version 1.378, 2006/04/20 04:30:11
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version 1.380, 2006/05/11 21:54:06
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Line 3830 sub contains_problem {
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Line 3830 sub contains_problem {
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} |
} |
sub is_sequence { |
sub is_sequence { |
my $self=shift; |
my $self=shift; |
my $src = $self->src(); |
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return $self->navHash("is_map_", 1) && |
return $self->navHash("is_map_", 1) && |
$self->navHash("map_type_" . $self->map_pc()) eq 'sequence'; |
$self->navHash("map_type_" . $self->map_pc()) eq 'sequence'; |
} |
} |
Line 3905 Returns a string with the type of the ma
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Line 3904 Returns a string with the type of the ma
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sub map_finish { |
sub map_finish { |
my $self = shift; |
my $self = shift; |
my $src = $self->src(); |
my $src = $self->src(); |
$src = Apache::lonnet::clutter($src); |
$src = &Apache::lonnet::deversion(&Apache::lonnet::clutter($src)); |
my $res = $self->navHash("map_finish_$src", 0); |
my $res = $self->navHash("map_finish_$src", 0); |
$res = $self->{NAV_MAP}->getById($res); |
$res = $self->{NAV_MAP}->getById($res); |
return $res; |
return $res; |
} |
} |
sub map_pc { |
sub map_pc { |
my $self = shift; |
my $self = shift; |
my $src = $self->src(); |
my $src = &Apache::lonnet::deversion($self->src()); |
return $self->navHash("map_pc_$src", 0); |
return $self->navHash("map_pc_$src", 0); |
} |
} |
sub map_start { |
sub map_start { |
my $self = shift; |
my $self = shift; |
my $src = $self->src(); |
my $src = $self->src(); |
$src = Apache::lonnet::clutter($src); |
$src = &Apache::lonnet::deversion(&Apache::lonnet::clutter($src)); |
my $res = $self->navHash("map_start_$src", 0); |
my $res = $self->navHash("map_start_$src", 0); |
$res = $self->{NAV_MAP}->getById($res); |
$res = $self->{NAV_MAP}->getById($res); |
return $res; |
return $res; |
Line 4385 sub extractParts {
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Line 4384 sub extractParts {
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# So we have to use our knowlege of part names to figure out |
# So we have to use our knowlege of part names to figure out |
# where the part names begin and end, and even then, it is possible |
# where the part names begin and end, and even then, it is possible |
# to construct ambiguous situations. |
# to construct ambiguous situations. |
foreach (split /,/, $metadata) { |
foreach my $data (split /,/, $metadata) { |
if ($_ =~ /^([a-zA-Z]+)response_(.*)/ |
if ($data =~ /^([a-zA-Z]+)response_(.*)/ |
|| $_ =~ /^(Task)_(.*)/) { |
|| $data =~ /^(Task)_(.*)/) { |
my $responseType = $1; |
my $responseType = $1; |
my $partStuff = $2; |
my $partStuff = $2; |
my $partIdSoFar = ''; |
my $partIdSoFar = ''; |
Line 4399 sub extractParts {
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Line 4398 sub extractParts {
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if ($parts{$partIdSoFar}) { |
if ($parts{$partIdSoFar}) { |
my @otherChunks = @partChunks[$i+1..$#partChunks]; |
my @otherChunks = @partChunks[$i+1..$#partChunks]; |
my $responseId = join('_', @otherChunks); |
my $responseId = join('_', @otherChunks); |
push @{$responseIdHash{$partIdSoFar}}, $responseId; |
if ($self->is_task()) { |
push @{$responseTypeHash{$partIdSoFar}}, $responseType; |
push(@{$responseIdHash{$partIdSoFar}}, |
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$partIdSoFar); |
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} else { |
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push(@{$responseIdHash{$partIdSoFar}}, |
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$responseId); |
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} |
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push(@{$responseTypeHash{$partIdSoFar}}, |
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$responseType); |
} |
} |
} |
} |
} |
} |