedata::DownloadStudentCourseDataSeparate($students,
- 'true',
- $cacheDB,
- 'true',
- 'true',
- $courseID,
- $r, $c);
- if($c->aborted()) { return; }
-
- unless(tie(%cache,'GDBM_File',$cacheDB,&GDBM_READER(),0640)) {
- $r->print('Unable to tie database.');
- return;
- }
- my ($problemData) = &ExtractStudentData(\%cache, $students);
- &CalculateStatistics($problemData, \%cache);
- untie(%cache);
-
- unless(tie(%cache,'GDBM_File',$cacheDB,&GDBM_WRCREAT(),0640)) {
- $r->print('Unable to tie database.');
- return;
- }
- foreach(keys(%$problemData)) {
- $cache{$_} = $problemData->{$_};
- }
- $cache{'StatisticsKeys'} = join(':::', keys(%$problemData));
- $cache{'StatisticsCached'} = 'true';
- untie(%cache);
-
- unless(tie(%cache,'GDBM_File',$cacheDB,&GDBM_READER(),0640)) {
- $r->print('Unable to tie database.');
- return;
- }
- }
- my $orderedProblems = &SortProblems(\%cache,
- $cache{'ProblemStatisticsSort'},
- $cache{'ProblemStatisticsAscend'});
- &BuildStatisticsTable(\%cache, $cache{'DisplayFormat'}, $orderedProblems,
- \@Header, $r, $color);
- untie(%cache);
+ }
+ #
+ # Table Headers
+ $r->print(''."\n");
+ my $Str = '';
+ foreach (@Header) {
+ next if ($_ eq 'Part' && !$show_part);
+ # Do not allow sorting on some fields
+ if ($_ eq $sortby || /^(Part)$/) {
+ $Str .= '| '.$_.' | ';
+ } else {
+ $Str .= ''.
+ ''.
+ $_.' | ';
+ }
+ }
+ $r->print(''.$Str." \n");
+ #
+ # Sort the data
+ my @OutputOrder;
+ if ($sortby eq 'Container') {
+ @OutputOrder = @Statsarray;
+ } else {
+ # $sortby is already defined, so we can charge ahead
+ if ($sortby =~ /^(title|part)$/i) {
+ # Alpha comparison
+ @OutputOrder = sort {
+ lc($a->{$sortby}) cmp lc($b->{$sortby}) ||
+ lc($a->{'Title'}) cmp lc($b->{'Title'}) ||
+ lc($a->{'Part'}) cmp lc($b->{'Part'});
+ } @Statsarray;
+ } else {
+ # Numerical comparison
+ @OutputOrder = sort {
+ my $retvalue = 0;
+ if ($b->{$sortby} eq 'nan') {
+ if ($a->{$sortby} ne 'nan') {
+ $retvalue = -1;
+ } else {
+ $retvalue = 0;
+ }
+ }
+ if ($a->{$sortby} eq 'nan') {
+ if ($b->{$sortby} ne 'nan') {
+ $retvalue = 1;
+ }
+ }
+ if ($retvalue eq '0') {
+ $retvalue = $b->{$sortby} <=> $a->{$sortby} ||
+ lc($a->{'Title'}) <=> lc($b->{'Title'}) ||
+ lc($a->{'Part'}) <=> lc($b->{'Part'});
+ }
+ $retvalue;
+ } @Statsarray;
+ }
+ }
+ foreach my $row (@OutputOrder) {
+ $r->print('');
+ if ($show_container) {
+ $r->print('| '
+ .$row->{'sequence'}->{'title'}.' | ');
+ }
+ $r->print(&stats_row_from_hash($row,$show_part));
+ $r->print(" \n");
+ }
+ $r->print(" \n");
+ $r->print(" |
).')
');
- $r->print(''."\n");
+ $r->print(').')
');
+# $r->print('