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|
use utf8;
use strict;
use warnings;
use Test::More 1.302195;
use List::Util qw/max/;
use List::MoreUtils qw/all/;
use Scalar::Util qw/looks_like_number/;
use Clone qw/clone/;
use Module::Load::Conditional 0.66 qw/check_install/;
use Iterator::Simple qw/list/;
use Excel::ValueReader::XLSX;
note "testing Excel::ValueReader::XLSX version $Excel::ValueReader::XLSX::VERSION";
(my $tst_dir = $0) =~ s/valuereader\.t$//;
$tst_dir ||= "./";
my $xl_file = $tst_dir . "valuereader.xlsx";
my $xl_1904 = $tst_dir . "valuereader1904.xlsx";
my $xl_ulibuck = $tst_dir . "ulibuck.xlsx";
my $xl_mappe = $tst_dir . "Mappe1.xlsx";
my $xl_without_r = $tst_dir . "cells_without_r_attr.xlsx";
my @expected_sheet_names = qw/Test Empty Entities Tab_entities Dates Tables RemoteCells/;
my @expected_values = ( ["Hello", undef, undef, 22, 33, 55],
[123, undef, '<>'],
["This is bold text", undef, '&'],
["This is a Unicode string €", undef, '&<>'],
[],
[undef, "after an empty row and col",
undef, undef, undef,
"Hello after an empty row and col"],
["cell\r\nwith\r\nembedded newlines"],
);
my $expected_active_sheet = 6;
my @expected_tab_entities = (
[],
[],
['Nombre de Name', "\x{c9}tiquettes de colonnes" ],
["\x{c9}tiquettes de lignes", 'capital', 'small', '(vide)',
"Total g\x{e9}n\x{e9}ral"],
['A', '6', '6', undef, '12'],
['acute accent', '1', '1', undef, '2'],
['circumflex accent', '1', '1', undef, '2'],
['grave accent', '1', '1', undef, '2'],
['ring', '1', '1', undef, '2'],
['tilde', '1', '1', undef, '2'],
['dieresis or umlaut mark', '1', '1', undef, '2'],
['AE diphthong (ligature)', '1', '1', undef, '2'],
['(vide)', '1', '1', undef, '2'],
['C', '1', '1', undef, '2'],
['cedilla', '1', '1', undef, '2'],
['E', '4', '4', undef, '8'],
['acute accent', '1', '1', undef, '2'],
['circumflex accent', '1', '1', undef, '2'],
['grave accent', '1', '1', undef, '2'],
['dieresis or umlaut mark', '1', '1', undef, '2'],
['Eth', '1', '1', undef, '2'],
['Icelandic', '1', '1', undef, '2'],
['greater than', undef, undef, '1', '1'],
['(vide)', undef, undef, '1', '1'],
['I', '4', '4', undef, '8'],
['acute accent', '1', '1', undef, '2'],
['circumflex accent', '1', '1', undef, '2'],
['grave accent', '1', '1', undef, '2'],
['dieresis or umlaut mark', '1', '1', undef, '2'],
['less than', undef, undef, '1', '1'],
['(vide)', undef, undef, '1', '1'],
['N', '1', '1', undef, '2'],
['tilde', '1', '1', undef, '2'],
['O', '6', '6', undef, '12'],
['acute accent', '1', '1', undef, '2'],
['circumflex accent', '1', '1', undef, '2'],
['grave accent', '1', '1', undef, '2'],
['tilde', '1', '1', undef, '2'],
['dieresis or umlaut mark', '1', '1', undef, '2'],
['slash', '1', '1', undef, '2'],
['sharp s', undef, '1', undef, '1'],
['German (sz ligature)', undef, '1', undef, '1'],
['single quote', undef, undef, '1', '1'],
['(vide)', undef, undef, '1', '1'],
['THORN', '1', '1', undef, '2'],
['Icelandic', '1', '1', undef, '2'],
['U', '4', '4', undef, '8'],
['acute accent', '1', '1', undef, '2'],
['circumflex accent', '1', '1', undef, '2'],
['grave accent', '1', '1', undef, '2'],
['dieresis or umlaut mark', '1', '1', undef, '2'],
['Y', '1', '2', undef, '3'],
['acute accent', '1', '1', undef, '2'],
['dieresis or umlaut mark', undef, '1', undef, '1'],
['(vide)', undef, undef, '1', '1'],
['(vide)', undef, undef, '1', '1'],
['ampersand', undef, undef, '1', '1'],
['(vide)', undef, undef, '1', '1'],
["Total g\x{e9}n\x{e9}ral", '30', '32', '5', '67'],
);
my @expected_dates_and_times = (
[ '10.07.2020', '10.07.2020', '01.02.1989', '10.07.2020 02:57:00', '02:57:59'],
[ '10.07.2020', '10.07.2020', '31.12.1999', '10.07.2020 02:57:59', '01:23:00'],
[ '10.07.2020', undef, '01.01.1900', undef, '01:26:18'],
[ '10.07.2020', undef, '02.01.1900', ],
[ '10.07.2020', undef, '28.02.1900' ],
[ '10.07.2020', undef, '01.03.1900' ],
[ '10.07.2020', undef, '01.03.1900' ],
[ '10.07.2020', undef, '04.04.4444' ],
[ '10.07.2020' ],
[ '10.07.2020' ],
[ '10.07.2020' ],
);
# NOTE : cell C6 displays "29.02.1900" in Excel, but that date does not exist, so
# this module gets 01.03.1900 instead.
my @expected_dates_1904 = (
['11.07.2024', '11.07.2024', '01.02.1989',],
['11.07.2024', '11.07.2024', '31.12.1999',],
['11.07.2024', undef, '02.01.1904',],
['11.07.2024', undef, '03.01.1904',],
['11.07.2024', undef, '29.02.1904',],
['11.07.2024', undef, '01.03.1904',],
['11.07.2024', undef, '02.03.1904',],
['11.07.2024', undef, '05.04.4448',],
['11.07.2024', ],
['11.07.2024', ],
['11.07.2024', ],
);
my @expected_mappe = (
[qw/a b c d e a /],
[qw/a b c d e b /],
[qw/a b c d e c /],
[qw/a b c d e d /],
[qw/a b c d e e /],
[qw/a b bla-bla-bla bla-bla-bla bla-bla-bla f /],
[qw/a b bla-bla-bla bla-bla-bla bla-bla-bla 1 /],
[qw/a b bla-bla-bla bla-bla-bla bla-bla-bla 2 /],
[qw/a b bla-bla-bla d e 3 /],
[qw/a b bla-bla-bla d e 5 /],
[qw/a b c d e 6 /],
[qw/1 11 bla-bla-bla bla-bla-bla bla-bla-bla z /],
[qw/2 12 bla-bla-bla bla-bla-bla bla-bla-bla v /],
[qw/3 13 bla-bla-bla bla-bla-bla bla-bla-bla bla-bla-bla /],
[qw/4 14 c d e bla-bla-bla /],
[qw/5 15 c d e bla-bla-bla /],
[qw/6 16 c d e bla-bla-bla /],
[qw/7 17 bla-bla-bla bla-bla-bla bla-bla-bla bla-bla-bla /],
[qw/8 18 bla-bla-bla bla-bla-bla bla-bla-bla bla-bla-bla /],
[qw/9 19 bla-bla-bla bla-bla-bla bla-bla-bla bla-bla-bla /],
[qw/10 20 bla-bla-bla bla-bla-bla bla-bla-bla bla-bla-bla /],
[qw/11 21 bla-bla-bla bla-bla-bla bla-bla-bla bla-bla-bla /],
[qw/12 22 bla-bla-bla bla-bla-bla bla-bla-bla bla-bla-bla /],
);
my @expected_tab_names = qw(Entities tab_foobar tab_in_middle_of_sheet tab_without_headers
Cols_with_entities HasTotals);
my @expected_tab_foobar = (
{foo => 11, bar => 22},
{foo => 33, bar => 44},
);
my @expected_tab_badambum = (
{badam => 99, bum => 88},
{badam => 77, bum => 66},
);
my @expected_tab_no_headers = (
{col1 => 'aa', col2 => 'bb', col3 => 'cc'},
{col1 => 'dd', col2 => undef, col3 => undef},
{col1 => 'ee', col2 => 'ff', col3 => 'gg'},
);
my @expected_tab_cols_with_entities = (
{'col<' => 'foo', 'col&' => 'bar', 'col>' => 'bim'},
);
my @expected_tab_HasTotals = (
{x => 11, y => 22, z => 33},
{x => 44, y => 55, z => 66},
{x => 77, y => 88, z => 99},
);
my @expected_tab_HasTotals_incl_totals = (
@expected_tab_HasTotals,
{x => 77, y => 3, z => 198},
);
my @expected_tab_by_ref = (
{Name => 'amp', Char => '&'},
{Name => 'gt', Char => '>'},
{Name => 'lt', Char => '<'},
);
my @expected_without_r = (
[qw/One two three/],
[qw/four five six /],
[qw/seven eight nine /],
[11, 22],
[],
[33, 44],
);
my @backends = ('Regex');
push @backends, 'LibXML' if check_install(module => 'XML::LibXML::Reader');
foreach my $backend (@backends) {
# regular tests on values and tables
run_tests($xl_file, $backend, qw/values table/);
# iterator tests
run_tests($xl_file, $backend, sub {list(scalar shift->ivalues(@_))},
sub {my ($cols, $it) = shift->itable(@_); ($cols, list($it))});
}
sub run_tests {
my ($xl_source, $backend, $values_meth, $table_meth) = @_;
my $context = $backend;
$context .= "--iterator" if ref $values_meth;
# dirty hack when testing with LibXML, because \r\n are silently transformed into \n
local $expected_values[-1][0] = "cell\nwith\nembedded newlines"
if $backend eq 'LibXML';
# instantiate the reader
my $reader = Excel::ValueReader::XLSX->new(xlsx => $xl_source, using => $backend);
# check sheet names
my @sheet_names = $reader->sheet_names;
is_deeply(\@sheet_names, \@expected_sheet_names, "sheet names using $context");
# check active_sheet
is($reader->active_sheet, $expected_active_sheet, "active_sheet using $context");
# check a regular sheet
my $values = $reader->$values_meth('Test');
is_deeply($values, \@expected_values, "values using $context");
my $nb_cols = max map {scalar @$_} @$values;
is ($nb_cols, 6, "nb_cols using $context");
# check an empty sheet
my $empty = $reader->$values_meth('Empty');
is_deeply($empty, [], "empty values using $context");
# sheet with holes
my $shallow = $reader->$values_meth('RemoteCells');
is $shallow->[0][707], 'aaf1', 'remote horizontal cell';
is $shallow->[2555][0], 'a2556', 'remote vertical cell';
# tables
my ($entity_columns, $entities) = $reader->$table_meth('Entities');
is_deeply($entity_columns, [qw(Num Name Char Cap/small Letter Variant)],
"column names, using $context");
is $entities->[0]{Name}, 'amp' , "1st table row, name, using $context";
is $entities->[0]{Letter}, 'ampersand' , "1st table row, letter, using $context";
is $entities->[-1]{Name}, 'yuml' , "last table row, name, using $context";
is_deeply([$reader->table_names], \@expected_tab_names, "table names, using $context");
my $tab_foobar = $reader->$table_meth('tab_foobar', want_records => 1); # arg useless, this is the default
is_deeply($tab_foobar, \@expected_tab_foobar, "tab_foobar, using $context");
my $rows_foobar = $reader->$table_meth('tab_foobar', want_records => 0);
is_deeply($rows_foobar, [map {[@{$_}{qw/foo bar/}]} @expected_tab_foobar], "rows_foobar, using $context");
my $tab_badambum = $reader->$table_meth('tab_in_middle_of_sheet');
is_deeply($tab_badambum, \@expected_tab_badambum, "tab_badambum, using $context");
my ($col_headers, $tab_no_headers) = $reader->$table_meth('tab_without_headers');
is_deeply($tab_no_headers, \@expected_tab_no_headers, "tab_no_headers, using $context");
my $tab_cols_with_entities = $reader->$table_meth('Cols_with_entities');
is_deeply($tab_cols_with_entities, \@expected_tab_cols_with_entities, "tab_cols_with_entities, using $context");
my $tab_has_totals = $reader->$table_meth('HasTotals');
is_deeply($tab_has_totals, \@expected_tab_HasTotals, "tab_HasTotals, using $context");
my $tab_has_totals_incl_totals = $reader->$table_meth('HasTotals', with_totals => 1);
is_deeply($tab_has_totals_incl_totals, \@expected_tab_HasTotals_incl_totals, "tab_HasTotals with_totals=>1, using $context");
my $tab_by_ref = $reader->$table_meth(sheet => "Entities", ref => "B1:C4");
is_deeply($tab_by_ref, \@expected_tab_by_ref, "tab_by_ref");
# check a pivot table
my $tab_entities = $reader->$values_meth('Tab_entities');
is_deeply($tab_entities, \@expected_tab_entities, "tab_entities using $context");
# check date conversions
my $dates = $reader->$values_meth('Dates');
is_deeply($dates, \@expected_dates_and_times, "dates using $context");
# check time conversions with rounding hack
my $t1 = $reader->formatted_date("44022.123599537037", "[h]:mm:ss");
is($t1, '02:57:59', 'time conversion 1');
my $t2 = $reader->formatted_date("0.123599537037", "[h]:mm:ss");
is($t2, '02:57:59', 'time conversion 2');
# other date format
my $expected_other_format = clone \@expected_dates_and_times;
foreach my $row (@$expected_other_format) {
$_ and s/^(\d\d)\.(\d\d)\.\d\d(\d\d)/$2-$1-$3/ foreach @$row;
}
my $other_reader = Excel::ValueReader::XLSX->new(xlsx => $xl_source, using => $backend,
date_format => "%m-%d-%y");
my $other_dates = $other_reader->$values_meth('Dates');
is_deeply($other_dates, $expected_other_format, "dates with other format, using $context");
# no date format
my $reader_no_date = Excel::ValueReader::XLSX->new(xlsx => $xl_source, using => $backend,
date_formatter => undef);
my $dates_raw_nums = $reader_no_date->$values_meth('Dates');
my @all_vals_flat = grep {$_} map {@$_} @$dates_raw_nums;
my $are_all_numbers = all {looks_like_number($_)} @all_vals_flat;
ok($are_all_numbers, "dates with no format, using $context");
# Excel file in 1904 date format
my $reader_1904 = Excel::ValueReader::XLSX->new(xlsx => $xl_1904, using => $backend);
my $dates_1904 = $reader_1904->$values_meth('Dates');
is_deeply($dates_1904, \@expected_dates_1904, "dates in 1904 format, using $context");
# some edge cases provided by https://github.com/ulibuck
my $reader_ulibuck = Excel::ValueReader::XLSX->new(xlsx => $xl_ulibuck, using => $backend);
my $example1 = $reader_ulibuck->$values_meth('Example');
is($example1->[3][2], '30.12.2021', "date1904=\"false\", using $context");
my $example2 = $reader_ulibuck->$values_meth('Example two');
is($example2->[12][2], '# Dummy', "# Dummy, using $context");
# in this workbook the active_sheet is deliberately empty
ok(! defined $reader_ulibuck->active_sheet, "empty active_sheet, using $context");
# https://github.com/damil/Excel-ValueReader-XLSX/issues/2 : empty string (ulibuck++)
my $reader_mappe = Excel::ValueReader::XLSX->new(xlsx => $xl_mappe, using => $backend);
my $strings = $reader_mappe->$values_meth('Tabelle2');
is_deeply $strings, \@expected_mappe, "empty string nodes, using $context";
# cells do not always have a 'r' attribute
my $reader_without_r = Excel::ValueReader::XLSX->new(xlsx => $xl_without_r, using => $backend);
my $vals = $reader_without_r->$values_meth(1);
is_deeply $vals, \@expected_without_r, "cells without 'r' attribute, using $context";
}
done_testing();
|
