my $sth_part_qty_assembly = prepare_execute_query($form, $dbh, $query, $params{assembly_id});
my @trans_ids;
- my $query_trans_id = qq|SELECT nextval('inventory_id_seq')|;
- my $query_trans_ids = qq|INSERT INTO assembly_inventory_part (inventory_assembly_id, inventory_part_id) VALUES (?, ?)|;
- my $sth_query_trans_ids = prepare_query($form, $dbh, $query_trans_ids);
# Hier wird das prepared Statement für die Schleife über alle Lagerplätze vorbereitet
my $transferPartSQL = qq|INSERT INTO inventory (parts_id, warehouse_id, bin_id, chargenumber, bestbefore, comment, employee_id, qty,
my $temppart_qty = $partsQTY * -1;
($trans_id) = selectrow_query($form, $dbh, qq|SELECT nextval('id')| ) unless $trans_id;
- my ($trans_id) = selectrow_query($form, $dbh, $query_trans_id);
- push @trans_ids, $trans_id;
do_statement($form, $sthTransferPartSQL, $transferPartSQL, $currentPart_ID, $currentPart_WH_ID,
$temppart_bin_id, $temppart_chargenumber, $temppart_bestbefore, 'Verbraucht für ' .
$self->get_part_description(parts_id => $params{assembly_id}), $params{login}, $temppart_qty, $trans_id);
# wenn * -1 als berechnung in der parameter-übergabe angegeben wird.
# Dieser Wert IST und BLEIBT positiv!! Hilfe.
# Liegt das daran, dass dieser Wert aus einem SQL-Statement stammt?
- my ($trans_id) = selectrow_query($form, $dbh, $query_trans_id);
push @trans_ids, $trans_id;
do_statement($form, $sthTransferPartSQL, $transferPartSQL, $currentPart_ID, $currentPart_WH_ID,
$temppart_bin_id, $temppart_chargenumber, $temppart_bestbefore, 'Verbraucht für ' .
# auf jeden fall war der internal-server-error nach aktivierung von strict und warnings plus ein paar my-definitionen weg
} else { # okay, wir haben weniger oder gleich Waren die wir wegbuchen müssen, wir können also aufhören
$tmpPartsQTY *=-1;
- my ($trans_id) = selectrow_query($form, $dbh, $query_trans_id);
- push @trans_ids, $trans_id;
do_statement($form, $sthTransferPartSQL, $transferPartSQL, $currentPart_ID, $currentPart_WH_ID,
$temppart_bin_id, $temppart_chargenumber, $temppart_bestbefore, 'Verbraucht für ' .
$self->get_part_description(parts_id => $params{assembly_id}), $params{login}, $tmpPartsQTY, $trans_id);
do_statement($form, $sthTransferAssemblySQL, $transferAssemblySQL, $params{assembly_id}, $params{dst_warehouse_id},
$params{dst_bin_id}, $params{chargenumber}, conv_date($params{bestbefore}), $params{comment}, $params{login}, $params{qty}, $trans_id);
- # save inventory transactions for this assembly
- for my $part_id (@trans_ids) {
- do_statement($form, $sth_query_trans_ids, $query_trans_ids, $trans_id, $part_id);
- }
1;
}) or do { return $kannNichtFertigen };
};
$form->{l_classification_id} = 'Y';
- $form->{l_id} = 'Y';
+ $form->{l_trans_id} = 'Y';
$form->{l_part_type} = 'Y';
$form->{l_itime} = 'Y';
$form->{l_invoice_id} = $form->{l_oe_id} if $form->{l_oe_id};
$where_clause = defined($where_clause) ? $where_clause : '';
my $query =
- qq|SELECT * FROM (SELECT DISTINCT $select{trans}
- FROM inventory i1
- LEFT JOIN inventory i2 ON i1.trans_id = i2.trans_id
- LEFT JOIN parts p ON i1.parts_id = p.id
- LEFT JOIN bin b1 ON i1.bin_id = b1.id
- LEFT JOIN bin b2 ON i2.bin_id = b2.id
- LEFT JOIN warehouse w1 ON i1.warehouse_id = w1.id
- LEFT JOIN warehouse w2 ON i2.warehouse_id = w2.id
- LEFT JOIN transfer_type tt ON i1.trans_type_id = tt.id
- LEFT JOIN project pr ON i1.project_id = pr.id
- LEFT JOIN employee e ON i1.employee_id = e.id
- WHERE $where_clause i2.qty = -i1.qty AND i2.qty > 0 AND
- i1.trans_id IN ( SELECT i.trans_id FROM inventory i GROUP BY i.trans_id HAVING COUNT(i.trans_id) = 2 )
- GROUP BY $group_clause
-
- UNION
-
+ qq|SELECT * FROM (
SELECT DISTINCT $select{out}
FROM inventory i1
- LEFT JOIN inventory i2 ON i1.trans_id = i2.trans_id
+ LEFT JOIN inventory i2 ON i1.trans_id = i2.trans_id AND i1.id = i2.id
LEFT JOIN parts p ON i1.parts_id = p.id
LEFT JOIN bin b1 ON i1.bin_id = b1.id
LEFT JOIN bin b2 ON i2.bin_id = b2.id
LEFT JOIN transfer_type tt ON i1.trans_type_id = tt.id
LEFT JOIN project pr ON i1.project_id = pr.id
LEFT JOIN employee e ON i1.employee_id = e.id
- WHERE $where_clause i1.qty < 0 AND
+ WHERE $where_clause i1.qty != 0 AND tt.direction = 'out' AND
i1.trans_id IN ( SELECT i.trans_id FROM inventory i GROUP BY i.trans_id HAVING COUNT(i.trans_id) >= 1 )
GROUP BY $group_clause
SELECT DISTINCT $select{in}
FROM inventory i1
- LEFT JOIN inventory i2 ON i1.trans_id = i2.trans_id
+ LEFT JOIN inventory i2 ON i1.trans_id = i2.trans_id AND i1.id = i2.id
LEFT JOIN parts p ON i1.parts_id = p.id
LEFT JOIN bin b1 ON i1.bin_id = b1.id
LEFT JOIN bin b2 ON i2.bin_id = b2.id
LEFT JOIN transfer_type tt ON i1.trans_type_id = tt.id
LEFT JOIN project pr ON i1.project_id = pr.id
LEFT JOIN employee e ON i1.employee_id = e.id
- WHERE $where_clause i1.qty > 0 AND
+ WHERE $where_clause i1.qty != 0 AND tt.direction = 'in' AND
i1.trans_id IN ( SELECT i.trans_id FROM inventory i GROUP BY i.trans_id HAVING COUNT(i.trans_id) >= 1 )
GROUP BY $group_clause
- ORDER BY r_${sort_spec}) AS lines WHERE r_qty>0|;
+ ORDER BY r_${sort_spec}) AS lines WHERE r_qty != 0|;
- my @all_vars = (@filter_vars,@filter_vars,@filter_vars);
+ my @all_vars = (@filter_vars,@filter_vars);
if ($filter{limit}) {
$query .= " LIMIT ?";
There has to be at least one data set in the table assembly referenced to this assembly_id.
-=item Assembly cannot be destroyed or disassembled
+=item Assembly can be disassembled
Assemblies are like cakes. You cannot disassemble it. NEVER.
- No negative nor zero qty's are valid inputs.
+ But if your assembly is a mechanical cake you may unscrew it.
+ Assemblies are created in one transaction therefore you can
+ safely rely on the trans_id in inventory to disassemble the
+ created assemblies (see action disassemble_assembly in wh.pl).
=item The assembly item(s) have to be in the same warehouse
projects / kivitendo-erp.git / blobdiff