+ $input =~ s/(^|[^\#]) \# (\d+) /$1$_[$2 - 1]/gx;
+ $input =~ s/(^|[^\#]) \#\{(\d+)\}/$1$_[$2 - 1]/gx;
+ $input =~ s/\#\#/\#/g;
+
+ $main::lxdebug->leave_sub(2);
+
+ return $input;
+}
+
+#
+
+sub parse_amount {
+ $main::lxdebug->enter_sub(2);
+
+ my ($self, $myconfig, $amount) = @_;
+
+ if (!defined($amount) || ($amount eq '')) {
+ $main::lxdebug->leave_sub(2);
+ return 0;
+ }
+
+ if ( ($myconfig->{numberformat} eq '1.000,00')
+ || ($myconfig->{numberformat} eq '1000,00')) {
+ $amount =~ s/\.//g;
+ $amount =~ s/,/\./g;
+ }
+
+ if ($myconfig->{numberformat} eq "1'000.00") {
+ $amount =~ s/\'//g;
+ }
+
+ $amount =~ s/,//g;
+
+ $main::lxdebug->leave_sub(2);
+
+ # 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, $adjust) = @_;
+
+ return 0 if !defined $amount;
+
+ $places //= 0;
+
+ if ($adjust) {
+ my $precision = $::instance_conf->get_precision || 0.01;
+ return $self->round_amount( $self->round_amount($amount / $precision, 0) * $precision, $places);
+ }
+
+ # 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 $int_amount = int(abs $amount);
+ my $str_places = max(min(10, 16 - length("$int_amount") - $places), $places);
+ my $amount_str = sprintf '%.*f', $places + $str_places, abs($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;
+}
+
+sub parse_template {
+ $main::lxdebug->enter_sub();
+
+ my ($self, $myconfig) = @_;
+ my ($out, $out_mode);
+
+ local (*IN, *OUT);
+
+ my $defaults = SL::DB::Default->get;
+
+ my $keep_temp_files = $::lx_office_conf{debug} && $::lx_office_conf{debug}->{keep_temp_files};
+ $self->{cwd} = getcwd();
+ my $temp_dir = File::Temp->newdir(
+ "kivitendo-print-XXXXXX",
+ DIR => $self->{cwd} . "/" . $::lx_office_conf{paths}->{userspath},
+ CLEANUP => !$keep_temp_files,
+ );
+
+ my $userspath = File::Spec->abs2rel($temp_dir->dirname);
+ $self->{tmpdir} = $temp_dir->dirname;
+
+ my $ext_for_format;
+
+ my $template_type;
+ if ($self->{"format"} =~ /(opendocument|oasis)/i) {
+ $template_type = 'OpenDocument';
+ $ext_for_format = $self->{"format"} =~ m/pdf/ ? 'pdf' : 'odt';
+
+ } elsif ($self->{"format"} =~ /(postscript|pdf)/i) {
+ $template_type = 'LaTeX';
+ $ext_for_format = 'pdf';
+
+ } elsif (($self->{"format"} =~ /html/i) || (!$self->{"format"} && ($self->{"IN"} =~ /html$/i))) {
+ $template_type = 'HTML';
+ $ext_for_format = 'html';
+
+ } elsif ( $self->{"format"} =~ /excel/i ) {
+ $template_type = 'Excel';
+ $ext_for_format = 'xls';
projects / mfinanz.git / blobdiff