use Data::Dumper;
use Carp;
+use Config;
use CGI;
use Cwd;
use Encode;
use File::Copy;
use IO::File;
+use Math::BigInt;
use SL::Auth;
use SL::Auth::DB;
use SL::Auth::LDAP;
use URI;
use List::Util qw(first max min sum);
use List::MoreUtils qw(all any apply);
+use SL::DB::Tax;
use strict;
sub disconnect_standard_dbh {
return unless $standard_dbh;
- $standard_dbh->disconnect();
+
+ $standard_dbh->rollback();
undef $standard_dbh;
}
# standard css for all
# this should gradually move to the layouts that need it
$layout->use_stylesheet("$_.css") for qw(
- main menu list_accounts jquery.autocomplete
+ main menu common list_accounts jquery.autocomplete
jquery.multiselect2side
ui-lightness/jquery-ui
jquery-ui.custom
+ tooltipster themes/tooltipster-light
);
$layout->use_javascript("$_.js") for (qw(
jquery jquery-ui jquery.cookie jquery.checkall jquery.download
jquery/jquery.form jquery/fixes client_js
- common part_selection switchmenuframe autocomplete_part
+ jquery/jquery.tooltipster.min
+ common part_selection switchmenuframe
), "jquery/ui/i18n/jquery.ui.datepicker-$::myconfig{countrycode}");
$self->{favicon} ||= "favicon.ico";
print $::request->{layout}->post_content;
if (my @inline_scripts = $::request->{layout}->javascripts_inline) {
- print "<script type='text/javascript'>@inline_scripts</script>\n";
+ print "<script type='text/javascript'>" . join("; ", @inline_scripts) . "</script>\n";
}
print <<EOL
# Make sure no code wich is not a math expression ends up in eval().
return 0 unless $amount =~ /^ [\s \d \( \) \- \+ \* \/ \. ]* $/x;
+
+ # Prevent numbers from being parsed as octals;
+ $amount =~ s{ (?<! [\d.] ) 0+ (?= [1-9] ) }{}gx;
+
return scalar(eval($amount)) * 1 ;
}
sub round_amount {
my ($self, $amount, $places) = @_;
- # Rounding like "Kaufmannsrunden" (see http://de.wikipedia.org/wiki/Rundung )
-
- # If you search for rounding in Perl, you'll likely get the first version of
- # this algorithm:
- #
- # ($amount <=> 0) * int(abs($amount) * 10**$places) + .5) / 10**$places
- #
- # That doesn't work. It falls apart for certain values that are exactly 0.5
- # over the cutoff, because the internal IEEE754 representation is slightly
- # below the cutoff. Perl makes matters worse in that it really, really tries to
- # recognize exact values for presentation to you, even if they are not.
- #
- # Example: take the value 64.475 and round to 2 places.
- #
- # printf("%.20f\n", 64.475) gives you 64.47499999999999431566
- #
- # Then 64.475 * 100 + 0.5 is 6447.99999999999909050530, and
- # int(64.475 * 100 + 0.5) / 100 = 64.47
- #
- # Trying to round with more precision first only shifts the problem to rarer
- # cases, which nevertheless exist.
- #
- # Now we exploit the presentation rounding of Perl. Since it really tries hard
- # to recognize integers, we double $amount, and let Perl give us a representation.
- # If Perl recognizes it as a slightly too small integer, and rounds up to the
- # next odd integer, we follow suit and treat the fraction as .5 or greater.
-
- my $sign = $amount <=> 0;
- $amount = abs $amount;
-
- my $shift = 10 ** ($places);
- my $shifted_and_double = $amount * $shift * 2;
- my $rounding_bias = sprintf('%f', $shifted_and_double) % 2;
- $amount = int($amount * $shift) + $rounding_bias;
- $amount = $amount / $shift * $sign;
+ return 0 if !defined $amount;
+
+ # We use Perl's knowledge of string representation for
+ # rounding. First, convert the floating point number to a string
+ # with a high number of places. Then split the string on the decimal
+ # sign and use integer calculation for rounding the decimal places
+ # part. If an overflow occurs then apply that overflow to the part
+ # before the decimal sign as well using integer arithmetic again.
+
+ my $amount_str = sprintf '%.*f', $places + 10, abs($amount);
+
+ return $amount unless $amount_str =~ m{^(\d+)\.(\d+)$};
+
+ my ($pre, $post) = ($1, $2);
+ my $decimals = '1' . substr($post, 0, $places);
+
+ my $propagation_limit = $Config{i32size} == 4 ? 7 : 18;
+ my $add_for_rounding = substr($post, $places, 1) >= 5 ? 1 : 0;
+
+ if ($places > $propagation_limit) {
+ $decimals = Math::BigInt->new($decimals)->badd($add_for_rounding);
+ $pre = Math::BigInt->new($decimals)->badd(1) if substr($decimals, 0, 1) eq '2';
+
+ } else {
+ $decimals += $add_for_rounding;
+ $pre += 1 if substr($decimals, 0, 1) eq '2';
+ }
+
+ $amount = ("${pre}." . substr($decimals, 1)) * ($amount <=> 0);
return $amount;
}
if ($self->{media} eq 'email') {
- my $mail = new Mailer;
+ my $mail = Mailer->new;
map { $mail->{$_} = $self->{$_} }
qw(cc bcc subject message version format);
$full_signature =~ s/\n/<br>\n/g;
$mail->{message} .= $full_signature;
- open(IN, "<", $self->{tmpfile})
+ open(IN, "<:encoding(UTF-8)", $self->{tmpfile})
or $self->error($self->cleanup . "$self->{tmpfile} : $!");
$mail->{message} .= $_ while <IN>;
close(IN);
sales_delivery_order => $main::locale->text('Delivery Order'),
purchase_delivery_order => $main::locale->text('Delivery Order'),
dunning => $main::locale->text('Dunning'),
+ letter => $main::locale->text('Letter')
);
$main::lxdebug->leave_sub();
(first { $self->{type} eq $_ } qw(invoice credit_note)) ? 'inv'
: ($self->{type} =~ /_quotation$/) ? 'quo'
: ($self->{type} =~ /_delivery_order$/) ? 'do'
+ : ($self->{type} =~ /letter/) ? 'letter'
: 'ord';
+ # better default like this?
+ # : ($self->{type} =~ /(sales|purcharse)_order/ : 'ord';
+ # : 'prefix_undefined';
+
$main::lxdebug->leave_sub();
return $prefix;
}
push @err, $::locale->text('The application "#1" was not found on the system.', $application || 'pdflatex') . ' ' . $::locale->text('Please contact your administrator.');
} elsif (-f "$self->{tmpfile}.err") {
- open(FH, "$self->{tmpfile}.err");
+ open(FH, "<:encoding(UTF-8)", "$self->{tmpfile}.err");
@err = <FH>;
close(FH);
}
}
sub set_payment_options {
- $main::lxdebug->enter_sub();
-
my ($self, $myconfig, $transdate) = @_;
- return $main::lxdebug->leave_sub() unless ($self->{payment_id});
-
- my $dbh = $self->get_standard_dbh($myconfig);
-
- my $query =
- qq|SELECT p.terms_netto, p.terms_skonto, p.percent_skonto, p.description_long , p.description | .
- qq|FROM payment_terms p | .
- qq|WHERE p.id = ?|;
+ my $terms = $self->{payment_id} ? SL::DB::PaymentTerm->new(id => $self->{payment_id})->load : undef;
+ return if !$terms;
- ($self->{terms_netto}, $self->{terms_skonto}, $self->{percent_skonto},
- $self->{payment_terms}, $self->{payment_description}) =
- selectrow_query($self, $dbh, $query, $self->{payment_id});
+ $transdate ||= $self->{invdate} || $self->{transdate};
+ my $due_date = $self->{duedate} || $self->{reqdate};
- if ($transdate eq "") {
- if ($self->{invdate}) {
- $transdate = $self->{invdate};
- } else {
- $transdate = $self->{transdate};
- }
- }
-
- $query =
- qq|SELECT ?::date + ?::integer AS netto_date, ?::date + ?::integer AS skonto_date | .
- qq|FROM payment_terms|;
- ($self->{netto_date}, $self->{skonto_date}) =
- selectrow_query($self, $dbh, $query, $transdate, $self->{terms_netto}, $transdate, $self->{terms_skonto});
+ $self->{$_} = $terms->$_ for qw(terms_netto terms_skonto percent_skonto);
+ $self->{payment_terms} = $terms->description_long;
+ $self->{payment_description} = $terms->description;
+ $self->{netto_date} = $terms->calc_date(reference_date => $transdate, due_date => $due_date, terms => 'net')->to_kivitendo;
+ $self->{skonto_date} = $terms->calc_date(reference_date => $transdate, due_date => $due_date, terms => 'discount')->to_kivitendo;
my ($invtotal, $total);
my (%amounts, %formatted_amounts);
}
if ($self->{"language_id"}) {
- $query =
+ my $dbh = $self->get_standard_dbh($myconfig);
+ my $query =
qq|SELECT t.translation, l.output_numberformat, l.output_dateformat, l.output_longdates | .
qq|FROM generic_translations t | .
qq|LEFT JOIN language l ON t.language_id = l.id | .
$self->{skonto_in_percent} = $formatted_amounts{skonto_in_percent};
- $main::lxdebug->leave_sub();
-
}
sub get_template_language {
$main::lxdebug->leave_sub();
}
-sub get_duedate {
- $main::lxdebug->enter_sub();
-
- my ($self, $myconfig, $reference_date) = @_;
-
- my $terms = $self->{payment_id} ? SL::DB::PaymentTerm->new(id => $self->{payment_id}) ->load
- : $self->{customer_id} ? SL::DB::Customer ->new(id => $self->{customer_id})->load->payment
- : $self->{vendor_id} ? SL::DB::Vendor ->new(id => $self->{vendor_id}) ->load->payment
- : $self->{invdate} ? undef # no payment terms, therefore invdate == duedate
- : croak("Missing field in \$::form: payment_id, customer_id, vendor_id or invdate");
- my $duedate = $terms ? $terms->calc_date(reference_date => $reference_date)->to_kivitendo : undef;
-
- $main::lxdebug->leave_sub();
-
- return $duedate;
-}
-
sub _get_contacts {
$main::lxdebug->enter_sub();
if ($params{contacts} || $params{shipto}) {
$vc = 'customer' if $self->{"vc"} eq "customer";
$vc = 'vendor' if $self->{"vc"} eq "vendor";
- die "invalid use of get_lists, need 'vc'";
+ die "invalid use of get_lists, need 'vc'" unless $vc;
$vc_id = $self->{"${vc}_id"};
}
}
if ($params{"salesmen"}) {
- $self->_get_employees($dbh, "all_salesmen", $params{"salesmen"});
+ $self->_get_employees($dbh, $params{"salesmen"});
}
if ($params{"business_types"}) {
"d.description" => "department",
"ct.name" => $table,
"cu.name" => "currency",
- "current_date + ct.terms" => "duedate",
);
if ($self->{type} =~ /delivery_order/) {
return $self;
}
+sub calculate_arap {
+ my ($self,$buysell,$taxincluded,$exchangerate,$roundplaces) = @_;
+
+ # this function is used to calculate netamount, total_tax and amount for AP and
+ # AR transactions (Kreditoren-/Debitorenbuchungen) by going over all lines
+ # (1..$rowcount)
+ # Thus it needs a fully prepared $form to work on.
+ # calculate_arap assumes $form->{amount_$i} entries still need to be parsed
+
+ # The calculated total values are all rounded (default is to 2 places) and
+ # returned as parameters rather than directly modifying form. The aim is to
+ # make the calculation of AP and AR behave identically. There is a test-case
+ # for this function in t/form/arap.t
+
+ # While calculating the totals $form->{amount_$i} and $form->{tax_$i} are
+ # modified and formatted and receive the correct sign for writing straight to
+ # acc_trans, depending on whether they are ar or ap.
+
+ # check parameters
+ die "taxincluded needed in Form->calculate_arap" unless defined $taxincluded;
+ die "exchangerate needed in Form->calculate_arap" unless defined $exchangerate;
+ die 'illegal buysell parameter, has to be \"buy\" or \"sell\" in Form->calculate_arap\n' unless $buysell =~ /^(buy|sell)$/;
+ $roundplaces = 2 unless $roundplaces;
+
+ my $sign = 1; # adjust final results for writing amount to acc_trans
+ $sign = -1 if $buysell eq 'buy';
+
+ my ($netamount,$total_tax,$amount);
+
+ my $tax;
+
+ # parse and round amounts, setting correct sign for writing to acc_trans
+ for my $i (1 .. $self->{rowcount}) {
+ $self->{"amount_$i"} = $self->round_amount($self->parse_amount(\%::myconfig, $self->{"amount_$i"}) * $exchangerate * $sign, $roundplaces);
+
+ $amount += $self->{"amount_$i"} * $sign;
+ }
+
+ for my $i (1 .. $self->{rowcount}) {
+ next unless $self->{"amount_$i"};
+ ($self->{"tax_id_$i"}) = split /--/, $self->{"taxchart_$i"};
+ my $tax_id = $self->{"tax_id_$i"};
+
+ my $selected_tax = SL::DB::Manager::Tax->find_by(id => "$tax_id");
+
+ if ( $selected_tax ) {
+
+ if ( $buysell eq 'sell' ) {
+ $self->{AR_amounts}{"tax_$i"} = $selected_tax->chart->accno if defined $selected_tax->chart;
+ } else {
+ $self->{AP_amounts}{"tax_$i"} = $selected_tax->chart->accno if defined $selected_tax->chart;
+ };
+
+ $self->{"taxkey_$i"} = $selected_tax->taxkey;
+ $self->{"taxrate_$i"} = $selected_tax->rate;
+ };
+
+ ($self->{"amount_$i"}, $self->{"tax_$i"}) = $self->calculate_tax($self->{"amount_$i"},$self->{"taxrate_$i"},$taxincluded,$roundplaces);
+
+ $netamount += $self->{"amount_$i"};
+ $total_tax += $self->{"tax_$i"};
+
+ }
+ $amount = $netamount + $total_tax;
+
+ # due to $sign amount_$i und tax_$i already have the right sign for acc_trans
+ # but reverse sign of totals for writing amounts to ar
+ if ( $buysell eq 'buy' ) {
+ $netamount *= -1;
+ $amount *= -1;
+ $total_tax *= -1;
+ };
+
+ return($netamount,$total_tax,$amount);
+}
+
sub format_dates {
my ($self, $dateformat, $longformat, @indices) = @_;
return $layout;
}
+sub calculate_tax {
+ # this function calculates the net amount and tax for the lines in ar, ap and
+ # gl and is used for update as well as post. When used with update the return
+ # value of amount isn't needed
+
+ # calculate_tax should always work with positive values, or rather as the user inputs them
+ # calculate_tax uses db/perl numberformat, i.e. parsed numbers
+ # convert to negative numbers (when necessary) only when writing to acc_trans
+ # the amount from $form for ap/ar/gl is currently always rounded to 2 decimals before it reaches here
+ # for post_transaction amount already contains exchangerate and correct sign and is rounded
+ # calculate_tax doesn't (need to) know anything about exchangerate
+
+ my ($self,$amount,$taxrate,$taxincluded,$roundplaces) = @_;
+
+ $roundplaces = 2 unless defined $roundplaces;
+
+ my $tax;
+
+ if ($taxincluded *= 1) {
+ # calculate tax (unrounded), subtract from amount, round amount and round tax
+ $tax = $amount - ($amount / ($taxrate + 1)); # equivalent to: taxrate * amount / (taxrate + 1)
+ $amount = $self->round_amount($amount - $tax, $roundplaces);
+ $tax = $self->round_amount($tax, $roundplaces);
+ } else {
+ $tax = $amount * $taxrate;
+ $tax = $self->round_amount($tax, $roundplaces);
+ }
+
+ $tax = 0 unless $tax;
+
+ return ($amount,$tax);
+};
+
1;
__END__