package SL::GDPDU;
# TODO:
-# translations
# optional: background jobable
use strict;
use Archive::Zip;
use File::Temp ();
use File::Spec ();
-use List::UtilsBy qw(partition_by);
+use List::MoreUtils qw(any);
+use List::UtilsBy qw(partition_by sort_by);
use SL::DB::Helper::ALL; # since we work on meta data, we need everything
use SL::DB::Helper::Mappings;
use SL::Locale::String qw(t8);
use Rose::Object::MakeMethods::Generic (
- scalar => [ qw(from to tables writer company location) ],
- 'scalar --get_set_init' => [ qw(files tempfiles export_ids) ],
+ scalar => [ qw(from to writer company location) ],
+ 'scalar --get_set_init' => [ qw(files tempfiles export_ids tables) ],
);
# in this we find:
# keep: arrayref of columns that should be saved for further referencing
# tables: arrayref with one column and one or many table.column references that were kept earlier
my %known_tables = (
- ar => { name => t8('Invoice'), description => t8('Sales Invoices and Accounts Receivables'), keep => [ qw(id customer_id vendor_id) ], transdate => 'transdate', },
- ap => { name => t8('Purchase Invoice'), description => t8('Purchase Invoices and Accounts Payables'), keep => [ qw(id customer_id vendor_id) ], transdate => 'transdate', },
- oe => { name => t8('Orders'), description => t8('Orders and Quotations, Sales and Purchase'), keep => [ qw(id customer_id vendor_id) ], transdate => 'transdate', },
- delivery_orders => { name => t8('Delivery Orders'), description => t8('Delivery Orders'), keep => [ qw(id customer_id vendor_id) ], transdate => 'transdate', },
- gl => { name => t8('General Ledger'), description => t8('General Ledger Entries'), keep => [ qw(id) ], transdate => 'transdate', },
- invoice => { name => t8('Invoice Positions'), description => t8('Positions for all Invoices'), keep => [ qw(parts_id) ], tables => [ trans_id => "ar.id", "ap.id" ] },
- orderitems => { name => t8('OrderItems'), description => t8('Positions for all Orders'), keep => [ qw(parts_id) ], tables => [ trans_id => "oe.id" ] },
- delivery_order_items => { name => t8('Delivery Order Items'), description => t8('Positions for all Delivery Orders'), keep => [ qw(parts_id) ], tables => [ delivery_order_id => "delivery_orders.id" ] },
- acc_trans => { name => t8('Transactions'), description => t8('All general ledger entries'), keep => [ qw(chart_id) ], tables => [ trans_id => "ar.id", "ap.id", "oe.id", "delivery_orders.id", "gl.id" ] },
- chart => { name => t8('Charts'), description => t8('Chart of Accounts'), tables => [ id => "acc_trans.chart_id" ] },
- customer => { name => t8('Customers'), description => t8('Customer Master Data'), tables => [ id => "ar.customer_id", "ap.customer_id", "oe.customer_id", "delivery_orders.customer_id" ] },
- vendor => { name => t8('Vendors'), description => t8('Vendor Master Data'), tables => [ id => "ar.vendor_id", "ap.vendor_id", "oe.vendor_id", "delivery_orders.vendor_id" ] },
- parts => { name => t8('Parts'), description => t8('Parts, Services, and Assemblies'), tables => [ id => "invoice.parts_id", "orderitems.parts_id", "delivery_order_items.parts_id" ] },
+ chart => { name => t8('Charts'), description => t8('Chart of Accounts'), primary_key => 'accno', columns => [ qw(id accno description) ], },
+ customer => { name => t8('Customers'), description => t8('Customer Master Data'), columns => [ qw(id name department_1 department_2 street zipcode city country contact phone fax email notes customernumber taxnumber obsolete ustid) ] },
+ vendor => { name => t8('Vendors'), description => t8('Vendor Master Data'), columns => [ qw(id name department_1 department_2 street zipcode city country contact phone fax email notes customernumber taxnumber obsolete ustid) ] },
+);
+
+my %datev_column_defs = (
+ acc_trans_id => { type => 'Rose::DB::Object::Metadata::Column::Integer', text => t8('ID'), primary_key => 1 },
+ amount => { type => 'Rose::DB::Object::Metadata::Column::Numeric', text => t8('Amount'), },
+ credit_accname => { type => 'Rose::DB::Object::Metadata::Column::Text', text => t8('Credit Account Name'), },
+ credit_accno => { type => 'Rose::DB::Object::Metadata::Column::Text', text => t8('Credit Account'), },
+ debit_accname => { type => 'Rose::DB::Object::Metadata::Column::Text', text => t8('Debit Account Name'), },
+ debit_accno => { type => 'Rose::DB::Object::Metadata::Column::Text', text => t8('Debit Account'), },
+ invnumber => { type => 'Rose::DB::Object::Metadata::Column::Text', text => t8('Reference'), },
+ name => { type => 'Rose::DB::Object::Metadata::Column::Text', text => t8('Name'), },
+ notes => { type => 'Rose::DB::Object::Metadata::Column::Text', text => t8('Notes'), },
+ tax => { type => 'Rose::DB::Object::Metadata::Column::Text', text => t8('Tax'), },
+ taxdescription => { type => 'Rose::DB::Object::Metadata::Column::Text', text => t8('tax_taxdescription'), },
+ taxkey => { type => 'Rose::DB::Object::Metadata::Column::Integer', text => t8('Taxkey'), },
+ tax_accname => { type => 'Rose::DB::Object::Metadata::Column::Text', text => t8('Tax Account Name'), },
+ tax_accno => { type => 'Rose::DB::Object::Metadata::Column::Text', text => t8('Tax Account'), },
+ transdate => { type => 'Rose::DB::Object::Metadata::Column::Date', text => t8('Invoice Date'), },
+ vcnumber => { type => 'Rose::DB::Object::Metadata::Column::Text', text => t8('Customer/Vendor Number'), },
+ customer_id => { type => 'Rose::DB::Object::Metadata::Column::Integer', text => t8('Customer (database ID)'), },
+ vendor_id => { type => 'Rose::DB::Object::Metadata::Column::Integer', text => t8('Vendor (database ID)'), },
+);
+
+my @datev_columns = qw(
+ acc_trans_id
+ customer_id vendor_id
+ name vcnumber
+ transdate invnumber amount
+ debit_accno debit_accname
+ credit_accno credit_accname
+ taxdescription tax
+ tax_accno tax_accname taxkey
+ notes
);
# rows in this listing are tiers.
# callbacks that produce the xml spec for these column types
my %column_types = (
- 'Rose::DB::Object::Metadata::Column::Integer' => sub { $_[0]->tag('Numeric', sub { $_[0]->tag('Accuracy', 0) }) },
- 'Rose::DB::Object::Metadata::Column::BigInt' => sub { $_[0]->tag('Numeric', sub { $_[0]->tag('Accuracy', 0) }) },
+ 'Rose::DB::Object::Metadata::Column::Integer' => sub { $_[0]->tag('Numeric') }, # see Caveats for integer issues
+ 'Rose::DB::Object::Metadata::Column::BigInt' => sub { $_[0]->tag('Numeric') }, # see Caveats for integer issues
'Rose::DB::Object::Metadata::Column::Text' => sub { $_[0]->tag('AlphaNumeric') },
'Rose::DB::Object::Metadata::Column::Varchar' => sub { $_[0]->tag('AlphaNumeric') },
'Rose::DB::Object::Metadata::Column::Character' => sub { $_[0]->tag('AlphaNumeric') },
'Rose::DB::Object::Metadata::Column::Date' => sub { $_[0]->tag('Date', sub { $_[0]->tag('Format', $date_format) }) },
'Rose::DB::Object::Metadata::Column::Timestamp' => sub { $_[0]->tag('Date', sub { $_[0]->tag('Format', $date_format) }) },
'Rose::DB::Object::Metadata::Column::Float' => sub { $_[0]->tag('Numeric') },
- 'Rose::DB::Object::Metadata::Column::Boolean' => sub { $_[0]->tag('AlphaNumeric', sub { $_[0]
+ 'Rose::DB::Object::Metadata::Column::Boolean' => sub { $_[0]
+ ->tag('AlphaNumeric')
->tag('Map', sub { $_[0]
->tag('From', 1)
->tag('To', t8('true'))
->tag('To', t8('false'))
})
->tag('Map', sub { $_[0]
- ->tag('From', 0)
+ ->tag('From', '')
->tag('To', t8('false'))
})
- }) },
+ },
);
sub generate_export {
$self->do_csv_export($_);
}
+ $self->do_datev_csv_export;
+
# write xml file
$self->do_xml_file;
})
->tag('Media', sub { $self
->tag('Name', t8('DataSet #1', 1));
- for (@{ $self->tables }) { $self
+ for (reverse $self->sorted_tables) { $self # see CAVEATS for table order
->table($_)
}
+ $self->do_datev_xml_table;
})
});
close($fh);
})
->tag('Format', $date_format)
})
+ ->tag('UTF8')
->tag('DecimalSymbol', '.')
- ->tag('DigitGroupingSymbol', '')
+ ->tag('DigitGroupingSymbol', '|') # see CAVEATS in documentation
->tag('VariableLength', sub { $self
+ ->tag('ColumnDelimiter', ',') # see CAVEATS for missing RecordDelimiter
+ ->tag('TextEncapsulator', '"')
->columns($table)
->foreign_keys($table)
})
my ($table) = @_;
my $package = SL::DB::Helper::Mappings::get_package_for_table($table);
+ my %white_list;
+ my $use_white_list = 0;
+ if ($known_tables{$table}{columns}) {
+ $use_white_list = 1;
+ $white_list{$_} = 1 for @{ $known_tables{$table}{columns} || [] };
+ }
+
# PrimaryKeys must come before regular columns, so partition first
- partition_by { 1 * $_->is_primary_key_member } $package->meta->columns;
+ partition_by {
+ $known_tables{$table}{primary_key}
+ ? 1 * ($_ eq $known_tables{$table}{primary_key})
+ : 1 * $_->is_primary_key_member
+ } grep {
+ $use_white_list ? $white_list{$_->name} : 1
+ } $package->meta->columns;
}
sub columns {
}
}
+sub do_datev_xml_table {
+ my ($self) = @_;
+ my $writer = $self->writer;
+
+ $self->tag('Table', sub { $self
+ ->tag('URL', "transaction.csv")
+ ->tag('Name', t8('Transactions'))
+ ->tag('Description', t8('Transactions'))
+ ->tag('Validity', sub { $self
+ ->tag('Range', sub { $self
+ ->tag('From', $self->from->to_kivitendo(dateformat => 'dd.mm.yyyy'))
+ ->tag('To', $self->to->to_kivitendo(dateformat => 'dd.mm.yyyy'))
+ })
+ ->tag('Format', $date_format)
+ })
+ ->tag('UTF8')
+ ->tag('DecimalSymbol', '.')
+ ->tag('DigitGroupingSymbol', '|') # see CAVEATS in documentation
+ ->tag('VariableLength', sub { $self
+ ->tag('ColumnDelimiter', ',') # see CAVEATS for missing RecordDelimiter
+ ->tag('TextEncapsulator', '"')
+ ->datev_columns
+ ->datev_foreign_keys
+ })
+ });
+}
+
+sub datev_columns {
+ my ($self, $table) = @_;
+
+ my %cols_by_primary_key = partition_by { 1 * $datev_column_defs{$_}{primary_key} } @datev_columns;
+ $::lxdebug->dump(0, "cols", \%cols_by_primary_key);
+
+ for my $column (@{ $cols_by_primary_key{1} }) {
+ my $type = $column_types{ $datev_column_defs{$column}{type} };
+
+ die "unknown col type @{[ $column ]}" unless $type;
+
+ $self->tag('VariablePrimaryKey', sub { $self
+ ->tag('Name', $column);
+ $type->($self);
+ })
+ }
+
+ for my $column (@{ $cols_by_primary_key{0} }) {
+ my $type = $column_types{ $datev_column_defs{$column}{type} };
+
+ die "unknown col type @{[ ref $column]}" unless $type;
+
+ $self->tag('VariableColumn', sub { $self
+ ->tag('Name', $column);
+ $type->($self);
+ })
+ }
+
+ $self;
+}
+
+sub datev_foreign_keys {
+ my ($self) = @_;
+ # hard code weeee
+ $self->tag('ForeignKey', sub { $_[0]
+ ->tag('Name', 'customer_id')
+ ->tag('References', 'customer')
+ });
+ $self->tag('ForeignKey', sub { $_[0]
+ ->tag('Name', 'vendor_id')
+ ->tag('References', 'vendor')
+ });
+ $self->tag('ForeignKey', sub { $_[0]
+ ->tag('Name', $_)
+ ->tag('References', 'chart')
+ }) for qw(debit_accno credit_accno tax_accno);
+}
+
+sub do_datev_csv_export {
+ my ($self) = @_;
+
+ my $datev = SL::DATEV->new(from => $self->from, to => $self->to);
+
+ $datev->_get_transactions(from_to => $datev->fromto);
+
+ for my $transaction (@{ $datev->{DATEV} }) {
+ for my $entry (@{ $transaction }) {
+ $entry->{sortkey} = join '-', map { lc } (DateTime->from_kivitendo($entry->{transdate})->strftime('%Y%m%d'), $entry->{name}, $entry->{reference});
+ }
+ }
+
+ my @transactions = sort_by { $_->[0]->{sortkey} } @{ $datev->{DATEV} };
+
+ my $csv = Text::CSV_XS->new({ binary => 1, eol => "\r\n", sep_char => ",", quote_char => '"' });
+
+ my ($fh, $filename) = File::Temp::tempfile();
+ binmode($fh, ':utf8');
+
+ $self->files->{"transactions.csv"} = $filename;
+ push @{ $self->tempfiles }, $filename;
+
+ for my $transaction (@transactions) {
+ my $is_payment = any { $_->{link} =~ m{A[PR]_paid} } @{ $transaction };
+
+ my ($soll, $haben) = map { $transaction->[$_] } ($transaction->[0]->{amount} > 0 ? (1, 0) : (0, 1));
+ my $tax = defined($soll->{tax_accno}) ? $soll : $haben;
+ my $amount = defined($soll->{net_amount}) ? $soll : $haben;
+ $haben->{notes} = ($haben->{memo} || $soll->{memo}) if $haben->{memo} || $soll->{memo};
+ $haben->{notes} //= '';
+ $haben->{notes} = SL::HTML::Util->strip($haben->{notes});
+ $haben->{notes} =~ s{\r}{}g;
+ $haben->{notes} =~ s{\n+}{ }g;
+
+ my %row = (
+ customer_id => $soll->{customer_id} || $haben->{customer_id},
+ vendor_id => $soll->{vendor_id} || $haben->{vendor_id},
+ amount => abs($amount->{amount}),
+ debit_accno => $soll->{accno},
+ debit_accname => $soll->{accname},
+ credit_accno => $haben->{accno},
+ credit_accname => $haben->{accname},
+ tax => defined $amount->{net_amount} ? abs($amount->{amount}) - abs($amount->{net_amount}) : 0,
+ taxdescription => defined($soll->{tax_accno}) ? $soll->{taxdescription} : $haben->{taxdescription},
+ notes => $haben->{notes},
+ (map { ($_ => $tax->{$_}) } qw(taxkey tax_accname tax_accno)),
+ (map { ($_ => ($haben->{$_} // $soll->{$_})) } qw(acc_trans_id invnumber name vcnumber transdate)),
+ );
+
+ $csv->print($fh, [ map { $row{$_} } @datev_columns ]);
+ }
+
+ # and build xml spec for it
+}
+
sub do_csv_export {
my ($self, $table) = @_;
- my $csv = Text::CSV_XS->new({ binary => 1, eol => "\n", sep_char => ",", quote_char => '"' });
+ my $csv = Text::CSV_XS->new({ binary => 1, eol => "\r\n", sep_char => ",", quote_char => '"' });
my ($fh, $filename) = File::Temp::tempfile();
binmode($fh, ':utf8');
$self->export_ids->{$table}{$keep_col} ||= {};
$self->export_ids->{$table}{$keep_col}{$row->[$col_index{$keep_col}]}++;
}
+ s/\r\n/ /g for @$row; # see CAVEATS
+
$csv->print($fh, $row) or $csv->error_diag;
}
$sth->finish();
sub init_files { +{} }
sub init_export_ids { +{} }
sub init_tempfiles { [] }
+sub init_tables { [ grep { $known_tables{$_} } @export_table_order ] }
sub API_VERSION {
DateTime->new(year => 2002, month => 8, day => 14)->to_kivitendo;
=item *
-Number pasing seems to be fragile. Official docs state that behaviour for too
-low C<Accuracy> settings is undefined.
+Number parsing seems to be fragile. Official docs state that behaviour for too
+low C<Accuracy> settings is undefined. Accuracy of 0 is not taken to mean
+Integer but instead generates a warning for redudancy.
There is no dedicated integer type.
It's currently disallowed to export the whole dataset. It's not clear if this
is wanted.
+=item *
+
+It is not possible to set an empty C<DigiGroupingSymbol> since then the import
+will just work with the default. This was asked in their forum, and the
+response actually was:
+
+ Einfache Lösung: Definieren Sie das Tausendertrennzeichen als Komma, auch
+ wenn es nicht verwendet wird. Sollten Sie das Komma bereits als Feldtrenner
+ verwenden, so wählen Sie als Tausendertrennzeichen eine Alternative wie das
+ Pipe-Symbol |.
+
+L<http://www.gdpdu-portal.com/forum/index.php?mode=thread&id=1392>
+
+=item *
+
+It is not possible to define a C<RecordDelimiter> with XML entities. 

+generates the error message:
+
+ C<RecordDelimiter>-Wert (
) sollte immer aus ein oder zwei Zeichen
+ bestehen.
+
+Instead we just use the implicit default RecordDelimiter CRLF.
+
+=item *
+
+Not confirmed yet:
+
+Foreign keys seem only to work with previously defined tables (which would be
+utterly insane).
+
+=item *
+
+The CSV import library used in IDEA is not able to parse newlines (or more
+exactly RecordDelimiter) in data. So this export substites all of these with
+spaces.
+
=back
=head1 AUTHOR
projects / mfinanz.git / blobdiff