Spreadsheet-Read-0.81/0000755000031300001440000000000013530442215015256 5ustar00merijnusers00000000000000Spreadsheet-Read-0.81/t/0000755000031300001440000000000013530442215015521 5ustar00merijnusers00000000000000Spreadsheet-Read-0.81/t/30_xls.t0000644000031300001440000002040713231317773017031 0ustar00merijnusers00000000000000#!/usr/bin/perl use strict; use warnings; use Test::More; require Test::NoWarnings; use Spreadsheet::Read; my $parser; if ($parser = Spreadsheet::Read::parses ("xls")) { print STDERR "# Parser: $parser-", $parser->VERSION, "\n"; plan tests => 272; Test::NoWarnings->import; } else { plan skip_all => "No M\$-Excel parser found"; } { my $ref; $ref = ReadData ("no_such_file.xls"); ok (!defined $ref, "Nonexistent file"); $ref = ReadData ("files/empty.xls"); ok (!defined $ref, "Empty file"); } my $content; { local $/; open my $xls, "<", "files/test.xls" or die "files/test.xls: $!"; binmode $xls; $content = <$xls>; close $xls; } my $xls; foreach my $base ( [ "files/test.xls", "Read/Parse xls file" ], [ $content, "Parse xls data" ], ) { my ($txt, $msg) = @$base; ok ($xls = ReadData ($txt), $msg); ok (1, "Base values"); is (ref $xls, "ARRAY", "Return type"); is ($xls->[0]{type}, "xls", "Spreadsheet type"); is ($xls->[0]{sheets}, 2, "Sheet count"); is (ref $xls->[0]{sheet}, "HASH", "Sheet list"); is (scalar keys %{$xls->[0]{sheet}}, 2, "Sheet list count"); cmp_ok ($xls->[0]{version}, ">=", 0.26, "Parser version"); ok (1, "Defined fields"); foreach my $cell (qw( A1 A2 A3 A4 B1 B2 B4 C3 C4 D1 D3 )) { my ($c, $r) = cell2cr ($cell); is ($xls->[1]{cell}[$c][$r], $cell, "Unformatted cell $cell"); is ($xls->[1]{$cell}, $cell, "Formatted cell $cell"); } ok (1, "Undefined fields"); foreach my $cell (qw( B3 C1 C2 D2 D4 )) { my ($c, $r) = cell2cr ($cell); is ($xls->[1]{cell}[$c][$r], undef, "Unformatted cell $cell"); is ($xls->[1]{$cell}, undef, "Formatted cell $cell"); } my @row = Spreadsheet::Read::rows ($xls->[1]); is (scalar @row, 4, "Row'ed rows"); is (scalar @{$row[3]}, 4, "Row'ed columns"); is ($row[0][3], "D1", "Row'ed value D1"); is ($row[3][2], "C4", "Row'ed value C4"); } # This files is generated under Mac OS/X Tiger ok (1, "XLS File fom Mac OS X"); ok ($xls = ReadData ("files/macosx.xls", clip => 0), "Read/Parse Mac OS X xls file"); ok (1, "Base values"); is ($xls->[0]{sheets}, 3, "Sheet count"); is ($xls->[0]{sheet}{Sheet3}, 3, "Sheet labels"); is ($xls->[1]{maxrow}, 25, "MaxRow"); is ($xls->[1]{maxcol}, 3, "MaxCol"); is ($xls->[2]{label}, "Sheet2", "Sheet label"); is ($xls->[2]{maxrow}, 0, "Empty sheet maxrow"); is ($xls->[2]{maxcol}, 0, "Empty sheet maxcol"); ok (1, "Content"); is ($#{$xls->[1]{cell}[3]}, $xls->[1]{maxrow}, "cell structure"); ok (defined $xls->[1]{cell}[$xls->[1]{maxcol}][$xls->[1]{maxrow}], "last cell"); foreach my $x (1 .. 17) { my $cell = cr2cell (1, $x); is ($xls->[1]{$cell}, $x, "Cell $cell"); is ($xls->[1]{cell}[1][$x], $x, "Cell 1, $x"); } foreach my $x (1 .. 25) { my $cell = cr2cell (3, $x); is ($xls->[1]{$cell}, $x, "Cell $cell"); is ($xls->[1]{cell}[3][$x], $x, "Cell 3, $x"); } foreach my $cell (qw( A18 B1 B6 B20 C26 D14 )) { my ($c, $r) = cell2cr ($cell); is ($xls->[1]{cell}[$c][$r], undef, "Cell $cell"); is ($xls->[1]{$cell}, undef, "Cell $c, $r"); } eval { eval "use ".$parser."::FmtDefault"; my ($pm) = map { $INC{$_} } grep m{FmtDefault.pm$}i => keys %INC; if (open my $ph, "<", $pm) { my $l; $l = <$ph> for 1 .. 68; close $ph; if ($l =~ m/'C\*'/) { print STDERR "\n", "# If the next tests give warnings like\n", "# Character in 'C' format wrapped in pack at\n", "# $pm line 68\n", "# Change C* to U* in line 68\n", "# patch -p0 ; s/\bPM\b/$pm/ for @patch; open $ph, ">", "SPE68.diff" or die "SPE68.diff: $!\n"; print $ph @patch; close $ph; } } }; # Tests for empty thingies ok ($xls = ReadData ("files/values.xls"), "True/False values"); ok (my $ss = $xls->[1], "first sheet"); is ($ss->{cell}[1][1], "A1", "unformatted plain text"); is ($ss->{cell}[2][1], " ", "unformatted space"); is ($ss->{cell}[3][1], undef, "unformatted empty"); is ($ss->{cell}[4][1], "0", "unformatted numeric 0"); is ($ss->{cell}[5][1], "1", "unformatted numeric 1"); is ($ss->{cell}[6][1], "", "unformatted a single '"); is ($ss->{A1}, "A1", "formatted plain text"); is ($ss->{B1}, " ", "formatted space"); is ($ss->{C1}, undef, "formatted empty"); is ($ss->{D1}, "0", "formatted numeric 0"); is ($ss->{E1}, "1", "formatted numeric 1"); is ($ss->{F1}, "", "formatted a single '"); { # RT#74976] Error Received when reading empty sheets foreach my $strip (0 .. 3) { my $ref = ReadData ("files/blank.xls", strip => $strip); ok ($ref, "File with no content - strip $strip"); } } # blank.xls has only one sheet with A1 filled with ' ' { my $ref = ReadData ("files/blank.xls", clip => 0, strip => 0); ok ($ref, "!clip strip 0"); is ($ref->[1]{maxrow}, 2, "maxrow 2"); is ($ref->[1]{maxcol}, 1, "maxcol 1"); is ($ref->[1]{cell}[1][1], " ", "(1, 1) = ' '"); is ($ref->[1]{A1}, " ", "A1 = ' '"); $ref = ReadData ("files/blank.xls", clip => 0, strip => 1); ok ($ref, "!clip strip 1"); is ($ref->[1]{maxrow}, 2, "maxrow 2"); is ($ref->[1]{maxcol}, 1, "maxcol 1"); is ($ref->[1]{cell}[1][1], "", "blank (1, 1)"); is ($ref->[1]{A1}, "", "undef A1"); $ref = ReadData ("files/blank.xls", clip => 0, strip => 1, cells => 0); ok ($ref, "!clip strip 1"); is ($ref->[1]{maxrow}, 2, "maxrow 2"); is ($ref->[1]{maxcol}, 1, "maxcol 1"); is ($ref->[1]{cell}[1][1], "", "blank (1, 1)"); is ($ref->[1]{A1}, undef, "undef A1"); $ref = ReadData ("files/blank.xls", clip => 0, strip => 2, rc => 0); ok ($ref, "!clip strip 2"); is ($ref->[1]{maxrow}, 2, "maxrow 2"); is ($ref->[1]{maxcol}, 1, "maxcol 1"); is ($ref->[1]{cell}[1][1], undef, "undef (1, 1)"); is ($ref->[1]{A1}, "", "blank A1"); $ref = ReadData ("files/blank.xls", clip => 0, strip => 3, cells => 0, rc => 0); ok ($ref, "!clip strip 3"); is ($ref->[1]{maxrow}, 2, "maxrow 2"); is ($ref->[1]{maxcol}, 1, "maxcol 1"); is ($ref->[1]{cell}[1][1], undef, "undef (1, 1)"); is ($ref->[1]{A1}, undef, "undef A1"); $ref = ReadData ("files/blank.xls", clip => 1, strip => 0); ok ($ref, " clip strip 0"); is ($ref->[1]{maxrow}, 1, "maxrow 1"); is ($ref->[1]{maxcol}, 1, "maxcol 1"); is ($ref->[1]{cell}[1][1], " ", "(1, 1) = ' '"); is ($ref->[1]{A1}, " ", "A1 = ' '"); $ref = ReadData ("files/blank.xls", clip => 1, strip => 1); ok ($ref, " clip strip 1"); is ($ref->[1]{maxrow}, 0, "maxrow 1"); is ($ref->[1]{maxcol}, 0, "maxcol 1"); is ($ref->[1]{cell}[1][1], undef, "undef (1, 1)"); is ($ref->[1]{A1}, undef, "undef A1"); $ref = ReadData ("files/blank.xls", clip => 1, strip => 1, cells => 0); ok ($ref, " clip strip 1"); is ($ref->[1]{maxrow}, 0, "maxrow 1"); is ($ref->[1]{maxcol}, 0, "maxcol 1"); is ($ref->[1]{cell}[1][1], undef, "undef (1, 1)"); is ($ref->[1]{A1}, undef, "undef A1"); $ref = ReadData ("files/blank.xls", clip => 1, strip => 2, rc => 0); ok ($ref, " clip strip 2"); is ($ref->[1]{maxrow}, 0, "maxrow 1"); is ($ref->[1]{maxcol}, 0, "maxcol 1"); is ($ref->[1]{cell}[1][1], undef, "undef (1, 1)"); is ($ref->[1]{A1}, undef, "undef A1"); $ref = ReadData ("files/blank.xls", clip => 1, strip => 3, cells => 0, rc => 0); ok ($ref, " clip strip 3"); is ($ref->[1]{maxrow}, 0, "maxrow 1"); is ($ref->[1]{maxcol}, 0, "maxcol 1"); is ($ref->[1]{cell}[1][1], undef, "undef (1, 1)"); is ($ref->[1]{A1}, undef, "undef A1"); } __END__ --- PM 2005-09-15 14:16:36.163623616 +0200 +++ PM 2005-09-15 14:11:56.289171000 +0200 @@ -65,7 +65,7 @@ sub new($;%) { sub TextFmt($$;$) { my($oThis, $sTxt, $sCode) =@_; return $sTxt if((! defined($sCode)) || ($sCode eq '_native_')); - return pack('C*', unpack('n*', $sTxt)); + return pack('U*', unpack('n*', $sTxt)); } #------------------------------------------------------------------------------ # FmtStringDef (for Spreadsheet::ParseExcel::FmtDefault) Spreadsheet-Read-0.81/t/46_clr.t0000644000031300001440000000273511163651103017004 0ustar00merijnusers00000000000000#!/usr/bin/perl use strict; use warnings; my $tests = 256; use Test::More; require Test::NoWarnings; use Spreadsheet::Read; my $parser = Spreadsheet::Read::parses ("ods") or plan skip_all => "No OpenOffice ODS parser found"; $parser->VERSION <= 0.20 and plan skip_all => "Spreadsheet::ReadSXC version " . $parser->VERSION . " doesn't support field attributes"; my $ods; ok ($ods = ReadData ("files/attr.ods", attr => 1), "Excel Attributes testcase"); my $clr = $ods->[$ods->[0]{sheet}{Colours}]; is ($clr->{cell}[1][1], "auto", "Auto"); is ($clr->{attr}[1][1]{fgcolor}, undef, "Unspecified font color"); is ($clr->{attr}[1][1]{bgcolor}, undef, "Unspecified fill color"); my @clr = ( [], [ "auto", undef ], [ "red", "#ff0000" ], [ "green", "#008000" ], [ "blue", "#0000ff" ], [ "white", "#ffffff" ], [ "yellow", "#ffff00" ], [ "lightgreen", "#00ff00" ], [ "lightblue", "#00ccff" ], [ "gray", "#808080" ], ); foreach my $col (1 .. $#clr) { my $bg = $clr[$col][1]; is ($clr->{cell}[$col][1], $clr[$col][0], "Column $col header"); foreach my $row (1 .. $#clr) { my $fg = $clr[$row][1]; is ($clr->{cell}[1][$row], $clr[$row][0], "Row $row header"); is ($clr->{attr}[$col][$row]{fgcolor}, $fg, "FG ($col, $row)"); is ($clr->{attr}[$col][$row]{bgcolor}, $bg, "BG ($col, $row)"); } } unless ($ENV{AUTOMATED_TESTING}) { Test::NoWarnings::had_no_warnings (); $tests++; } done_testing ($tests); Spreadsheet-Read-0.81/t/45_ods.t0000644000031300001440000000662411163712761017021 0ustar00merijnusers00000000000000#!/usr/bin/perl use strict; use warnings; my $tests = 301; use Test::More; require Test::NoWarnings; use Spreadsheet::Read; Spreadsheet::Read::parses ("ods") or plan skip_all => "No SXC parser found"; my $content; { local $/; open my $xml, "<", "files/content.xml" or die "files/content.xml: $!\n"; binmode $xml; $content = <$xml>; close $xml; } { my $ref; $ref = ReadData ("no_such_file.ods"); ok (!defined $ref, "Nonexistent file"); # Too noisy #eval { $ref = ReadData ("files/empty.ods") }; #ok (!defined $ref, "Empty file"); #like ($@, qr/too short/); } foreach my $base ( [ "files/test.ods", "Read/Parse ods file" ], [ "files/content.xml", "Read/Parse xml file" ], [ $content, "Parse xml data" ], ) { my ($txt, $msg) = @$base; my $sxc; ok ($sxc = ReadData ($txt), $msg); ok (1, "Base values"); is (ref $sxc, "ARRAY", "Return type"); is ($sxc->[0]{type}, "sxc", "Spreadsheet type"); is ($sxc->[0]{sheets}, 2, "Sheet count"); is (ref $sxc->[0]{sheet}, "HASH", "Sheet list"); is (scalar keys %{$sxc->[0]{sheet}}, 2, "Sheet list count"); # This should match the version required in Makefile.PL's PREREQ_PM cmp_ok ($sxc->[0]{version}, ">=", 0.12, "Parser version"); ok (1, "Sheet 1"); # Simple sheet with cells filled with the cell label: # -- -- -- -- # A1 B1 D1 # A2 B2 # A3 C3 D3 # A4 B4 C4 ok (1, "Defined fields"); foreach my $cell (qw( A1 A2 A3 A4 B1 B2 B4 C3 C4 D1 D3 )) { my ($c, $r) = cell2cr ($cell); is ($sxc->[1]{cell}[$c][$r], $cell, "Unformatted cell $cell"); is ($sxc->[1]{$cell}, $cell, "Formatted cell $cell"); } ok (1, "Undefined fields"); foreach my $cell (qw( B3 C1 C2 D2 D4 )) { my ($c, $r) = cell2cr ($cell); is ($sxc->[1]{cell}[$c][$r], undef, "Unformatted cell $cell"); is ($sxc->[1]{$cell}, undef, "Formatted cell $cell"); } ok (1, "Nonexistent fields"); foreach my $cell (qw( A9 X6 B17 AB4 BE33 )) { my ($c, $r) = cell2cr ($cell); is ($sxc->[1]{cell}[$c][$r], undef, "Unformatted cell $cell"); is ($sxc->[1]{$cell}, undef, "Formatted cell $cell"); } ok (1, "Sheet 2"); # Sheet with merged cells and notes/annotations # x x x # x x # x x x ok (1, "Defined fields"); foreach my $cell (qw( A1 C1 E1 B2 D2 A3 C3 E3 )) { my ($c, $r) = cell2cr ($cell); is ($sxc->[2]{cell}[$c][$r], "x", "Unformatted cell $cell"); is ($sxc->[2]{$cell}, "x", "Formatted cell $cell"); } ok (1, "Undefined fields"); foreach my $cell (qw( B1 D1 A2 C2 E2 B3 D3 )) { my ($c, $r) = cell2cr ($cell); is ($sxc->[2]{cell}[$c][$r], undef, "Unformatted cell $cell"); is ($sxc->[2]{$cell}, undef, "Formatted cell $cell"); } ok (1, "Nonexistent fields"); foreach my $cell (qw( A9 X6 B17 AB4 BE33 )) { my ($c, $r) = cell2cr ($cell); is ($sxc->[2]{cell}[$c][$r], undef, "Unformatted cell $cell"); is ($sxc->[2]{$cell}, undef, "Formatted cell $cell"); } # Sheet order ok (exists $sxc->[0]{sheet}{Sheet1}, "Sheet labels in metadata"); my @sheets = map { $sxc->[$_]{label} } 1 .. $sxc->[0]{sheets}; SKIP: { $sxc->[0]{version} < 0.20 and skip "Not supported", 1; is ("@sheets", "@{['Sheet1','Second Sheet']}", "Sheet order"); } } unless ($ENV{AUTOMATED_TESTING}) { Test::NoWarnings::had_no_warnings (); $tests++; } done_testing ($tests); Spreadsheet-Read-0.81/t/214_csv.t0000644000031300001440000000602213016541261017067 0ustar00merijnusers00000000000000#!/usr/bin/perl use strict; use warnings; BEGIN { $ENV{SPREADSHEET_READ_CSV} = "Text::CSV_XS"; } my $tests = 118; use Test::More; require Test::NoWarnings; use Spreadsheet::Read qw( ReadData cell2cr row cellrow ); my $parser = Spreadsheet::Read::parses ("csv") or plan skip_all => "Cannot use $ENV{SPREADSHEET_READ_CSV}"; sub ReadDataCSV { ReadData (@_, parser => "csv"); } # ReadDataCSV { my $ref; $ref = ReadDataCSV ("files/empty.txt"); ok (!defined $ref, "Empty file"); } my $csv; ok ($csv = ReadDataCSV ("files/test.txt"), "Read/Parse csv file"); ok (1, "Base values"); is (ref $csv, "ARRAY", "Return type"); is ($csv->[0]{type}, "csv", "Spreadsheet type"); is ($csv->[0]{sheets}, 1, "Sheet count"); is (ref $csv->[0]{sheet}, "HASH", "Sheet list"); is (scalar keys %{$csv->[0]{sheet}}, 1, "Sheet list count"); cmp_ok ($csv->[0]{version}, ">=", 0.01, "Parser version"); is ($csv->[1]{maxrow}, 5, "Last row"); is ($csv->[1]{maxcol}, 19, "Last column"); is ($csv->[1]{cell}[$csv->[1]{maxcol}][$csv->[1]{maxrow}], "LASTFIELD", "Last field"); ok (1, "Defined fields"); foreach my $cell (qw( A1 A2 A3 A4 B1 B2 B4 C3 C4 D1 D3 )) { my ($c, $r) = cell2cr ($cell); is ($csv->[1]{cell}[$c][$r], $cell, "Unformatted cell $cell"); is ($csv->[1]{$cell}, $cell, "Formatted cell $cell"); } ok (1, "Undefined fields"); foreach my $cell (qw( B3 C1 C2 D2 D4 )) { my ($c, $r) = cell2cr ($cell); is ($csv->[1]{cell}[$c][$r], "", "Unformatted cell $cell"); is ($csv->[1]{$cell}, "", "Formatted cell $cell"); } my @row = ("A3", "", "C3", "D3", (undef) x 15); is_deeply ([ row ($csv->[1], 3) ], \@row, "Formatted row 3"); is_deeply ([ cellrow ($csv->[1], 3) ], \@row, "Unformatted row 3"); ok ($csv = ReadDataCSV ("files/test_m.txt"), "Read/Parse M\$ csv file"); ok (1, "Defined fields"); foreach my $cell (qw( A1 A2 A3 A4 B1 B2 B4 C3 C4 D1 D3 )) { my ($c, $r) = cell2cr ($cell); is ($csv->[1]{cell}[$c][$r], $cell, "Unformatted cell $cell"); is ($csv->[1]{$cell}, $cell, "Formatted cell $cell"); } ok (1, "Undefined fields"); foreach my $cell (qw( B3 C1 C2 D2 D4 )) { my ($c, $r) = cell2cr ($cell); is ($csv->[1]{cell}[$c][$r], "", "Unformatted cell $cell"); is ($csv->[1]{$cell}, "", "Formatted cell $cell"); } ok ($csv = ReadDataCSV ("files/test_x.txt", sep => "=", quote => "_"), "Read/Parse strange csv file"); ok (1, "Defined fields"); foreach my $cell (qw( A1 A2 A3 A4 B1 B2 B4 C3 C4 D1 D3 )) { my ($c, $r) = cell2cr ($cell); is ($csv->[1]{cell}[$c][$r], $cell, "Unformatted cell $cell"); is ($csv->[1]{$cell}, $cell, "Formatted cell $cell"); } ok (1, "Undefined fields"); foreach my $cell (qw( B3 C1 C2 D2 D4 )) { my ($c, $r) = cell2cr ($cell); is ($csv->[1]{cell}[$c][$r], "", "Unformatted cell $cell"); is ($csv->[1]{$cell}, "", "Formatted cell $cell"); } unless ($ENV{AUTOMATED_TESTING}) { Test::NoWarnings::had_no_warnings (); $tests++; } done_testing ($tests); Spreadsheet-Read-0.81/t/213_csv.t0000644000031300001440000000577013016541245017101 0ustar00merijnusers00000000000000#!/usr/bin/perl use strict; use warnings; BEGIN { $ENV{SPREADSHEET_READ_CSV} = "Text::CSV_XS"; } my $tests = 117; use Test::More; require Test::NoWarnings; use Spreadsheet::Read; my $parser = Spreadsheet::Read::parses ("csv") or plan skip_all => "Cannot use $ENV{SPREADSHEET_READ_CSV}"; sub ReadDataStream { my $file = shift; open my $fh, "<", $file or return undef; ReadData ($fh, parser => "csv", @_); } # ReadDataStream { my $ref; $ref = ReadDataStream ("no_such_file.csv"); ok (!defined $ref, "Nonexistent file"); $ref = ReadDataStream ("files/empty.csv"); ok (!defined $ref, "Empty file"); } my $csv; ok ($csv = ReadDataStream ("files/test.csv"), "Read/Parse csv file"); ok (1, "Base values"); is (ref $csv, "ARRAY", "Return type"); is ($csv->[0]{type}, "csv", "Spreadsheet type"); is ($csv->[0]{sheets}, 1, "Sheet count"); is (ref $csv->[0]{sheet}, "HASH", "Sheet list"); is (scalar keys %{$csv->[0]{sheet}}, 1, "Sheet list count"); cmp_ok ($csv->[0]{version}, ">=", 0.01, "Parser version"); is ($csv->[1]{maxrow}, 5, "Last row"); is ($csv->[1]{maxcol}, 19, "Last column"); is ($csv->[1]{cell}[$csv->[1]{maxcol}][$csv->[1]{maxrow}], "LASTFIELD", "Last field"); ok (1, "Defined fields"); foreach my $cell (qw( A1 A2 A3 A4 B1 B2 B4 C3 C4 D1 D3 )) { my ($c, $r) = cell2cr ($cell); is ($csv->[1]{cell}[$c][$r], $cell, "Unformatted cell $cell"); is ($csv->[1]{$cell}, $cell, "Formatted cell $cell"); } ok (1, "Undefined fields"); foreach my $cell (qw( B3 C1 C2 D2 D4 )) { my ($c, $r) = cell2cr ($cell); is ($csv->[1]{cell}[$c][$r], "", "Unformatted cell $cell"); is ($csv->[1]{$cell}, "", "Formatted cell $cell"); } ok ($csv = ReadDataStream ("files/test_m.csv", sep => ";"), "Read/Parse M\$ csv file"); ok (1, "Defined fields"); foreach my $cell (qw( A1 A2 A3 A4 B1 B2 B4 C3 C4 D1 D3 )) { my ($c, $r) = cell2cr ($cell); is ($csv->[1]{cell}[$c][$r], $cell, "Unformatted cell $cell"); is ($csv->[1]{$cell}, $cell, "Formatted cell $cell"); } ok (1, "Undefined fields"); foreach my $cell (qw( B3 C1 C2 D2 D4 )) { my ($c, $r) = cell2cr ($cell); is ($csv->[1]{cell}[$c][$r], "", "Unformatted cell $cell"); is ($csv->[1]{$cell}, "", "Formatted cell $cell"); } ok ($csv = ReadDataStream ("files/test_x.csv", sep => "=", quote => "_"), "Read/Parse strange csv file"); ok (1, "Defined fields"); foreach my $cell (qw( A1 A2 A3 A4 B1 B2 B4 C3 C4 D1 D3 )) { my ($c, $r) = cell2cr ($cell); is ($csv->[1]{cell}[$c][$r], $cell, "Unformatted cell $cell"); is ($csv->[1]{$cell}, $cell, "Formatted cell $cell"); } ok (1, "Undefined fields"); foreach my $cell (qw( B3 C1 C2 D2 D4 )) { my ($c, $r) = cell2cr ($cell); is ($csv->[1]{cell}[$c][$r], "", "Unformatted cell $cell"); is ($csv->[1]{$cell}, "", "Formatted cell $cell"); } unless ($ENV{AUTOMATED_TESTING}) { Test::NoWarnings::had_no_warnings (); $tests++; } done_testing ($tests); Spreadsheet-Read-0.81/t/601_clr.t0000644000031300001440000000273112564056346017073 0ustar00merijnusers00000000000000#!/usr/bin/perl use strict; use warnings; my $tests = 257; use Test::More; require Test::NoWarnings; use Spreadsheet::Read; Spreadsheet::Read::parses ("xlsx") or plan skip_all => "No MS-Excel parser found"; my $xls; ok ($xls = ReadData ("files/attr.xlsx", attr => 1), "Excel Attributes testcase"); SKIP: { ok (my $clr = $xls->[$xls->[0]{sheet}{Colours}], "colors"); defined $clr->{attr}[2][2]{fgcolor} or skip "$xls->[0]{parser} $xls->[0]{version} does not reliably support colors yet", 255; is ($clr->{cell}[1][1], "auto", "Auto"); is ($clr->{attr}[1][1]{fgcolor}, undef, "Unspecified font color"); is ($clr->{attr}[1][1]{bgcolor}, undef, "Unspecified fill color"); my @clr = ( [], [ "auto", undef ], [ "red", "#ff0000" ], [ "green", "#008000" ], [ "blue", "#0000ff" ], [ "white", "#ffffff" ], [ "yellow", "#ffff00" ], [ "lightgreen", "#00ff00" ], [ "lightblue", "#00ccff" ], [ "gray", "#808080" ], ); foreach my $col (1 .. $#clr) { my $bg = $clr[$col][1]; is ($clr->{cell}[$col][1], $clr[$col][0], "Column $col header"); foreach my $row (1 .. $#clr) { my $fg = $clr[$row][1]; is ($clr->{cell}[1][$row], $clr[$row][0], "Row $row header"); is ($clr->{attr}[$col][$row]{fgcolor}, $fg, "FG ($col, $row)"); is ($clr->{attr}[$col][$row]{bgcolor}, $bg, "BG ($col, $row)"); } } } unless ($ENV{AUTOMATED_TESTING}) { Test::NoWarnings::had_no_warnings (); $tests++; } done_testing ($tests); Spreadsheet-Read-0.81/t/999_fail.t0000644000031300001440000000054213234277602017243 0ustar00merijnusers00000000000000#!/usr/bin/perl use strict; use warnings; BEGIN { $ENV{SPREADSHEET_READ_XLSX} = "Test::More"; } my $tests = 2; use Test::More; require Test::NoWarnings; use Spreadsheet::Read; is (Spreadsheet::Read::parses ("xlsx"), 0, "Invalid module name for xlsx"); like ($@, qr/^Test::More is not supported/, "Error reason"); done_testing ($tests); Spreadsheet-Read-0.81/t/603_misc.t0000644000031300001440000000220413231321663017230 0ustar00merijnusers00000000000000#!/usr/bin/perl use strict; use warnings; my $tests = 5; use Test::More; require Test::NoWarnings; use Spreadsheet::Read; Spreadsheet::Read::parses ("xlsx") or plan skip_all => "No MS-Excel parser found"; my $xls; { local *STDERR; # We want the debug activated, but not shown open STDERR, ">", "/dev/null" or die "/dev/null: $!\n"; $xls = ReadData ("files/misc.xlsx", # All defaults reversed rc => 0, cells => 0, attr => 1, clip => 1, debug => 5, ); } ok ($xls, "Open with options"); is ($xls->[0]{sheets}, 3, "Sheet Count"); { local *STDERR; # We want the debug activated, but not shown open STDERR, ">", "/dev/null" or die "/dev/null: $!\n"; $xls = ReadData ("files/misc.xlsx", # All defaults reversed, but undef rc => undef, cells => undef, attr => 1, clip => 1, debug => 5, ); } ok ($xls, "Open with options"); is ($xls->[1]{cell}[1], undef, "undef works as option value for 'rc'"); ok (!exists $xls->[1]{A1}, "undef works as option value for 'cells'"); unless ($ENV{AUTOMATED_TESTING}) { Test::NoWarnings::had_no_warnings (); $tests++; } done_testing ($tests); Spreadsheet-Read-0.81/t/624_dates.t0000644000031300001440000000510112543027367017410 0ustar00merijnusers00000000000000#!/usr/bin/perl use strict; use warnings; BEGIN { $ENV{SPREADSHEET_READ_XLSX} = "Spreadsheet::XLSX"; } my $tests = 103; use Test::More; require Test::NoWarnings; use Spreadsheet::Read; Spreadsheet::Read::parses ("xlsx") or plan skip_all => "Cannot use $ENV{SPREADSHEET_READ_XLSX}"; BEGIN { delete @ENV{qw( LANG LC_ALL LC_DATE )}; } my $xls; ok ($xls = ReadData ("files/Dates.xlsx", attr => 1, dtfmt => "yyyy-mm-dd"), "Excel Date testcase"); my %fmt = ( A1 => [ "8-Aug", "d-mmm" ], A2 => [ "12-Aug", "d-mmm" ], A3 => [ "8-Dec", "d-mmm" ], A4 => [ "13-Aug", "d-mmm" ], A6 => [ "Short: dd-MM-yyyy", undef ], A7 => [ "2008-08-13", "yyyy-mm-dd" ], B1 => [ 20080808, "yyyymmdd" ], B2 => [ 20080812, "yyyymmdd" ], B3 => [ 20081208, "yyyymmdd" ], B4 => [ 20080813, "yyyymmdd" ], B6 => [ "Long: ddd, dd MMM yyyy", undef ], B7 => [ "Wed, 13 Aug 2008", "ddd, dd mmm yyyy" ], C1 => [ "2008-08-08", "yyyy-mm-dd" ], C2 => [ "2008-08-12", "yyyy-mm-dd" ], C3 => [ "2008-12-08", "yyyy-mm-dd" ], C4 => [ "2008-08-13", "yyyy-mm-dd" ], C6 => [ "Default format 0x0E", undef ], C7 => [ "8/13/08", "m/d/yy" ], D1 => [ "08/08/2008", "mm/dd/yyyy" ], D2 => [ "08/12/2008", "mm/dd/yyyy" ], D3 => [ "12/08/2008", "mm/dd/yyyy" ], D4 => [ "08/13/2008", "mm/dd/yyyy" ], E1 => [ "08 Aug 2008", undef ], E2 => [ "12 Aug 2008", undef ], E3 => [ "08 Dec 2008", undef ], E4 => [ "13 Aug 2008", undef ], ); SKIP: { ok (my $ss = $xls->[1], "sheet"); ok (my $attr = $ss->{attr}, "attr"); defined $attr->[2][1]{format} or skip "$xls->[0]{parser} $xls->[0]{version} does not reliably support formats", 100; my @date = (undef, 39668, 39672, 39790, 39673); my @fmt = (undef, "d-mmm", "yyyymmdd", "yyyy-mm-dd", "mm/dd/yyyy"); foreach my $r (1 .. 4) { is ($ss->{cell}[$_][$r], $date[$r], "Date value row $r col $_") for 1 .. 4; is ($attr->[$_][$r]{type}, "date", "Date type row $r col $_") for 1 .. 4; is ($attr->[$_][$r]{format}, $fmt[$_], "Date format row $r col $_") for 1 .. 4; } foreach my $r (1..4,6..7) { foreach my $c (1..5) { my $cell = cr2cell ($c, $r); my $fmt = $ss->{attr}[$c][$r]{format}; defined $ss->{$cell} or next; is ($ss->{$cell}, $fmt{$cell}[0], "$cell content"); is ($fmt, $fmt{$cell}[1], "$cell format"); } } } unless ($ENV{AUTOMATED_TESTING}) { Test::NoWarnings::had_no_warnings (); $tests++; } done_testing ($tests); Spreadsheet-Read-0.81/t/205_csv.t0000644000031300001440000002352713505433730017104 0ustar00merijnusers00000000000000#!/usr/bin/perl use strict; use warnings; # OO version of 200_csv.t my $tests = 261; use Test::More; require Test::NoWarnings; use Spreadsheet::Read; my $parser = Spreadsheet::Read::parses ("csv") or plan skip_all => "No CSV parser found"; { my $ref; is (Spreadsheet::Read->new ("no_such_file.csv"), undef, "Open nonexisting file"); ok ($@, "No sheets read: $@"); # No such file or directory is (Spreadsheet::Read->new ("files/empty.csv"), undef, "Open empty file"); is ($@, "files/empty.csv is empty", "No sheets read"); } my $csv; ok ($csv = Spreadsheet::Read->new ("files/test.csv"), "Read/Parse csv file"); ok ($csv->parses ("CSV"), "Parses CSV"); is ($csv->cr2cell (1, 1), "A1", "method cr2cell"); ok (1, "Base values"); is (ref $csv, "Spreadsheet::Read", "Return type"); is ($csv->[0]{type}, "csv", "Spreadsheet type"); is ($csv->[0]{sheets}, 1, "Sheet count"); is (ref $csv->[0]{sheet}, "HASH", "Sheet list"); is (scalar keys %{$csv->[0]{sheet}}, 1, "Sheet list count"); cmp_ok ($csv->[0]{version}, ">=", 0.01, "Parser version"); is_deeply ([$csv->cellrow (1, 1)], ["A1","B1","","D1",(undef) x 15], "row 1"); is ($csv->cellrow (1, 255), undef, "No such row 255"); is ($csv->cellrow (1, -55), undef, "No such row -55"); is ($csv->cellrow (1, 0), undef, "No such row 0"); is ($csv->cellrow (0, 1), undef, "No such sheet 0"); is ($csv->cellrow (-2, 1), undef, "Wrong sheet -2"); is ($csv->cellrow (-20, 1), undef, "No such sheet -20"); is_deeply ([$csv->row (1, 1)], ["A1","B1","","D1",(undef) x 15], "row 1"); is ($csv->row (1, 255), undef, "No such row 255"); is ($csv->row (1, -55), undef, "No such row -55"); is ($csv->row (1, 0), undef, "No such row 0"); is ($csv->row (0, 1), undef, "No such sheet 0"); is ($csv->row (-2, 1), undef, "Wrong sheet -2"); is ($csv->row (-20, 1), undef, "No such sheet -20"); is ($csv->sheet ( 0), undef, "Sheet 0"); is ($csv->sheet (255), undef, "Sheet 255"); is ($csv->sheet (-55), undef, "Sheet -55"); is ($csv->sheet ("="), undef, "Sheet '='"); is (Spreadsheet::Read::sheet (undef, 1), undef, "Don't be silly"); is (Spreadsheet::Read::sheet ($csv, -9), undef, "Don't be silly"); ok (my $sheet = $csv->sheet (1), "Sheet 1"); is ($sheet->maxrow, 5, "Last row"); is ($sheet->maxcol, 19, "Last column"); is ($sheet->cell ($sheet->maxcol, $sheet->maxrow), "LASTFIELD", "Last field"); is_deeply ([$sheet->cellrow (1)], ["A1","B1","","D1",(undef) x 15], "row 1"); is ($sheet->cellrow (255), undef, "No such row 255"); is ($sheet->cellrow (-55), undef, "No such row -55"); is ($sheet->cellrow ( 0), undef, "No such row 0"); is_deeply ([$sheet->row (1)], ["A1","B1","","D1",(undef) x 15], "row 1"); is ($sheet->row (255), undef, "No such row 255"); is ($sheet->row (-55), undef, "No such row -55"); is ($sheet->row ( 0), undef, "No such row 0"); is_deeply ([$sheet->cellcolumn (1)], ["A1","A2","A3","A4",""], "col 1"); is ($sheet->cellcolumn (255), undef, "No such col 255"); is ($sheet->cellcolumn (-55), undef, "No such col -55"); is ($sheet->cellcolumn ( 0), undef, "No such col 0"); is_deeply ([$sheet->column (1)], ["A1","A2","A3","A4",""], "col 1"); is ($sheet->column (255), undef, "No such col 255"); is ($sheet->column (-55), undef, "No such col -55"); is ($sheet->column ( 0), undef, "No such col 0"); ok (my @rows = $sheet->rows, "All rows"); is ($rows[0][0], "A1", "A1"); ok (1, "Defined fields"); foreach my $cell (qw( A1 A2 A3 A4 B1 B2 B4 C3 C4 D1 D3 )) { my ($c, $r) = $csv->cell2cr ($cell); is ($sheet->{cell}[$c][$r], $cell, "Unformatted cell $cell direct"); is ($sheet->{$cell}, $cell, "Formatted cell $cell direct"); is ($sheet->cell ($c, $r), $cell, "Unformatted cell $cell method"); is ($sheet->cell ($cell), $cell, "Formatted cell $cell method"); } ok (1, "Undefined fields"); foreach my $cell (qw( B3 C1 C2 D2 D4 )) { my ($c, $r) = $csv->cell2cr ($cell); is ($sheet->{cell}[$c][$r], "", "Unformatted cell $cell direct"); is ($sheet->{$cell}, "", "Formatted cell $cell direct"); is ($sheet->cell ($c, $r), "", "Unformatted cell $cell method"); is ($sheet->cell ($cell), "", "Formatted cell $cell method"); } ok ($csv = Spreadsheet::Read->new ("files/test_m.csv"), "Read/Parse M\$ csv file"); ok ($sheet = $csv->sheet (1), "Sheet 1"); ok (1, "Defined fields"); foreach my $cell (qw( A1 A2 A3 A4 B1 B2 B4 C3 C4 D1 D3 )) { my ($c, $r) = $sheet->cell2cr ($cell); is ($sheet->cell ($c, $r), $cell, "Unformatted cell $cell"); is ($sheet->cell ($cell), $cell, "Formatted cell $cell"); } ok (1, "Undefined fields"); foreach my $cell (qw( B3 C1 C2 D2 D4 )) { my ($c, $r) = $sheet->cell2cr ($cell); is ($csv->[1]{cell}[$c][$r], "", "Unformatted cell $cell"); is ($csv->[1]{$cell}, "", "Formatted cell $cell"); } ok ($csv = Spreadsheet::Read->new ("files/test_x.csv", sep => "=", quote => "_"), "Read/Parse strange csv file"); ok (1, "Defined fields"); foreach my $cell (qw( A1 A2 A3 A4 B1 B2 B4 C3 C4 D1 D3 )) { my ($c, $r) = cell2cr ($cell); is ($csv->[1]{cell}[$c][$r], $cell, "Unformatted cell $cell"); is ($csv->[1]{$cell}, $cell, "Formatted cell $cell"); } ok (1, "Undefined fields"); foreach my $cell (qw( B3 C1 C2 D2 D4 )) { my ($c, $r) = cell2cr ($cell); is ($csv->[1]{cell}[$c][$r], "", "Unformatted cell $cell"); is ($csv->[1]{$cell}, "", "Formatted cell $cell"); } { # RT#74976 - Error Received when reading empty sheets foreach my $strip (0 .. 3) { my $ref = Spreadsheet::Read->new ("files/blank.csv", strip => $strip); ok ($ref, "File with no content - strip $strip"); } } # blank.csv has only one sheet with A1 filled with ' ' { my $ref = ReadData ("files/blank.csv", clip => 0, strip => 0); ok ($ref, "!clip strip 0"); is ($ref->[1]{maxrow}, 3, "maxrow 3"); is ($ref->[1]{maxcol}, 4, "maxcol 4"); is ($ref->[1]{cell}[1][1], " ", "(1, 1) = ' '"); is ($ref->[1]{A1}, " ", "A1 = ' '"); $ref = ReadData ("files/blank.csv", clip => 0, strip => 1); ok ($ref, "!clip strip 1"); is ($ref->[1]{maxrow}, 3, "maxrow 3"); is ($ref->[1]{maxcol}, 4, "maxcol 4"); is ($ref->[1]{cell}[1][1], "", "blank (1, 1)"); is ($ref->[1]{A1}, "", "undef A1"); $ref = ReadData ("files/blank.csv", clip => 0, strip => 1, cells => 0); ok ($ref, "!clip strip 1"); is ($ref->[1]{maxrow}, 3, "maxrow 3"); is ($ref->[1]{maxcol}, 4, "maxcol 4"); is ($ref->[1]{cell}[1][1], "", "blank (1, 1)"); is ($ref->[1]{A1}, undef, "undef A1"); $ref = ReadData ("files/blank.csv", clip => 0, strip => 2, rc => 0); ok ($ref, "!clip strip 2"); is ($ref->[1]{maxrow}, 3, "maxrow 3"); is ($ref->[1]{maxcol}, 4, "maxcol 4"); is ($ref->[1]{cell}[1][1], undef, "undef (1, 1)"); is ($ref->[1]{A1}, "", "blank A1"); $ref = ReadData ("files/blank.csv", clip => 0, strip => 3, cells => 0, rc => 0); ok ($ref, "!clip strip 3"); is ($ref->[1]{maxrow}, 3, "maxrow 3"); is ($ref->[1]{maxcol}, 4, "maxcol 4"); is ($ref->[1]{cell}[1][1], undef, "undef (1, 1)"); is ($ref->[1]{A1}, undef, "undef A1"); $ref = ReadData ("files/blank.csv", clip => 1, strip => 0); ok ($ref, " clip strip 0"); is ($ref->[1]{maxrow}, 1, "maxrow 3"); is ($ref->[1]{maxcol}, 1, "maxcol 4"); is ($ref->[1]{cell}[1][1], " ", "(1, 1) = ' '"); is ($ref->[1]{A1}, " ", "A1 = ' '"); $ref = ReadData ("files/blank.csv", clip => 1, strip => 1); ok ($ref, " clip strip 1"); is ($ref->[1]{maxrow}, 0, "maxrow 0"); is ($ref->[1]{maxcol}, 0, "maxcol 0"); is ($ref->[1]{cell}[1][1], undef, "undef (1, 1)"); is ($ref->[1]{A1}, undef, "undef A1"); $ref = ReadData ("files/blank.csv", clip => 1, strip => 1, cells => 0); ok ($ref, " clip strip 1"); is ($ref->[1]{maxrow}, 0, "maxrow 0"); is ($ref->[1]{maxcol}, 0, "maxcol 0"); is ($ref->[1]{cell}[1][1], undef, "undef (1, 1)"); is ($ref->[1]{A1}, undef, "undef A1"); $ref = ReadData ("files/blank.csv", clip => 1, strip => 2, rc => 0); ok ($ref, " clip strip 2"); is ($ref->[1]{maxrow}, 0, "maxrow 0"); is ($ref->[1]{maxcol}, 0, "maxcol 0"); is ($ref->[1]{cell}[1][1], undef, "undef (1, 1)"); is ($ref->[1]{A1}, undef, "undef A1"); $ref = ReadData ("files/blank.csv", clip => 1, strip => 3, cells => 0, rc => 0); ok ($ref, " clip strip 3"); is ($ref->[1]{maxrow}, 0, "maxrow 0"); is ($ref->[1]{maxcol}, 0, "maxcol 0"); is ($ref->[1]{cell}[1][1], undef, "undef (1, 1)"); is ($ref->[1]{A1}, undef, "undef A1"); } ok ($csv = Spreadsheet::Read->new ("files/test.csv"), "Read/Parse csv file"); ok ($csv->add ("files/test.csv"), "Add the same file"); is ($csv->sheets, 2, "Two sheets"); is_deeply ([ $csv->sheets ], [qw( files/test.csv files/test.csv[2] )], "Sheet names"); is_deeply ($csv->sheet ("files/test.csv"), $csv->sheet (2), "Compare sheets"); ok (my $sheet2 = $csv->sheet (2), "The new sheet"); is ($sheet2->label, "files/test.csv", "Original label"); is ($sheet2->label ("Hello"), "Hello", "New label"); ok (my $sheet3 = $csv->sheet ("Hello"), "Found by new label"); is_deeply ($sheet2, $sheet3, "Compare sheets"); ok ($csv->add ("files/test.csv", label => "Test"), "Add with label"); is_deeply ([ $csv->sheets ], [qw( files/test.csv files/test.csv[2] Test )], "Sheet names"); is ($csv->col2label (4), "D", "col2label as book method"); is ($csv->sheet (1)->col2label (27), "AA", "col2label as sheet method"); unless ($ENV{AUTOMATED_TESTING}) { Test::NoWarnings::had_no_warnings (); $tests++; } done_testing ($tests); Spreadsheet-Read-0.81/t/32_fmt.t0000644000031300001440000000340311163712315017001 0ustar00merijnusers00000000000000#!/usr/bin/perl use strict; use warnings; my $tests = 39; use Test::More; require Test::NoWarnings; use Spreadsheet::Read; Spreadsheet::Read::parses ("xls") or plan skip_all => "No M\$-Excel parser found"; my $xls; ok ($xls = ReadData ("files/attr.xls", attr => 1), "Excel Attributes testcase"); my $fmt = $xls->[$xls->[0]{sheet}{Format}]; is ($fmt->{B2}, "merged", "Merged cell left formatted"); is ($fmt->{C2}, "", "Merged cell right formatted"); is ($fmt->{cell}[2][2], "merged", "Merged cell left unformatted"); is ($fmt->{cell}[3][2], "", "Merged cell right unformatted"); is ($fmt->{attr}[2][2]{merged}, 1, "Merged cell left merged"); is ($fmt->{attr}[3][2]{merged}, 1, "Merged cell right merged"); is ($fmt->{B3}, "unlocked", "Unlocked cell"); is ($fmt->{attr}[2][3]{locked}, 0, "Unlocked cell not locked"); is ($fmt->{attr}[2][3]{merged}, 0, "Unlocked cell not merged"); is ($fmt->{attr}[2][3]{hidden}, 0, "Unlocked cell not hidden"); is ($fmt->{B4}, "hidden", "Hidden cell"); is ($fmt->{attr}[2][4]{hidden}, 1, "Hidden cell hidden"); is ($fmt->{attr}[2][4]{merged}, 0, "Hidden cell not merged"); foreach my $r (1 .. 12) { is ($fmt->{cell}[1][$r], 12345, "Unformatted valued A$r"); } is ($fmt->{attr}[1][1]{format}, undef, "Default format"); is ($fmt->{cell}[1][1], $fmt->{A1}, "Formatted valued A1"); is ($fmt->{cell}[1][10], $fmt->{A10}, "Formatted valued A10"); # String foreach my $r (2 .. 9, 11, 12) { isnt ($fmt->{cell}[1][$r], $fmt->{"A$r"}, "Unformatted valued A$r"); } # Not yet. needs more digging #foreach my $r (2 .. 12) { # ok (defined $fmt->{attr}[1][$r]{format}, "Defined format A$r"); # } unless ($ENV{AUTOMATED_TESTING}) { Test::NoWarnings::had_no_warnings (); $tests++; } done_testing ($tests); Spreadsheet-Read-0.81/t/11_call.t0000644000031300001440000000157311163710701017126 0ustar00merijnusers00000000000000#!/usr/bin/perl use strict; use warnings; use Test::More; use Test::NoWarnings; use Spreadsheet::Read; Spreadsheet::Read::parses ("sc") or plan skip_all => "No SquirelCalc parser found"; plan tests => 81; # Base attributes foreach my $onoff (0, 1) { for ( [ ], [ rc => $onoff ], [ cell => $onoff ], [ rc => 0, cell => $onoff ], [ rc => 1, cell => $onoff ], [ clip => $onoff ], [ cell => 0, clip => $onoff ], [ cell => 1, clip => $onoff ], [ attr => $onoff ], [ cell => 0, attr => $onoff ], ) { my $ref = ReadData ("files/test.sc", @$_); ok ($ref, "Open with options (@$_)"); ok (ref $ref, "Valid ref"); $ref = ReadData ("files/test.sc", { @$_ }); ok ($ref, "Open with options {@$_}"); ok (ref $ref, "Valid ref"); } } # TODO: test and catch unsupported option. # Currently they are silently ignored Spreadsheet-Read-0.81/t/202_csv.t0000644000031300001440000000233411163712203017063 0ustar00merijnusers00000000000000#!/usr/bin/perl use strict; use warnings; my $tests = 4; use Test::More; require Test::NoWarnings; use Spreadsheet::Read; Spreadsheet::Read::parses ("csv") or plan skip_all => "No CSV parser found"; my $csv; ok ($csv = ReadData ("files/macosx.csv"), "Read/Parse csv file"); #use DP; DDumper $csv; is ($csv->[1]{maxrow}, 16, "Last row"); is ($csv->[1]{maxcol}, 15, "Last column"); is ($csv->[1]{cell}[$csv->[1]{maxcol}][$csv->[1]{maxrow}], "", "Last field"); unless ($ENV{AUTOMATED_TESTING}) { Test::NoWarnings::had_no_warnings (); $tests++; } done_testing ($tests); __END__ ok (1, "Defined fields"); foreach my $cell (qw( A1 A2 A3 A4 B1 B2 B4 C3 C4 D1 D3 )) { my ($c, $r) = cell2cr ($cell); is ($csv->[1]{cell}[$c][$r], $cell, "Unformatted cell $cell"); is ($csv->[1]{$cell}, $cell, "Formatted cell $cell"); } ok (1, "Undefined fields"); foreach my $cell (qw( B3 C1 C2 D2 D4 )) { my ($c, $r) = cell2cr ($cell); is ($csv->[1]{cell}[$c][$r], "", "Unformatted cell $cell"); is ($csv->[1]{$cell}, "", "Formatted cell $cell"); } is ($csv->[0]{sepchar}, ",", "{sepchar}"); is ($csv->[0]{quote}, '"', "{quote}"); is ($csv->[1]{C3}, "C3", "cell C3"); Spreadsheet-Read-0.81/t/40_sxc.t0000644000031300001440000000673511166722704017030 0ustar00merijnusers00000000000000#!/usr/bin/perl use strict; use warnings; my $tests = 301; use Test::More; require Test::NoWarnings; use Spreadsheet::Read; my $parser = Spreadsheet::Read::parses ("sxc") or plan skip_all => "No SXC parser found"; print STDERR "# Parser: $parser-", $parser->VERSION, "\n"; my $content; { local $/; open my $xml, "<", "files/content.xml" or die "files/content.xml: $!\n"; binmode $xml; $content = <$xml>; close $xml; } { my $ref; $ref = ReadData ("no_such_file.sxc"); ok (!defined $ref, "Nonexistent file"); # Too noisy #eval { $ref = ReadData ("files/empty.sxc") }; #ok (!defined $ref, "Empty file"); #like ($@, qr/too short/); } foreach my $base ( [ "files/test.sxc", "Read/Parse sxc file" ], [ "files/content.xml", "Read/Parse xml file" ], [ $content, "Parse xml data" ], ) { my ($txt, $msg) = @$base; my $sxc; ok ($sxc = ReadData ($txt), $msg); ok (1, "Base values"); is (ref $sxc, "ARRAY", "Return type"); is ($sxc->[0]{type}, "sxc", "Spreadsheet type"); is ($sxc->[0]{sheets}, 2, "Sheet count"); is (ref $sxc->[0]{sheet}, "HASH", "Sheet list"); is (scalar keys %{$sxc->[0]{sheet}}, 2, "Sheet list count"); # This should match the version required in Makefile.PL's PREREQ_PM cmp_ok ($sxc->[0]{version}, ">=", 0.12, "Parser version"); ok (1, "Sheet 1"); # Simple sheet with cells filled with the cell label: # -- -- -- -- # A1 B1 D1 # A2 B2 # A3 C3 D3 # A4 B4 C4 ok (1, "Defined fields"); foreach my $cell (qw( A1 A2 A3 A4 B1 B2 B4 C3 C4 D1 D3 )) { my ($c, $r) = cell2cr ($cell); is ($sxc->[1]{cell}[$c][$r], $cell, "Unformatted cell $cell"); is ($sxc->[1]{$cell}, $cell, "Formatted cell $cell"); } ok (1, "Undefined fields"); foreach my $cell (qw( B3 C1 C2 D2 D4 )) { my ($c, $r) = cell2cr ($cell); is ($sxc->[1]{cell}[$c][$r], undef, "Unformatted cell $cell"); is ($sxc->[1]{$cell}, undef, "Formatted cell $cell"); } ok (1, "Nonexistent fields"); foreach my $cell (qw( A9 X6 B17 AB4 BE33 )) { my ($c, $r) = cell2cr ($cell); is ($sxc->[1]{cell}[$c][$r], undef, "Unformatted cell $cell"); is ($sxc->[1]{$cell}, undef, "Formatted cell $cell"); } ok (1, "Sheet 2"); # Sheet with merged cells and notes/annotations # x x x # x x # x x x ok (1, "Defined fields"); foreach my $cell (qw( A1 C1 E1 B2 D2 A3 C3 E3 )) { my ($c, $r) = cell2cr ($cell); is ($sxc->[2]{cell}[$c][$r], "x", "Unformatted cell $cell"); is ($sxc->[2]{$cell}, "x", "Formatted cell $cell"); } ok (1, "Undefined fields"); foreach my $cell (qw( B1 D1 A2 C2 E2 B3 D3 )) { my ($c, $r) = cell2cr ($cell); is ($sxc->[2]{cell}[$c][$r], undef, "Unformatted cell $cell"); is ($sxc->[2]{$cell}, undef, "Formatted cell $cell"); } ok (1, "Nonexistent fields"); foreach my $cell (qw( A9 X6 B17 AB4 BE33 )) { my ($c, $r) = cell2cr ($cell); is ($sxc->[2]{cell}[$c][$r], undef, "Unformatted cell $cell"); is ($sxc->[2]{$cell}, undef, "Formatted cell $cell"); } # Sheet order ok (exists $sxc->[0]{sheet}{Sheet1}, "Sheet labels in metadata"); my @sheets = map { $sxc->[$_]{label} } 1 .. $sxc->[0]{sheets}; SKIP: { $sxc->[0]{version} < 0.20 and skip "Not supported", 1; is ("@sheets", "@{['Sheet1','Second Sheet']}", "Sheet order"); } } unless ($ENV{AUTOMATED_TESTING}) { Test::NoWarnings::had_no_warnings (); $tests++; } done_testing ($tests); Spreadsheet-Read-0.81/t/627_merged.t0000644000031300001440000000200112543027371017545 0ustar00merijnusers00000000000000#!/usr/bin/perl use strict; use warnings; BEGIN { $ENV{SPREADSHEET_READ_XLSX} = "Spreadsheet::XLSX"; } my $tests = 11; use Test::More; require Test::NoWarnings; use Spreadsheet::Read; my $parser = Spreadsheet::Read::parses ("xlsx") or plan skip_all => "Cannot use $ENV{SPREADSHEET_READ_XLSX}"; $parser eq "Spreadsheet::XLSX" and plan skip_all => "No merged cell support in $parser"; ok (my $ss = ReadData ("files/merged.xlsx", attr => 1)->[1], "Read merged xlsx"); is ($ss->{attr}[1][1]{merged}, 0, "unmerged A1"); is ($ss->{attr}[2][1]{merged}, 1, "unmerged B1"); is ($ss->{attr}[3][1]{merged}, 1, "unmerged C1"); is ($ss->{attr}[1][2]{merged}, 1, "unmerged A2"); is ($ss->{attr}[2][2]{merged}, 1, "unmerged B2"); is ($ss->{attr}[3][2]{merged}, 1, "unmerged C2"); is ($ss->{attr}[1][3]{merged}, 1, "unmerged A3"); is ($ss->{attr}[2][3]{merged}, 0, "unmerged B3"); is ($ss->{attr}[3][3]{merged}, 0, "unmerged C3"); is_deeply ($ss->{merged}, [[1,2,1,3],[2,1,3,2]], "Merged areas"); done_testing; Spreadsheet-Read-0.81/t/200_csv.t0000644000031300001440000001537313231316444017075 0ustar00merijnusers00000000000000#!/usr/bin/perl use strict; use warnings; my $tests = 206; use Test::More; require Test::NoWarnings; use Spreadsheet::Read; my $parser = Spreadsheet::Read::parses ("csv") or plan skip_all => "No CSV parser found"; print STDERR "# Parser: $parser-", $parser->VERSION, "\n"; { my $ref; $ref = ReadData ("no_such_file.csv"); ok (!defined $ref, "Nonexistent file"); $ref = ReadData ("files/empty.csv"); ok (!defined $ref, "Empty file"); } my $csv; ok ($csv = ReadData ("files/test.csv"), "Read/Parse csv file"); ok (1, "Base values"); is (ref $csv, "ARRAY", "Return type"); is ($csv->[0]{type}, "csv", "Spreadsheet type"); is ($csv->[0]{sheets}, 1, "Sheet count"); is (ref $csv->[0]{sheet}, "HASH", "Sheet list"); is (scalar keys %{$csv->[0]{sheet}}, 1, "Sheet list count"); cmp_ok ($csv->[0]{version}, ">=", 0.01, "Parser version"); is ($csv->[1]{maxrow}, 5, "Last row"); is ($csv->[1]{maxcol}, 19, "Last column"); is ($csv->[1]{cell}[$csv->[1]{maxcol}][$csv->[1]{maxrow}], "LASTFIELD", "Last field"); ok (1, "Defined fields"); foreach my $cell (qw( A1 A2 A3 A4 B1 B2 B4 C3 C4 D1 D3 )) { my ($c, $r) = cell2cr ($cell); is ($csv->[1]{cell}[$c][$r], $cell, "Unformatted cell $cell"); is ($csv->[1]{$cell}, $cell, "Formatted cell $cell"); } ok (1, "Undefined fields"); foreach my $cell (qw( B3 C1 C2 D2 D4 )) { my ($c, $r) = cell2cr ($cell); is ($csv->[1]{cell}[$c][$r], "", "Unformatted cell $cell"); is ($csv->[1]{$cell}, "", "Formatted cell $cell"); } ok ($csv = ReadData ("files/test_m.csv"), "Read/Parse M\$ csv file"); ok (1, "Defined fields"); foreach my $cell (qw( A1 A2 A3 A4 B1 B2 B4 C3 C4 D1 D3 )) { my ($c, $r) = cell2cr ($cell); is ($csv->[1]{cell}[$c][$r], $cell, "Unformatted cell $cell"); is ($csv->[1]{$cell}, $cell, "Formatted cell $cell"); } ok (1, "Undefined fields"); foreach my $cell (qw( B3 C1 C2 D2 D4 )) { my ($c, $r) = cell2cr ($cell); is ($csv->[1]{cell}[$c][$r], "", "Unformatted cell $cell"); is ($csv->[1]{$cell}, "", "Formatted cell $cell"); } ok ($csv = ReadData ("files/test_x.csv", sep => "=", quote => "_"), "Read/Parse strange csv file"); ok (1, "Defined fields"); foreach my $cell (qw( A1 A2 A3 A4 B1 B2 B4 C3 C4 D1 D3 )) { my ($c, $r) = cell2cr ($cell); is ($csv->[1]{cell}[$c][$r], $cell, "Unformatted cell $cell"); is ($csv->[1]{$cell}, $cell, "Formatted cell $cell"); } ok (1, "Undefined fields"); foreach my $cell (qw( B3 C1 C2 D2 D4 )) { my ($c, $r) = cell2cr ($cell); is ($csv->[1]{cell}[$c][$r], "", "Unformatted cell $cell"); is ($csv->[1]{$cell}, "", "Formatted cell $cell"); } { # RT#74976 - Error Received when reading empty sheets foreach my $strip (0 .. 3) { my $ref = ReadData ("files/blank.csv", strip => $strip); ok ($ref, "File with no content - strip $strip"); } } # blank.csv has only one sheet with A1 filled with ' ' { my $ref = ReadData ("files/blank.csv", clip => 0, strip => 0); ok ($ref, "!clip strip 0"); is ($ref->[1]{maxrow}, 3, "maxrow 3"); is ($ref->[1]{maxcol}, 4, "maxcol 4"); is ($ref->[1]{cell}[1][1], " ", "(1, 1) = ' '"); is ($ref->[1]{A1}, " ", "A1 = ' '"); $ref = ReadData ("files/blank.csv", clip => 0, strip => 1); ok ($ref, "!clip strip 1"); is ($ref->[1]{maxrow}, 3, "maxrow 3"); is ($ref->[1]{maxcol}, 4, "maxcol 4"); is ($ref->[1]{cell}[1][1], "", "blank (1, 1)"); is ($ref->[1]{A1}, "", "undef A1"); $ref = ReadData ("files/blank.csv", clip => 0, strip => 1, cells => 0); ok ($ref, "!clip strip 1"); is ($ref->[1]{maxrow}, 3, "maxrow 3"); is ($ref->[1]{maxcol}, 4, "maxcol 4"); is ($ref->[1]{cell}[1][1], "", "blank (1, 1)"); is ($ref->[1]{A1}, undef, "undef A1"); $ref = ReadData ("files/blank.csv", clip => 0, strip => 2, rc => 0); ok ($ref, "!clip strip 2"); is ($ref->[1]{maxrow}, 3, "maxrow 3"); is ($ref->[1]{maxcol}, 4, "maxcol 4"); is ($ref->[1]{cell}[1][1], undef, "undef (1, 1)"); is ($ref->[1]{A1}, "", "blank A1"); $ref = ReadData ("files/blank.csv", clip => 0, strip => 3, cells => 0, rc => 0); ok ($ref, "!clip strip 3"); is ($ref->[1]{maxrow}, 3, "maxrow 3"); is ($ref->[1]{maxcol}, 4, "maxcol 4"); is ($ref->[1]{cell}[1][1], undef, "undef (1, 1)"); is ($ref->[1]{A1}, undef, "undef A1"); $ref = ReadData ("files/blank.csv", clip => 1, strip => 0); ok ($ref, " clip strip 0"); is ($ref->[1]{maxrow}, 1, "maxrow 3"); is ($ref->[1]{maxcol}, 1, "maxcol 4"); is ($ref->[1]{cell}[1][1], " ", "(1, 1) = ' '"); is ($ref->[1]{A1}, " ", "A1 = ' '"); $ref = ReadData ("files/blank.csv", clip => 1, strip => 1); ok ($ref, " clip strip 1"); is ($ref->[1]{maxrow}, 0, "maxrow 0"); is ($ref->[1]{maxcol}, 0, "maxcol 0"); is ($ref->[1]{cell}[1][1], undef, "undef (1, 1)"); is ($ref->[1]{A1}, undef, "undef A1"); $ref = ReadData ("files/blank.csv", clip => 1, strip => 1, cells => 0); ok ($ref, " clip strip 1"); is ($ref->[1]{maxrow}, 0, "maxrow 0"); is ($ref->[1]{maxcol}, 0, "maxcol 0"); is ($ref->[1]{cell}[1][1], undef, "undef (1, 1)"); is ($ref->[1]{A1}, undef, "undef A1"); $ref = ReadData ("files/blank.csv", clip => 1, strip => 2, rc => 0); ok ($ref, " clip strip 2"); is ($ref->[1]{maxrow}, 0, "maxrow 0"); is ($ref->[1]{maxcol}, 0, "maxcol 0"); is ($ref->[1]{cell}[1][1], undef, "undef (1, 1)"); is ($ref->[1]{A1}, undef, "undef A1"); $ref = ReadData ("files/blank.csv", clip => 1, strip => 3, cells => 0, rc => 0); ok ($ref, " clip strip 3"); is ($ref->[1]{maxrow}, 0, "maxrow 0"); is ($ref->[1]{maxcol}, 0, "maxcol 0"); is ($ref->[1]{cell}[1][1], undef, "undef (1, 1)"); is ($ref->[1]{A1}, undef, "undef A1"); } ok ($csv = ReadData ("files/test.csv", pivot => 1), "Read/Parse csv file"); ok (1, "Defined fields"); foreach my $cell (qw( A1 A2 A3 A4 B1 B2 B4 C3 C4 D1 D3 )) { my ($c, $r) = cell2cr ($cell); is ($csv->[1]{cell}[$r][$c], $cell, "Unformatted cell $cell"); my $llec = cr2cell ($r, $c); is ($csv->[1]{$llec}, $cell, "Formatted cell $cell"); } ok (1, "Undefined fields"); foreach my $cell (qw( B3 C1 C2 D2 D4 )) { my ($c, $r) = cell2cr ($cell); is ($csv->[1]{cell}[$r][$c], "", "Unformatted cell $cell"); my $llec = cr2cell ($r, $c); is ($csv->[1]{$llec}, "", "Formatted cell $cell"); } unless ($ENV{AUTOMATED_TESTING}) { Test::NoWarnings::had_no_warnings (); $tests++; } done_testing ($tests); Spreadsheet-Read-0.81/t/620_xlsx.t0000644000031300001440000001423013234273527017304 0ustar00merijnusers00000000000000#!/usr/bin/perl use strict; use warnings; BEGIN { $ENV{SPREADSHEET_READ_XLSX} = "Spreadsheet::XLSX"; } my $tests = 116; use Test::More; require Test::NoWarnings; use Spreadsheet::Read; my $parser = Spreadsheet::Read::parses ("xlsx") or plan skip_all => "Cannot use $ENV{SPREADSHEET_READ_XLSX}"; print STDERR "# Parser: $parser-", $parser->VERSION, "\n"; { my $ref; $ref = ReadData ("no_such_file.xlsx"); ok (!defined $ref, "Nonexistent file"); $ref = ReadData ("files/empty.xlsx"); ok (!defined $ref, "Empty file"); } my $content; { local $/; open my $xls, "<", "files/test.xlsx" or die "files/test.xlsx: $!"; binmode $xls; $content = <$xls>; close $xls; } my $xls; foreach my $base ( [ "files/test.xlsx", "Read/Parse xlsx file" ], # [ $content, "Parse xlsx data" ], ) { my ($txt, $msg) = @$base; ok ($xls = ReadData ($txt), $msg); ok (1, "Base values"); is (ref $xls, "ARRAY", "Return type"); is ($xls->[0]{type}, "xlsx", "Spreadsheet type"); is ($xls->[0]{sheets}, 2, "Sheet count"); is (ref $xls->[0]{sheet}, "HASH", "Sheet list"); is (scalar keys %{$xls->[0]{sheet}}, 2, "Sheet list count"); cmp_ok ($xls->[0]{version}, ">=", 0.07, "Parser version"); ok (1, "Defined fields"); foreach my $cell (qw( A1 A2 A3 A4 B1 B2 B4 C3 C4 D1 D3 )) { my ($c, $r) = cell2cr ($cell); is ($xls->[1]{cell}[$c][$r], $cell, "Unformatted cell $cell"); is ($xls->[1]{$cell}, $cell, "Formatted cell $cell"); } ok (1, "Undefined fields"); foreach my $cell (qw( B3 C1 C2 D2 D4 )) { my ($c, $r) = cell2cr ($cell); is ($xls->[1]{cell}[$c][$r], undef, "Unformatted cell $cell"); is ($xls->[1]{$cell}, undef, "Formatted cell $cell"); } my @row = Spreadsheet::Read::rows ($xls->[1]); is (scalar @row, 4, "Row'ed rows"); is (scalar @{$row[3]}, 4, "Row'ed columns"); is ($row[0][3], "D1", "Row'ed value D1"); is ($row[3][2], "C4", "Row'ed value C4"); } # Tests for empty thingies ok ($xls = ReadData ("files/values.xlsx"), "True/False values"); ok (my $ss = $xls->[1], "first sheet"); is ($ss->{cell}[1][1], "A1", "unformatted plain text"); is ($ss->{cell}[2][1], " ", "unformatted space"); is ($ss->{cell}[3][1], undef, "unformatted empty"); is ($ss->{cell}[4][1], "0", "unformatted numeric 0"); is ($ss->{cell}[5][1], "1", "unformatted numeric 1"); is ($ss->{cell}[6][1], "", "unformatted a single '"); is ($ss->{A1}, "A1", "formatted plain text"); is ($ss->{B1}, " ", "formatted space"); is ($ss->{C1}, undef, "formatted empty"); is ($ss->{D1}, "0", "formatted numeric 0"); is ($ss->{E1}, "1", "formatted numeric 1"); is ($ss->{F1}, "", "formatted a single '"); { # RT#74976] Error Received when reading empty sheets foreach my $strip (0 .. 3) { my $ref = ReadData ("files/blank.xlsx", strip => $strip); ok ($ref, "File with no content - strip $strip"); } } # blank.xlsx has only one sheet with A1 filled with ' ' { my $ref = ReadData ("files/blank.xlsx", clip => 0, strip => 0); ok ($ref, "!clip strip 0"); is ($ref->[1]{maxrow}, 1, "maxrow 1"); is ($ref->[1]{maxcol}, 1, "maxcol 1"); is ($ref->[1]{cell}[1][1], " ", "(1, 1) = ' '"); is ($ref->[1]{A1}, " ", "A1 = ' '"); $ref = ReadData ("files/blank.xlsx", clip => 0, strip => 1); ok ($ref, "!clip strip 1"); is ($ref->[1]{maxrow}, 1, "maxrow 1"); is ($ref->[1]{maxcol}, 1, "maxcol 1"); is ($ref->[1]{cell}[1][1], "", "blank (1, 1)"); is ($ref->[1]{A1}, "", "undef A1"); $ref = ReadData ("files/blank.xlsx", clip => 0, strip => 1, cells => 0); ok ($ref, "!clip strip 1"); is ($ref->[1]{maxrow}, 1, "maxrow 1"); is ($ref->[1]{maxcol}, 1, "maxcol 1"); is ($ref->[1]{cell}[1][1], "", "blank (1, 1)"); is ($ref->[1]{A1}, undef, "undef A1"); $ref = ReadData ("files/blank.xlsx", clip => 0, strip => 2, rc => 0); ok ($ref, "!clip strip 2"); is ($ref->[1]{maxrow}, 1, "maxrow 1"); is ($ref->[1]{maxcol}, 1, "maxcol 1"); is ($ref->[1]{cell}[1][1], undef, "undef (1, 1)"); is ($ref->[1]{A1}, "", "blank A1"); $ref = ReadData ("files/blank.xlsx", clip => 0, strip => 3, cells => 0, rc => 0); ok ($ref, "!clip strip 3"); is ($ref->[1]{maxrow}, 1, "maxrow 1"); is ($ref->[1]{maxcol}, 1, "maxcol 1"); is ($ref->[1]{cell}[1][1], undef, "undef (1, 1)"); is ($ref->[1]{A1}, undef, "undef A1"); $ref = ReadData ("files/blank.xlsx", clip => 1, strip => 0); ok ($ref, " clip strip 0"); is ($ref->[1]{maxrow}, 1, "maxrow 1"); is ($ref->[1]{maxcol}, 1, "maxcol 1"); is ($ref->[1]{cell}[1][1], " ", "(1, 1) = ' '"); is ($ref->[1]{A1}, " ", "A1 = ' '"); $ref = ReadData ("files/blank.xlsx", clip => 1, strip => 1); ok ($ref, " clip strip 1"); is ($ref->[1]{maxrow}, 0, "maxrow 1"); is ($ref->[1]{maxcol}, 0, "maxcol 1"); is ($ref->[1]{cell}[1][1], undef, "undef (1, 1)"); is ($ref->[1]{A1}, undef, "undef A1"); $ref = ReadData ("files/blank.xlsx", clip => 1, strip => 1, cells => 0); ok ($ref, " clip strip 1"); is ($ref->[1]{maxrow}, 0, "maxrow 1"); is ($ref->[1]{maxcol}, 0, "maxcol 1"); is ($ref->[1]{cell}[1][1], undef, "undef (1, 1)"); is ($ref->[1]{A1}, undef, "undef A1"); $ref = ReadData ("files/blank.xlsx", clip => 1, strip => 2, rc => 0); ok ($ref, " clip strip 2"); is ($ref->[1]{maxrow}, 0, "maxrow 1"); is ($ref->[1]{maxcol}, 0, "maxcol 1"); is ($ref->[1]{cell}[1][1], undef, "undef (1, 1)"); is ($ref->[1]{A1}, undef, "undef A1"); $ref = ReadData ("files/blank.xlsx", clip => 1, strip => 3, cells => 0, rc => 0); ok ($ref, " clip strip 3"); is ($ref->[1]{maxrow}, 0, "maxrow 1"); is ($ref->[1]{maxcol}, 0, "maxcol 1"); is ($ref->[1]{cell}[1][1], undef, "undef (1, 1)"); is ($ref->[1]{A1}, undef, "undef A1"); } unless ($ENV{AUTOMATED_TESTING}) { Test::NoWarnings::had_no_warnings (); $tests++; } done_testing ($tests); Spreadsheet-Read-0.81/t/613_misc.t0000644000031300001440000000232513231322512017227 0ustar00merijnusers00000000000000#!/usr/bin/perl use strict; use warnings; BEGIN { $ENV{SPREADSHEET_READ_XLSX} = "Spreadsheet::ParseXLSX"; } my $tests = 5; use Test::More; require Test::NoWarnings; use Spreadsheet::Read; Spreadsheet::Read::parses ("xlsx") or plan skip_all => "Cannot use $ENV{SPREADSHEET_READ_XLSX}"; my $xls; { local *STDERR; # We want the debug activated, but not shown open STDERR, ">", "/dev/null" or die "/dev/null: $!\n"; $xls = ReadData ("files/misc.xlsx", # All defaults reversed rc => 0, cells => 0, attr => 1, clip => 1, debug => 5, ); } ok ($xls, "Open with options"); is ($xls->[0]{sheets}, 3, "Sheet Count"); { local *STDERR; # We want the debug activated, but not shown open STDERR, ">", "/dev/null" or die "/dev/null: $!\n"; $xls = ReadData ("files/misc.xlsx", # All defaults reversed, but undef rc => undef, cells => undef, attr => 1, clip => 1, debug => 5, ); } ok ($xls, "Open with options"); is ($xls->[1]{cell}[1], undef, "undef works as option value for 'rc'"); ok (!exists $xls->[1]{A1}, "undef works as option value for 'cells'"); unless ($ENV{AUTOMATED_TESTING}) { Test::NoWarnings::had_no_warnings (); $tests++; } done_testing ($tests); Spreadsheet-Read-0.81/t/622_fmt.t0000644000031300001440000000436112543027365017101 0ustar00merijnusers00000000000000#!/usr/bin/perl use strict; use warnings; BEGIN { $ENV{SPREADSHEET_READ_XLSX} = "Spreadsheet::XLSX"; } my $tests = 40; use Test::More; require Test::NoWarnings; use Spreadsheet::Read; Spreadsheet::Read::parses ("xlsx") or plan skip_all => "Cannot use $ENV{SPREADSHEET_READ_XLSX}"; my $xls; ok ($xls = ReadData ("files/attr.xlsx", attr => 1), "Excel Attributes testcase"); my $parser = $xls->[0]{parser}; SKIP: { ok (my $fmt = $xls->[$xls->[0]{sheet}{Format}], "format"); $fmt->{attr}[2][2]{merged} or skip "$parser $xls->[0]{version} does not reliably support attributes yet", 38; # The return value for the invisible part of merged cells differs for # the available parsers my $mcrv = $parser =~ m/::XLSX/ ? undef : ""; is ($fmt->{B2}, "merged", "Merged cell left formatted"); is ($fmt->{C2}, $mcrv, "Merged cell right formatted"); is ($fmt->{cell}[2][2], "merged", "Merged cell left unformatted"); is ($fmt->{cell}[3][2], $mcrv, "Merged cell right unformatted"); is ($fmt->{attr}[2][2]{merged}, 1, "Merged cell left merged"); is ($fmt->{attr}[3][2]{merged}, 1, "Merged cell right merged"); is ($fmt->{B3}, "unlocked", "Unlocked cell"); is ($fmt->{attr}[2][3]{locked}, 0, "Unlocked cell not locked"); is ($fmt->{attr}[2][3]{merged}, 0, "Unlocked cell not merged"); is ($fmt->{attr}[2][3]{hidden}, 0, "Unlocked cell not hidden"); is ($fmt->{B4}, "hidden", "Hidden cell"); is ($fmt->{attr}[2][4]{hidden}, 1, "Hidden cell hidden"); is ($fmt->{attr}[2][4]{merged}, 0, "Hidden cell not merged"); foreach my $r (1 .. 12) { is ($fmt->{cell}[1][$r], 12345, "Unformatted valued A$r"); } is ($fmt->{attr}[1][1]{format}, undef, "Default format"); is ($fmt->{cell}[1][1], $fmt->{A1}, "Formatted valued A1"); is ($fmt->{cell}[1][10], $fmt->{A10}, "Formatted valued A10"); # String foreach my $r (2 .. 9, 11, 12) { isnt ($fmt->{cell}[1][$r], $fmt->{"A$r"}, "Unformatted valued A$r"); } # Not yet. needs more digging #foreach my $r (2 .. 12) { # ok (defined $fmt->{attr}[1][$r]{format}, "Defined format A$r"); # } } unless ($ENV{AUTOMATED_TESTING}) { Test::NoWarnings::had_no_warnings (); $tests++; } done_testing ($tests); Spreadsheet-Read-0.81/t/212_csv.t0000644000031300001440000000244612543027252017076 0ustar00merijnusers00000000000000#!/usr/bin/perl use strict; use warnings; BEGIN { $ENV{SPREADSHEET_READ_CSV} = "Text::CSV_XS"; } my $tests = 4; use Test::More; require Test::NoWarnings; use Spreadsheet::Read; Spreadsheet::Read::parses ("csv") or plan skip_all => "Cannot use $ENV{SPREADSHEET_READ_CSV}"; my $csv; ok ($csv = ReadData ("files/macosx.csv"), "Read/Parse csv file"); #use DP; DDumper $csv; is ($csv->[1]{maxrow}, 16, "Last row"); is ($csv->[1]{maxcol}, 15, "Last column"); is ($csv->[1]{cell}[$csv->[1]{maxcol}][$csv->[1]{maxrow}], "", "Last field"); unless ($ENV{AUTOMATED_TESTING}) { Test::NoWarnings::had_no_warnings (); $tests++; } done_testing ($tests); __END__ ok (1, "Defined fields"); foreach my $cell (qw( A1 A2 A3 A4 B1 B2 B4 C3 C4 D1 D3 )) { my ($c, $r) = cell2cr ($cell); is ($csv->[1]{cell}[$c][$r], $cell, "Unformatted cell $cell"); is ($csv->[1]{$cell}, $cell, "Formatted cell $cell"); } ok (1, "Undefined fields"); foreach my $cell (qw( B3 C1 C2 D2 D4 )) { my ($c, $r) = cell2cr ($cell); is ($csv->[1]{cell}[$c][$r], "", "Unformatted cell $cell"); is ($csv->[1]{$cell}, "", "Formatted cell $cell"); } is ($csv->[0]{sepchar}, ",", "{sepchar}"); is ($csv->[0]{quote}, '"', "{quote}"); is ($csv->[1]{C3}, "C3", "cell C3"); Spreadsheet-Read-0.81/t/210_csv.t0000644000031300001440000001430713231317045017070 0ustar00merijnusers00000000000000#!/usr/bin/perl use strict; use warnings; BEGIN { $ENV{SPREADSHEET_READ_CSV} = "Text::CSV_XS"; } my $tests = 171; use Test::More; require Test::NoWarnings; use Spreadsheet::Read; my $parser = Spreadsheet::Read::parses ("csv") or plan skip_all => "Cannot use $ENV{SPREADSHEET_READ_CSV}"; print STDERR "# Parser: $parser-", $parser->VERSION, "\n"; { my $ref; $ref = ReadData ("no_such_file.csv"); ok (!defined $ref, "Nonexistent file"); $ref = ReadData ("files/empty.csv"); ok (!defined $ref, "Empty file"); } my $csv; ok ($csv = ReadData ("files/test.csv"), "Read/Parse csv file"); ok (1, "Base values"); is (ref $csv, "ARRAY", "Return type"); is ($csv->[0]{type}, "csv", "Spreadsheet type"); is ($csv->[0]{sheets}, 1, "Sheet count"); is (ref $csv->[0]{sheet}, "HASH", "Sheet list"); is (scalar keys %{$csv->[0]{sheet}}, 1, "Sheet list count"); cmp_ok ($csv->[0]{version}, ">=", 0.01, "Parser version"); is ($csv->[1]{maxrow}, 5, "Last row"); is ($csv->[1]{maxcol}, 19, "Last column"); is ($csv->[1]{cell}[$csv->[1]{maxcol}][$csv->[1]{maxrow}], "LASTFIELD", "Last field"); ok (1, "Defined fields"); foreach my $cell (qw( A1 A2 A3 A4 B1 B2 B4 C3 C4 D1 D3 )) { my ($c, $r) = cell2cr ($cell); is ($csv->[1]{cell}[$c][$r], $cell, "Unformatted cell $cell"); is ($csv->[1]{$cell}, $cell, "Formatted cell $cell"); } ok (1, "Undefined fields"); foreach my $cell (qw( B3 C1 C2 D2 D4 )) { my ($c, $r) = cell2cr ($cell); is ($csv->[1]{cell}[$c][$r], "", "Unformatted cell $cell"); is ($csv->[1]{$cell}, "", "Formatted cell $cell"); } ok ($csv = ReadData ("files/test_m.csv"), "Read/Parse M\$ csv file"); ok (1, "Defined fields"); foreach my $cell (qw( A1 A2 A3 A4 B1 B2 B4 C3 C4 D1 D3 )) { my ($c, $r) = cell2cr ($cell); is ($csv->[1]{cell}[$c][$r], $cell, "Unformatted cell $cell"); is ($csv->[1]{$cell}, $cell, "Formatted cell $cell"); } ok (1, "Undefined fields"); foreach my $cell (qw( B3 C1 C2 D2 D4 )) { my ($c, $r) = cell2cr ($cell); is ($csv->[1]{cell}[$c][$r], "", "Unformatted cell $cell"); is ($csv->[1]{$cell}, "", "Formatted cell $cell"); } ok ($csv = ReadData ("files/test_x.csv", sep => "=", quote => "_"), "Read/Parse strange csv file"); ok (1, "Defined fields"); foreach my $cell (qw( A1 A2 A3 A4 B1 B2 B4 C3 C4 D1 D3 )) { my ($c, $r) = cell2cr ($cell); is ($csv->[1]{cell}[$c][$r], $cell, "Unformatted cell $cell"); is ($csv->[1]{$cell}, $cell, "Formatted cell $cell"); } ok (1, "Undefined fields"); foreach my $cell (qw( B3 C1 C2 D2 D4 )) { my ($c, $r) = cell2cr ($cell); is ($csv->[1]{cell}[$c][$r], "", "Unformatted cell $cell"); is ($csv->[1]{$cell}, "", "Formatted cell $cell"); } { # RT#74976 - Error Received when reading empty sheets foreach my $strip (0 .. 3) { my $ref = ReadData ("files/blank.csv", strip => $strip); ok ($ref, "File with no content - strip $strip"); } } # blank.csv has only one sheet with A1 filled with ' ' { my $ref = ReadData ("files/blank.csv", clip => 0, strip => 0); ok ($ref, "!clip strip 0"); is ($ref->[1]{maxrow}, 3, "maxrow 3"); is ($ref->[1]{maxcol}, 4, "maxcol 4"); is ($ref->[1]{cell}[1][1], " ", "(1, 1) = ' '"); is ($ref->[1]{A1}, " ", "A1 = ' '"); $ref = ReadData ("files/blank.csv", clip => 0, strip => 1); ok ($ref, "!clip strip 1"); is ($ref->[1]{maxrow}, 3, "maxrow 3"); is ($ref->[1]{maxcol}, 4, "maxcol 4"); is ($ref->[1]{cell}[1][1], "", "blank (1, 1)"); is ($ref->[1]{A1}, "", "undef A1"); $ref = ReadData ("files/blank.csv", clip => 0, strip => 1, cells => 0); ok ($ref, "!clip strip 1"); is ($ref->[1]{maxrow}, 3, "maxrow 3"); is ($ref->[1]{maxcol}, 4, "maxcol 4"); is ($ref->[1]{cell}[1][1], "", "blank (1, 1)"); is ($ref->[1]{A1}, undef, "undef A1"); $ref = ReadData ("files/blank.csv", clip => 0, strip => 2, rc => 0); ok ($ref, "!clip strip 2"); is ($ref->[1]{maxrow}, 3, "maxrow 3"); is ($ref->[1]{maxcol}, 4, "maxcol 4"); is ($ref->[1]{cell}[1][1], undef, "undef (1, 1)"); is ($ref->[1]{A1}, "", "blank A1"); $ref = ReadData ("files/blank.csv", clip => 0, strip => 3, cells => 0, rc => 0); ok ($ref, "!clip strip 3"); is ($ref->[1]{maxrow}, 3, "maxrow 3"); is ($ref->[1]{maxcol}, 4, "maxcol 4"); is ($ref->[1]{cell}[1][1], undef, "undef (1, 1)"); is ($ref->[1]{A1}, undef, "undef A1"); $ref = ReadData ("files/blank.csv", clip => 1, strip => 0); ok ($ref, " clip strip 0"); is ($ref->[1]{maxrow}, 1, "maxrow 3"); is ($ref->[1]{maxcol}, 1, "maxcol 4"); is ($ref->[1]{cell}[1][1], " ", "(1, 1) = ' '"); is ($ref->[1]{A1}, " ", "A1 = ' '"); $ref = ReadData ("files/blank.csv", clip => 1, strip => 1); ok ($ref, " clip strip 1"); is ($ref->[1]{maxrow}, 0, "maxrow 0"); is ($ref->[1]{maxcol}, 0, "maxcol 0"); is ($ref->[1]{cell}[1][1], undef, "undef (1, 1)"); is ($ref->[1]{A1}, undef, "undef A1"); $ref = ReadData ("files/blank.csv", clip => 1, strip => 1, cells => 0); ok ($ref, " clip strip 1"); is ($ref->[1]{maxrow}, 0, "maxrow 0"); is ($ref->[1]{maxcol}, 0, "maxcol 0"); is ($ref->[1]{cell}[1][1], undef, "undef (1, 1)"); is ($ref->[1]{A1}, undef, "undef A1"); $ref = ReadData ("files/blank.csv", clip => 1, strip => 2, rc => 0); ok ($ref, " clip strip 2"); is ($ref->[1]{maxrow}, 0, "maxrow 0"); is ($ref->[1]{maxcol}, 0, "maxcol 0"); is ($ref->[1]{cell}[1][1], undef, "undef (1, 1)"); is ($ref->[1]{A1}, undef, "undef A1"); $ref = ReadData ("files/blank.csv", clip => 1, strip => 3, cells => 0, rc => 0); ok ($ref, " clip strip 3"); is ($ref->[1]{maxrow}, 0, "maxrow 0"); is ($ref->[1]{maxcol}, 0, "maxcol 0"); is ($ref->[1]{cell}[1][1], undef, "undef (1, 1)"); is ($ref->[1]{A1}, undef, "undef A1"); } unless ($ENV{AUTOMATED_TESTING}) { Test::NoWarnings::had_no_warnings (); $tests++; } done_testing ($tests); Spreadsheet-Read-0.81/t/625_perc.t0000644000031300001440000000226112643415517017245 0ustar00merijnusers00000000000000#!/usr/bin/perl use strict; use warnings; BEGIN { $ENV{SPREADSHEET_READ_XLSX} = "Spreadsheet::XLSX"; } my $tests = 77; use Test::More; require Test::NoWarnings; use Spreadsheet::Read; Spreadsheet::Read::parses ("xlsx") or plan skip_all => "Cannot use $ENV{SPREADSHEET_READ_XLSX}"; my $xls; ok ($xls = ReadData ("files/perc.xlsx", attr => 1), "Excel Percentage testcase"); my $ss = $xls->[1]; my $attr = $ss->{attr}; foreach my $row (1 .. 19) { is ($ss->{attr}[1][$row]{type}, "numeric", "Type A$row numeric"); ok ($ss->{attr}[2][$row]{type} eq "numeric" || $ss->{attr}[2][$row]{type} eq "percentage", "Type B$row percentage"); is ($ss->{attr}[3][$row]{type}, "percentage", "Type C$row percentage"); SKIP: { $ss->{B18} =~ m/[.]/ and skip "$xls->[0]{parser} $xls->[0]{version} has format problems", 1; my $i = int $ss->{"A$row"}; # Allow edge case. rounding .5 will be different in -Duselongdouble perl my $f = $ss->{"B$row"}; $row == 11 && $f eq "1%" and $i = 1; is ($f, "$i%", "Formatted values for row $row\n"); } } unless ($ENV{AUTOMATED_TESTING}) { Test::NoWarnings::had_no_warnings (); $tests++; } done_testing ($tests); Spreadsheet-Read-0.81/t/221_csv.t0000644000031300001440000000202712543027277017100 0ustar00merijnusers00000000000000#!/usr/bin/perl use strict; use warnings; BEGIN { $ENV{SPREADSHEET_READ_CSV} = "Text::CSV_PP"; } my $tests = 12; use Test::More; require Test::NoWarnings; use Spreadsheet::Read; Spreadsheet::Read::parses ("csv") or plan skip_all => "Cannot use $ENV{SPREADSHEET_READ_CSV}"; my $csv; ok ($csv = ReadData ("files/test.csv"), "Read/Parse csv file"); is ($csv->[0]{sepchar}, ",", "{sepchar}"); is ($csv->[0]{quote}, '"', "{quote}"); is ($csv->[1]{C3}, "C3", "cell C3"); ok ($csv = ReadData ("files/test_m.csv"), "Read/Parse csv file (;)"); is ($csv->[0]{sepchar}, ";", "{sepchar}"); is ($csv->[0]{quote}, '"', "{quote}"); is ($csv->[1]{C3}, "C3", "cell C3"); ok ($csv = ReadData ("files/test_t.csv", quote => "'"), "Read/Parse csv file (tabs)"); is ($csv->[0]{sepchar}, "\t", "{sepchar}"); is ($csv->[0]{quote}, "'", "{quote}"); is ($csv->[1]{C3}, "C3", "cell C3"); unless ($ENV{AUTOMATED_TESTING}) { Test::NoWarnings::had_no_warnings (); $tests++; } done_testing ($tests); Spreadsheet-Read-0.81/t/204_csv.t0000644000031300001440000000571013016541232017067 0ustar00merijnusers00000000000000#!/usr/bin/perl use strict; use warnings; my $tests = 118; use Test::More; require Test::NoWarnings; use Spreadsheet::Read qw( ReadData cell2cr row cellrow ); my $parser = Spreadsheet::Read::parses ("csv") or plan skip_all => "No CSV parser found"; sub ReadDataCSV { ReadData (@_, parser => "csv"); } # ReadDataCSV { my $ref; $ref = ReadDataCSV ("files/empty.txt"); ok (!defined $ref, "Empty file"); } my $csv; ok ($csv = ReadDataCSV ("files/test.txt"), "Read/Parse csv file"); ok (1, "Base values"); is (ref $csv, "ARRAY", "Return type"); is ($csv->[0]{type}, "csv", "Spreadsheet type"); is ($csv->[0]{sheets}, 1, "Sheet count"); is (ref $csv->[0]{sheet}, "HASH", "Sheet list"); is (scalar keys %{$csv->[0]{sheet}}, 1, "Sheet list count"); cmp_ok ($csv->[0]{version}, ">=", 0.01, "Parser version"); is ($csv->[1]{maxrow}, 5, "Last row"); is ($csv->[1]{maxcol}, 19, "Last column"); is ($csv->[1]{cell}[$csv->[1]{maxcol}][$csv->[1]{maxrow}], "LASTFIELD", "Last field"); ok (1, "Defined fields"); foreach my $cell (qw( A1 A2 A3 A4 B1 B2 B4 C3 C4 D1 D3 )) { my ($c, $r) = cell2cr ($cell); is ($csv->[1]{cell}[$c][$r], $cell, "Unformatted cell $cell"); is ($csv->[1]{$cell}, $cell, "Formatted cell $cell"); } ok (1, "Undefined fields"); foreach my $cell (qw( B3 C1 C2 D2 D4 )) { my ($c, $r) = cell2cr ($cell); is ($csv->[1]{cell}[$c][$r], "", "Unformatted cell $cell"); is ($csv->[1]{$cell}, "", "Formatted cell $cell"); } my @row = ("A3", "", "C3", "D3", (undef) x 15); is_deeply ([ row ($csv->[1], 3) ], \@row, "Formatted row 3"); is_deeply ([ cellrow ($csv->[1], 3) ], \@row, "Unformatted row 3"); ok ($csv = ReadDataCSV ("files/test_m.txt"), "Read/Parse M\$ csv file"); ok (1, "Defined fields"); foreach my $cell (qw( A1 A2 A3 A4 B1 B2 B4 C3 C4 D1 D3 )) { my ($c, $r) = cell2cr ($cell); is ($csv->[1]{cell}[$c][$r], $cell, "Unformatted cell $cell"); is ($csv->[1]{$cell}, $cell, "Formatted cell $cell"); } ok (1, "Undefined fields"); foreach my $cell (qw( B3 C1 C2 D2 D4 )) { my ($c, $r) = cell2cr ($cell); is ($csv->[1]{cell}[$c][$r], "", "Unformatted cell $cell"); is ($csv->[1]{$cell}, "", "Formatted cell $cell"); } ok ($csv = ReadDataCSV ("files/test_x.txt", sep => "=", quote => "_"), "Read/Parse strange csv file"); ok (1, "Defined fields"); foreach my $cell (qw( A1 A2 A3 A4 B1 B2 B4 C3 C4 D1 D3 )) { my ($c, $r) = cell2cr ($cell); is ($csv->[1]{cell}[$c][$r], $cell, "Unformatted cell $cell"); is ($csv->[1]{$cell}, $cell, "Formatted cell $cell"); } ok (1, "Undefined fields"); foreach my $cell (qw( B3 C1 C2 D2 D4 )) { my ($c, $r) = cell2cr ($cell); is ($csv->[1]{cell}[$c][$r], "", "Unformatted cell $cell"); is ($csv->[1]{$cell}, "", "Formatted cell $cell"); } unless ($ENV{AUTOMATED_TESTING}) { Test::NoWarnings::had_no_warnings (); $tests++; } done_testing ($tests); Spreadsheet-Read-0.81/t/611_clr.t0000644000031300001440000000447313411413733017066 0ustar00merijnusers00000000000000#!/usr/bin/perl use strict; use warnings; BEGIN { $ENV{SPREADSHEET_READ_XLSX} = "Spreadsheet::ParseXLSX"; } my $tests = 266; use Test::More; require Test::NoWarnings; use Spreadsheet::Read; Spreadsheet::Read::parses ("xlsx") or plan skip_all => "Cannot use $ENV{SPREADSHEET_READ_XLSX}"; my $xls; ok ($xls = ReadData ("files/attr.xlsx", attr => 1), "Excel Attributes testcase"); SKIP: { ok (my $clr = $xls->[$xls->[0]{sheet}{Colours}], "colors"); defined $clr->{attr}[2][2]{fgcolor} or skip "$xls->[0]{parser} $xls->[0]{version} does not reliably support colors yet", 255; is ($clr->{cell}[1][1], "auto", "Auto"); is ($clr->{attr}[1][1]{fgcolor}, undef, "Unspecified font color"); is ($clr->{attr}[1][1]{bgcolor}, undef, "Unspecified fill color"); my @clr = ( [], [ "auto", undef ], [ "red", "#ff0000" ], [ "green", "#008000" ], [ "blue", "#0000ff" ], [ "white", "#ffffff" ], [ "yellow", "#ffff00" ], [ "lightgreen", "#00ff00" ], [ "lightblue", "#00ccff" ], [ "gray", "#808080" ], ); foreach my $col (1 .. $#clr) { my $bg = $clr[$col][1]; is ($clr->{cell}[$col][1], $clr[$col][0], "Column $col header"); foreach my $row (1 .. $#clr) { my $fg = $clr[$row][1]; is ($clr->{cell}[1][$row], $clr[$row][0], "Row $row header"); is ($clr->{attr}[$col][$row]{fgcolor}, $fg, "FG ($col, $row)"); is ($clr->{attr}[$col][$row]{bgcolor}, $bg, "BG ($col, $row)"); } } } ok ($xls = Spreadsheet::Read->new ("files/attr.xlsx", attr => 1), "Attributes OO"); is ($xls->[1]{attr}[3][3]{fgcolor}, "#008000", "C3 Forground color direct"); is ($xls->sheet (1)->attr (3, 3)->{fgcolor}, "#008000", "C3 Forground color OO rc hash"); is ($xls->sheet (1)->attr ("C3")->{fgcolor}, "#008000", "C3 Forground color OO cell hash"); is ($xls->sheet (1)->attr (3, 3)->fgcolor, "#008000", "C3 Forground color OO rc method"); is ($xls->sheet (1)->attr ("C3")->fgcolor, "#008000", "C3 Forground color OO cell method"); is ($xls->[1]{attr}[3][3]{bogus_attribute}, undef, "C3 bogus attribute direct"); is ($xls->sheet (1)->attr ("C3")->{bogus_attr}, undef, "C3 bogus attribute OO hash"); is ($xls->sheet (1)->attr ("C3")->bogus_attr, undef, "C3 bogus attribute OO method"); unless ($ENV{AUTOMATED_TESTING}) { Test::NoWarnings::had_no_warnings (); $tests++; } done_testing ($tests); Spreadsheet-Read-0.81/t/203_csv.t0000644000031300001440000000720513144611370017072 0ustar00merijnusers00000000000000#!/usr/bin/perl use strict; use warnings; my $tests = 125; use Test::More; require Test::NoWarnings; use Spreadsheet::Read; my $parser = Spreadsheet::Read::parses ("csv") or plan skip_all => "No CSV parser found"; sub ReadDataStream { my $file = shift; open my $fh, "<", $file or return undef; ReadData ($fh, parser => "csv", @_); } # ReadDataStream { my $ref; $ref = ReadDataStream ("no_such_file.csv"); ok (!defined $ref, "Nonexistent file"); $ref = ReadDataStream ("files/empty.csv"); ok (!defined $ref, "Empty file"); } my $csv; ok ($csv = ReadDataStream ("files/test.csv"), "Read/Parse csv file"); ok (1, "Base values"); is (ref $csv, "ARRAY", "Return type"); is ($csv->[0]{type}, "csv", "Spreadsheet type"); is ($csv->[0]{sheets}, 1, "Sheet count"); is (ref $csv->[0]{sheet}, "HASH", "Sheet list"); is (scalar keys %{$csv->[0]{sheet}}, 1, "Sheet list count"); cmp_ok ($csv->[0]{version}, ">=", 0.01, "Parser version"); is ($csv->[1]{maxrow}, 5, "Last row"); is ($csv->[1]{maxcol}, 19, "Last column"); is ($csv->[1]{cell}[$csv->[1]{maxcol}][$csv->[1]{maxrow}], "LASTFIELD", "Last field"); ok (1, "Defined fields"); foreach my $cell (qw( A1 A2 A3 A4 B1 B2 B4 C3 C4 D1 D3 )) { my ($c, $r) = cell2cr ($cell); is ($csv->[1]{cell}[$c][$r], $cell, "Unformatted cell $cell"); is ($csv->[1]{$cell}, $cell, "Formatted cell $cell"); } ok (1, "Undefined fields"); foreach my $cell (qw( B3 C1 C2 D2 D4 )) { my ($c, $r) = cell2cr ($cell); is ($csv->[1]{cell}[$c][$r], "", "Unformatted cell $cell"); is ($csv->[1]{$cell}, "", "Formatted cell $cell"); } ok ($csv = ReadDataStream ("files/test_m.csv", sep => ";"), "Read/Parse M\$ csv file"); ok (1, "Defined fields"); foreach my $cell (qw( A1 A2 A3 A4 B1 B2 B4 C3 C4 D1 D3 )) { my ($c, $r) = cell2cr ($cell); is ($csv->[1]{cell}[$c][$r], $cell, "Unformatted cell $cell"); is ($csv->[1]{$cell}, $cell, "Formatted cell $cell"); } ok (1, "Undefined fields"); foreach my $cell (qw( B3 C1 C2 D2 D4 )) { my ($c, $r) = cell2cr ($cell); is ($csv->[1]{cell}[$c][$r], "", "Unformatted cell $cell"); is ($csv->[1]{$cell}, "", "Formatted cell $cell"); } ok ($csv = ReadDataStream ("files/test_x.csv", sep => "=", quote => "_"), "Read/Parse strange csv file"); ok (1, "Defined fields"); foreach my $cell (qw( A1 A2 A3 A4 B1 B2 B4 C3 C4 D1 D3 )) { my ($c, $r) = cell2cr ($cell); is ($csv->[1]{cell}[$c][$r], $cell, "Unformatted cell $cell"); is ($csv->[1]{$cell}, $cell, "Formatted cell $cell"); } ok (1, "Undefined fields"); foreach my $cell (qw( B3 C1 C2 D2 D4 )) { my ($c, $r) = cell2cr ($cell); is ($csv->[1]{cell}[$c][$r], "", "Unformatted cell $cell"); is ($csv->[1]{$cell}, "", "Formatted cell $cell"); } my $data = "a,b,c\n1,2,3\n"; ok ($csv = ReadData ( $data, parser => "csv"), "Parse from plain string"); is ($csv->[1]{C2}, 3, "C2 = 3"); ok ($csv = ReadData (\$data, parser => "csv"), "Parse from ref to plain string"); is ($csv->[1]{C2}, 3, "C2 = 3"); open my $rh, "<", \$data; ok ($csv = ReadData ($rh, parser => "csv"), "Parse from data-ref"); is ($csv->[1]{C2}, 3, "C2 = 3"); if (open my $dh, ">", $data) { print $dh $data; close $dh; ok ($csv = ReadData ($data, parser => "csv"), "Parse from file with bad name"); is ($csv->[1]{C2}, 3, "C2 = 3"); unlink $data; } else { ok (1, "Using a badly named file not allowed: GOOD!"); ok (1, "Using a badly named file not allowed: GOOD!"); } unless ($ENV{AUTOMATED_TESTING}) { Test::NoWarnings::had_no_warnings (); $tests++; } done_testing ($tests); Spreadsheet-Read-0.81/t/34_dates.t0000644000031300001440000000447612266462015017334 0ustar00merijnusers00000000000000#!/usr/bin/perl use strict; use warnings; my $tests = 103; use Test::More; require Test::NoWarnings; use Spreadsheet::Read; Spreadsheet::Read::parses ("xls") or plan skip_all => "No M\$-Excel parser found"; BEGIN { delete @ENV{qw( LANG LC_ALL LC_DATE )}; } my $xls; ok ($xls = ReadData ("files/Dates.xls", attr => 1, dtfmt => "yyyy-mm-dd"), "Excel Date testcase"); my %fmt = ( A1 => [ "8-Aug", undef ], A2 => [ "12-Aug", undef ], A3 => [ "8-Dec", undef ], A4 => [ "13-Aug", undef ], A6 => [ "Short: dd-MM-yyyy", undef ], A7 => [ "2008-08-13", "yyyy-mm-dd" ], B1 => [ 20080808, "yyyymmdd" ], B2 => [ 20080812, "yyyymmdd" ], B3 => [ 20081208, "yyyymmdd" ], B4 => [ 20080813, "yyyymmdd" ], B6 => [ "Long: ddd, dd MMM yyyy", undef ], B7 => [ "Wed, 13 Aug 2008", "ddd, dd mmm yyyy" ], C1 => [ "2008-08-08", "yyyy-mm-dd" ], C2 => [ "2008-08-12", "yyyy-mm-dd" ], C3 => [ "2008-12-08", "yyyy-mm-dd" ], C4 => [ "2008-08-13", "yyyy-mm-dd" ], C6 => [ "Default format 0x0E", undef ], C7 => [ "8/13/08", "m/d/yy" ], D1 => [ "08/08/2008", "mm/dd/yyyy" ], D2 => [ "08/12/2008", "mm/dd/yyyy" ], D3 => [ "12/08/2008", "mm/dd/yyyy" ], D4 => [ "08/13/2008", "mm/dd/yyyy" ], E1 => [ "08 Aug 2008", undef ], E2 => [ "12 Aug 2008", undef ], E3 => [ "08 Dec 2008", undef ], E4 => [ "13 Aug 2008", undef ], ); ok (my $ss = $xls->[1], "sheet"); ok (my $attr = $ss->{attr}, "attr"); my @date = (undef, 39668, 39672, 39790, 39673); my @fmt = (undef, undef, "yyyymmdd", "yyyy-mm-dd", "mm/dd/yyyy"); foreach my $r (1 .. 4) { is ($ss->{cell}[$_][$r], $date[$r], "Date value row $r col $_") for 1 .. 4; is ($attr->[$_][$r]{type}, "date", "Date type row $r col $_") for 1 .. 4; is ($attr->[$_][$r]{format}, $fmt[$_], "Date format row $r col $_") for 1 .. 4; } foreach my $r (1..4,6..7) { foreach my $c (1..5) { my $cell = cr2cell ($c, $r); my $fmt = $ss->{attr}[$c][$r]{format}; defined $ss->{$cell} or next; is ($ss->{$cell}, $fmt{$cell}[0], "$cell content"); is ($fmt, $fmt{$cell}[1], "$cell format"); } } unless ($ENV{AUTOMATED_TESTING}) { Test::NoWarnings::had_no_warnings (); $tests++; } done_testing ($tests); Spreadsheet-Read-0.81/t/33_misc.t0000644000031300001440000000275313231321026017147 0ustar00merijnusers00000000000000#!/usr/bin/perl use strict; use warnings; my $tests = 6; use Test::More; require Test::NoWarnings; use Spreadsheet::Read; Spreadsheet::Read::parses ("xls") or plan skip_all => "No M\$-Excel parser found"; my $xls; { local *STDERR; # We want the debug activated, but not shown open STDERR, ">", "/dev/null" or die "/dev/null: $!\n"; $xls = ReadData ("files/misc.xls", # All defaults reversed rc => 0, cells => 0, attr => 1, clip => 1, debug => 5, ); } ok ($xls, "Open with options"); is ($xls->[0]{sheets}, 3, "Sheet Count"); { local *STDERR; # We want the debug activated, but not shown open STDERR, ">", "/dev/null" or die "/dev/null: $!\n"; $xls = ReadData ("files/misc.xls", # All defaults reversed, but undef rc => undef, cells => undef, attr => 1, clip => 1, debug => 5, ); } ok ($xls, "Open with options"); is ($xls->[1]{cell}[1], undef, "undef works as option value for 'rc'"); ok (!exists $xls->[1]{A1}, "undef works as option value for 'cells'"); { local *STDERR; # We want the debug activated, but not shown open STDERR, ">", "/dev/null" or die "/dev/null: $!\n"; $xls = ReadData ("files/misc_ws.xls", # No cells generated, but we strip whitespace. We don't want any warning cells => 0, strip => 3, debug => 5, ); } ok ($xls, "Open with options, let's see if we get any warnings"); unless ($ENV{AUTOMATED_TESTING}) { Test::NoWarnings::had_no_warnings (); $tests++; } done_testing ($tests); Spreadsheet-Read-0.81/t/612_fmt.t0000644000031300001440000000436612543027355017104 0ustar00merijnusers00000000000000#!/usr/bin/perl use strict; use warnings; BEGIN { $ENV{SPREADSHEET_READ_XLSX} = "Spreadsheet::ParseXLSX"; } my $tests = 40; use Test::More; require Test::NoWarnings; use Spreadsheet::Read; Spreadsheet::Read::parses ("xlsx") or plan skip_all => "Cannot use $ENV{SPREADSHEET_READ_XLSX}"; my $xls; ok ($xls = ReadData ("files/attr.xlsx", attr => 1), "Excel Attributes testcase"); my $parser = $xls->[0]{parser}; SKIP: { ok (my $fmt = $xls->[$xls->[0]{sheet}{Format}], "format"); $fmt->{attr}[2][2]{merged} or skip "$parser $xls->[0]{version} does not reliably support attributes yet", 38; # The return value for the invisible part of merged cells differs for # the available parsers my $mcrv = $parser =~ m/::XLSX/ ? undef : ""; is ($fmt->{B2}, "merged", "Merged cell left formatted"); is ($fmt->{C2}, $mcrv, "Merged cell right formatted"); is ($fmt->{cell}[2][2], "merged", "Merged cell left unformatted"); is ($fmt->{cell}[3][2], $mcrv, "Merged cell right unformatted"); is ($fmt->{attr}[2][2]{merged}, 1, "Merged cell left merged"); is ($fmt->{attr}[3][2]{merged}, 1, "Merged cell right merged"); is ($fmt->{B3}, "unlocked", "Unlocked cell"); is ($fmt->{attr}[2][3]{locked}, 0, "Unlocked cell not locked"); is ($fmt->{attr}[2][3]{merged}, 0, "Unlocked cell not merged"); is ($fmt->{attr}[2][3]{hidden}, 0, "Unlocked cell not hidden"); is ($fmt->{B4}, "hidden", "Hidden cell"); is ($fmt->{attr}[2][4]{hidden}, 1, "Hidden cell hidden"); is ($fmt->{attr}[2][4]{merged}, 0, "Hidden cell not merged"); foreach my $r (1 .. 12) { is ($fmt->{cell}[1][$r], 12345, "Unformatted valued A$r"); } is ($fmt->{attr}[1][1]{format}, undef, "Default format"); is ($fmt->{cell}[1][1], $fmt->{A1}, "Formatted valued A1"); is ($fmt->{cell}[1][10], $fmt->{A10}, "Formatted valued A10"); # String foreach my $r (2 .. 9, 11, 12) { isnt ($fmt->{cell}[1][$r], $fmt->{"A$r"}, "Unformatted valued A$r"); } # Not yet. needs more digging #foreach my $r (2 .. 12) { # ok (defined $fmt->{attr}[1][$r]{format}, "Defined format A$r"); # } } unless ($ENV{AUTOMATED_TESTING}) { Test::NoWarnings::had_no_warnings (); $tests++; } done_testing ($tests); Spreadsheet-Read-0.81/t/610_xlsx.t0000644000031300001440000001545313366776074017326 0ustar00merijnusers00000000000000#!/usr/bin/perl use strict; use warnings; BEGIN { $ENV{SPREADSHEET_READ_XLSX} = "Spreadsheet::ParseXLSX"; } my $tests = 128; use Test::More; require Test::NoWarnings; use Spreadsheet::Read; my $parser = Spreadsheet::Read::parses ("xlsx") or plan skip_all => "Cannot use $ENV{SPREADSHEET_READ_XLSX}"; print STDERR "# Parser: $parser-", $parser->VERSION, "\n"; { my $ref; $ref = ReadData ("no_such_file.xlsx"); ok (!defined $ref, "Nonexistent file"); $ref = ReadData ("files/empty.xlsx"); ok (!defined $ref, "Empty file"); } my $content; { local $/; open my $xls, "<", "files/test.xlsx" or die "files/test.xlsx: $!"; binmode $xls; $content = <$xls>; close $xls; } my $xls; foreach my $base ( [ "files/test.xlsx", "Read/Parse xlsx file" ], # [ $content, "Parse xlsx data" ], ) { my ($txt, $msg) = @$base; ok ($xls = ReadData ($txt), $msg); ok (1, "Base values"); is (ref $xls, "ARRAY", "Return type"); is ($xls->[0]{type}, "xlsx", "Spreadsheet type"); is ($xls->[0]{sheets}, 2, "Sheet count"); is (ref $xls->[0]{sheet}, "HASH", "Sheet list"); is (scalar keys %{$xls->[0]{sheet}}, 2, "Sheet list count"); my $xvsn = $xls->[0]{version}; $xvsn =~ s/_[0-9]+$//; # remove beta part cmp_ok ($xvsn, ">=", 0.07, "Parser version"); ok (1, "Defined fields"); foreach my $cell (qw( A1 A2 A3 A4 B1 B2 B4 C3 C4 D1 D3 )) { my ($c, $r) = cell2cr ($cell); is ($xls->[1]{cell}[$c][$r], $cell, "Unformatted cell $cell"); is ($xls->[1]{$cell}, $cell, "Formatted cell $cell"); } ok (1, "Undefined fields"); foreach my $cell (qw( B3 C1 C2 D2 D4 )) { my ($c, $r) = cell2cr ($cell); is ($xls->[1]{cell}[$c][$r], undef, "Unformatted cell $cell"); is ($xls->[1]{$cell}, undef, "Formatted cell $cell"); } my @row = Spreadsheet::Read::rows ($xls->[1]); is (scalar @row, 4, "Row'ed rows"); is (scalar @{$row[3]}, 4, "Row'ed columns"); is ($row[0][3], "D1", "Row'ed value D1"); is ($row[3][2], "C4", "Row'ed value C4"); } # Tests for empty thingies ok ($xls = ReadData ("files/values.xlsx"), "True/False values"); ok (my $ss = $xls->[1], "first sheet"); is ($ss->{cell}[1][1], "A1", "unformatted plain text"); is ($ss->{cell}[2][1], " ", "unformatted space"); is ($ss->{cell}[3][1], undef, "unformatted empty"); is ($ss->{cell}[4][1], "0", "unformatted numeric 0"); is ($ss->{cell}[5][1], "1", "unformatted numeric 1"); is ($ss->{cell}[6][1], "", "unformatted a single '"); is ($ss->{A1}, "A1", "formatted plain text"); is ($ss->{B1}, " ", "formatted space"); is ($ss->{C1}, undef, "formatted empty"); is ($ss->{D1}, "0", "formatted numeric 0"); is ($ss->{E1}, "1", "formatted numeric 1"); is ($ss->{F1}, "", "formatted a single '"); { # RT#74976] Error Received when reading empty sheets foreach my $strip (0 .. 3) { my $ref = ReadData ("files/blank.xlsx", strip => $strip); ok ($ref, "File with no content - strip $strip"); } } # blank.xlsx has only one sheet with A1 filled with ' ' { my $ref = ReadData ("files/blank.xlsx", clip => 0, strip => 0); ok ($ref, "!clip strip 0"); is ($ref->[1]{maxrow}, 1, "maxrow 1"); is ($ref->[1]{maxcol}, 1, "maxcol 1"); is ($ref->[1]{cell}[1][1], " ", "(1, 1) = ' '"); is ($ref->[1]{A1}, " ", "A1 = ' '"); $ref = ReadData ("files/blank.xlsx", clip => 0, strip => 1); ok ($ref, "!clip strip 1"); is ($ref->[1]{maxrow}, 1, "maxrow 1"); is ($ref->[1]{maxcol}, 1, "maxcol 1"); is ($ref->[1]{cell}[1][1], "", "blank (1, 1)"); is ($ref->[1]{A1}, "", "undef A1"); $ref = ReadData ("files/blank.xlsx", clip => 0, strip => 1, cells => 0); ok ($ref, "!clip strip 1"); is ($ref->[1]{maxrow}, 1, "maxrow 1"); is ($ref->[1]{maxcol}, 1, "maxcol 1"); is ($ref->[1]{cell}[1][1], "", "blank (1, 1)"); is ($ref->[1]{A1}, undef, "undef A1"); $ref = ReadData ("files/blank.xlsx", clip => 0, strip => 2, rc => 0); ok ($ref, "!clip strip 2"); is ($ref->[1]{maxrow}, 1, "maxrow 1"); is ($ref->[1]{maxcol}, 1, "maxcol 1"); is ($ref->[1]{cell}[1][1], undef, "undef (1, 1)"); is ($ref->[1]{A1}, "", "blank A1"); $ref = ReadData ("files/blank.xlsx", clip => 0, strip => 3, cells => 0, rc => 0); ok ($ref, "!clip strip 3"); is ($ref->[1]{maxrow}, 1, "maxrow 1"); is ($ref->[1]{maxcol}, 1, "maxcol 1"); is ($ref->[1]{cell}[1][1], undef, "undef (1, 1)"); is ($ref->[1]{A1}, undef, "undef A1"); $ref = ReadData ("files/blank.xlsx", clip => 1, strip => 0); ok ($ref, " clip strip 0"); is ($ref->[1]{maxrow}, 1, "maxrow 1"); is ($ref->[1]{maxcol}, 1, "maxcol 1"); is ($ref->[1]{cell}[1][1], " ", "(1, 1) = ' '"); is ($ref->[1]{A1}, " ", "A1 = ' '"); $ref = ReadData ("files/blank.xlsx", clip => 1, strip => 1); ok ($ref, " clip strip 1"); is ($ref->[1]{maxrow}, 0, "maxrow 1"); is ($ref->[1]{maxcol}, 0, "maxcol 1"); is ($ref->[1]{cell}[1][1], undef, "undef (1, 1)"); is ($ref->[1]{A1}, undef, "undef A1"); $ref = ReadData ("files/blank.xlsx", clip => 1, strip => 1, cells => 0); ok ($ref, " clip strip 1"); is ($ref->[1]{maxrow}, 0, "maxrow 1"); is ($ref->[1]{maxcol}, 0, "maxcol 1"); is ($ref->[1]{cell}[1][1], undef, "undef (1, 1)"); is ($ref->[1]{A1}, undef, "undef A1"); $ref = ReadData ("files/blank.xlsx", clip => 1, strip => 2, rc => 0); ok ($ref, " clip strip 2"); is ($ref->[1]{maxrow}, 0, "maxrow 1"); is ($ref->[1]{maxcol}, 0, "maxcol 1"); is ($ref->[1]{cell}[1][1], undef, "undef (1, 1)"); is ($ref->[1]{A1}, undef, "undef A1"); $ref = ReadData ("files/blank.xlsx", clip => 1, strip => 3, cells => 0, rc => 0); ok ($ref, " clip strip 3"); is ($ref->[1]{maxrow}, 0, "maxrow 1"); is ($ref->[1]{maxcol}, 0, "maxcol 1"); is ($ref->[1]{cell}[1][1], undef, "undef (1, 1)"); is ($ref->[1]{A1}, undef, "undef A1"); } { sub chk_test { my ($msg, $xls) = @_; is (ref $xls, "ARRAY", "Return type for $msg"); is ($xls->[0]{type}, "xlsx", "Spreadsheet type XLSX"); is ($xls->[0]{sheets}, 2, "Sheet count"); } # chk_test my $data = $content; open my $fh, "<", "files/test.xlsx"; chk_test ( " FH parser", ReadData ( $fh, parser => "xlsx")); close $fh; chk_test ("\\DATA parser", ReadData (\$data, parser => "xlsx")); chk_test ( " DATA no parser", ReadData ( $data )); chk_test ( " DATA parser", ReadData ( $data, parser => "xlsx")); } unless ($ENV{AUTOMATED_TESTING}) { Test::NoWarnings::had_no_warnings (); $tests++; } done_testing ($tests); Spreadsheet-Read-0.81/t/604_dates.t0000644000031300001440000000476512543027450017416 0ustar00merijnusers00000000000000#!/usr/bin/perl use strict; use warnings; my $tests = 103; use Test::More; require Test::NoWarnings; use Spreadsheet::Read; Spreadsheet::Read::parses ("xlsx") or plan skip_all => "No MS-Excel parser found"; BEGIN { delete @ENV{qw( LANG LC_ALL LC_DATE )}; } my $xls; ok ($xls = ReadData ("files/Dates.xlsx", attr => 1, dtfmt => "yyyy-mm-dd"), "Excel Date testcase"); my %fmt = ( A1 => [ "8-Aug", "d-mmm" ], A2 => [ "12-Aug", "d-mmm" ], A3 => [ "8-Dec", "d-mmm" ], A4 => [ "13-Aug", "d-mmm" ], A6 => [ "Short: dd-MM-yyyy", undef ], A7 => [ "2008-08-13", "yyyy-mm-dd" ], B1 => [ 20080808, "yyyymmdd" ], B2 => [ 20080812, "yyyymmdd" ], B3 => [ 20081208, "yyyymmdd" ], B4 => [ 20080813, "yyyymmdd" ], B6 => [ "Long: ddd, dd MMM yyyy", undef ], B7 => [ "Wed, 13 Aug 2008", "ddd, dd mmm yyyy" ], C1 => [ "2008-08-08", "yyyy-mm-dd" ], C2 => [ "2008-08-12", "yyyy-mm-dd" ], C3 => [ "2008-12-08", "yyyy-mm-dd" ], C4 => [ "2008-08-13", "yyyy-mm-dd" ], C6 => [ "Default format 0x0E", undef ], C7 => [ "8/13/08", "m/d/yy" ], D1 => [ "08/08/2008", "mm/dd/yyyy" ], D2 => [ "08/12/2008", "mm/dd/yyyy" ], D3 => [ "12/08/2008", "mm/dd/yyyy" ], D4 => [ "08/13/2008", "mm/dd/yyyy" ], E1 => [ "08 Aug 2008", undef ], E2 => [ "12 Aug 2008", undef ], E3 => [ "08 Dec 2008", undef ], E4 => [ "13 Aug 2008", undef ], ); SKIP: { ok (my $ss = $xls->[1], "sheet"); ok (my $attr = $ss->{attr}, "attr"); defined $attr->[2][1]{format} or skip "$xls->[0]{parser} $xls->[0]{version} does not reliably support formats", 100; my @date = (undef, 39668, 39672, 39790, 39673); my @fmt = (undef, "d-mmm", "yyyymmdd", "yyyy-mm-dd", "mm/dd/yyyy"); foreach my $r (1 .. 4) { is ($ss->{cell}[$_][$r], $date[$r], "Date value row $r col $_") for 1 .. 4; is ($attr->[$_][$r]{type}, "date", "Date type row $r col $_") for 1 .. 4; is ($attr->[$_][$r]{format}, $fmt[$_], "Date format row $r col $_") for 1 .. 4; } foreach my $r (1..4,6..7) { foreach my $c (1..5) { my $cell = cr2cell ($c, $r); my $fmt = $ss->{attr}[$c][$r]{format}; defined $ss->{$cell} or next; is ($ss->{$cell}, $fmt{$cell}[0], "$cell content"); is ($fmt, $fmt{$cell}[1], "$cell format"); } } } unless ($ENV{AUTOMATED_TESTING}) { Test::NoWarnings::had_no_warnings (); $tests++; } done_testing ($tests); Spreadsheet-Read-0.81/t/623_misc.t0000644000031300001440000000232013231322235017225 0ustar00merijnusers00000000000000#!/usr/bin/perl use strict; use warnings; BEGIN { $ENV{SPREADSHEET_READ_XLSX} = "Spreadsheet::XLSX"; } my $tests = 5; use Test::More; require Test::NoWarnings; use Spreadsheet::Read; Spreadsheet::Read::parses ("xlsx") or plan skip_all => "Cannot use $ENV{SPREADSHEET_READ_XLSX}"; my $xls; { local *STDERR; # We want the debug activated, but not shown open STDERR, ">", "/dev/null" or die "/dev/null: $!\n"; $xls = ReadData ("files/misc.xlsx", # All defaults reversed rc => 0, cells => 0, attr => 1, clip => 1, debug => 5, ); } ok ($xls, "Open with options"); is ($xls->[0]{sheets}, 3, "Sheet Count"); { local *STDERR; # We want the debug activated, but not shown open STDERR, ">", "/dev/null" or die "/dev/null: $!\n"; $xls = ReadData ("files/misc.xlsx", # All defaults reversed, but undef rc => undef, cells => undef, attr => 1, clip => 1, debug => 5, ); } ok ($xls, "Open with options"); is ($xls->[1]{cell}[1], undef, "undef works as option value for 'rc'"); ok (!exists $xls->[1]{A1}, "undef works as option value for 'cells'"); unless ($ENV{AUTOMATED_TESTING}) { Test::NoWarnings::had_no_warnings (); $tests++; } done_testing ($tests); Spreadsheet-Read-0.81/t/220_csv.t0000644000031300001440000001430713231317266017076 0ustar00merijnusers00000000000000#!/usr/bin/perl use strict; use warnings; BEGIN { $ENV{SPREADSHEET_READ_CSV} = "Text::CSV_PP"; } my $tests = 171; use Test::More; require Test::NoWarnings; use Spreadsheet::Read; my $parser = Spreadsheet::Read::parses ("csv") or plan skip_all => "Cannot use $ENV{SPREADSHEET_READ_CSV}"; print STDERR "# Parser: $parser-", $parser->VERSION, "\n"; { my $ref; $ref = ReadData ("no_such_file.csv"); ok (!defined $ref, "Nonexistent file"); $ref = ReadData ("files/empty.csv"); ok (!defined $ref, "Empty file"); } my $csv; ok ($csv = ReadData ("files/test.csv"), "Read/Parse csv file"); ok (1, "Base values"); is (ref $csv, "ARRAY", "Return type"); is ($csv->[0]{type}, "csv", "Spreadsheet type"); is ($csv->[0]{sheets}, 1, "Sheet count"); is (ref $csv->[0]{sheet}, "HASH", "Sheet list"); is (scalar keys %{$csv->[0]{sheet}}, 1, "Sheet list count"); cmp_ok ($csv->[0]{version}, ">=", 0.01, "Parser version"); is ($csv->[1]{maxrow}, 5, "Last row"); is ($csv->[1]{maxcol}, 19, "Last column"); is ($csv->[1]{cell}[$csv->[1]{maxcol}][$csv->[1]{maxrow}], "LASTFIELD", "Last field"); ok (1, "Defined fields"); foreach my $cell (qw( A1 A2 A3 A4 B1 B2 B4 C3 C4 D1 D3 )) { my ($c, $r) = cell2cr ($cell); is ($csv->[1]{cell}[$c][$r], $cell, "Unformatted cell $cell"); is ($csv->[1]{$cell}, $cell, "Formatted cell $cell"); } ok (1, "Undefined fields"); foreach my $cell (qw( B3 C1 C2 D2 D4 )) { my ($c, $r) = cell2cr ($cell); is ($csv->[1]{cell}[$c][$r], "", "Unformatted cell $cell"); is ($csv->[1]{$cell}, "", "Formatted cell $cell"); } ok ($csv = ReadData ("files/test_m.csv"), "Read/Parse M\$ csv file"); ok (1, "Defined fields"); foreach my $cell (qw( A1 A2 A3 A4 B1 B2 B4 C3 C4 D1 D3 )) { my ($c, $r) = cell2cr ($cell); is ($csv->[1]{cell}[$c][$r], $cell, "Unformatted cell $cell"); is ($csv->[1]{$cell}, $cell, "Formatted cell $cell"); } ok (1, "Undefined fields"); foreach my $cell (qw( B3 C1 C2 D2 D4 )) { my ($c, $r) = cell2cr ($cell); is ($csv->[1]{cell}[$c][$r], "", "Unformatted cell $cell"); is ($csv->[1]{$cell}, "", "Formatted cell $cell"); } ok ($csv = ReadData ("files/test_x.csv", sep => "=", quote => "_"), "Read/Parse strange csv file"); ok (1, "Defined fields"); foreach my $cell (qw( A1 A2 A3 A4 B1 B2 B4 C3 C4 D1 D3 )) { my ($c, $r) = cell2cr ($cell); is ($csv->[1]{cell}[$c][$r], $cell, "Unformatted cell $cell"); is ($csv->[1]{$cell}, $cell, "Formatted cell $cell"); } ok (1, "Undefined fields"); foreach my $cell (qw( B3 C1 C2 D2 D4 )) { my ($c, $r) = cell2cr ($cell); is ($csv->[1]{cell}[$c][$r], "", "Unformatted cell $cell"); is ($csv->[1]{$cell}, "", "Formatted cell $cell"); } { # RT#74976 - Error Received when reading empty sheets foreach my $strip (0 .. 3) { my $ref = ReadData ("files/blank.csv", strip => $strip); ok ($ref, "File with no content - strip $strip"); } } # blank.csv has only one sheet with A1 filled with ' ' { my $ref = ReadData ("files/blank.csv", clip => 0, strip => 0); ok ($ref, "!clip strip 0"); is ($ref->[1]{maxrow}, 3, "maxrow 3"); is ($ref->[1]{maxcol}, 4, "maxcol 4"); is ($ref->[1]{cell}[1][1], " ", "(1, 1) = ' '"); is ($ref->[1]{A1}, " ", "A1 = ' '"); $ref = ReadData ("files/blank.csv", clip => 0, strip => 1); ok ($ref, "!clip strip 1"); is ($ref->[1]{maxrow}, 3, "maxrow 3"); is ($ref->[1]{maxcol}, 4, "maxcol 4"); is ($ref->[1]{cell}[1][1], "", "blank (1, 1)"); is ($ref->[1]{A1}, "", "undef A1"); $ref = ReadData ("files/blank.csv", clip => 0, strip => 1, cells => 0); ok ($ref, "!clip strip 1"); is ($ref->[1]{maxrow}, 3, "maxrow 3"); is ($ref->[1]{maxcol}, 4, "maxcol 4"); is ($ref->[1]{cell}[1][1], "", "blank (1, 1)"); is ($ref->[1]{A1}, undef, "undef A1"); $ref = ReadData ("files/blank.csv", clip => 0, strip => 2, rc => 0); ok ($ref, "!clip strip 2"); is ($ref->[1]{maxrow}, 3, "maxrow 3"); is ($ref->[1]{maxcol}, 4, "maxcol 4"); is ($ref->[1]{cell}[1][1], undef, "undef (1, 1)"); is ($ref->[1]{A1}, "", "blank A1"); $ref = ReadData ("files/blank.csv", clip => 0, strip => 3, cells => 0, rc => 0); ok ($ref, "!clip strip 3"); is ($ref->[1]{maxrow}, 3, "maxrow 3"); is ($ref->[1]{maxcol}, 4, "maxcol 4"); is ($ref->[1]{cell}[1][1], undef, "undef (1, 1)"); is ($ref->[1]{A1}, undef, "undef A1"); $ref = ReadData ("files/blank.csv", clip => 1, strip => 0); ok ($ref, " clip strip 0"); is ($ref->[1]{maxrow}, 1, "maxrow 3"); is ($ref->[1]{maxcol}, 1, "maxcol 4"); is ($ref->[1]{cell}[1][1], " ", "(1, 1) = ' '"); is ($ref->[1]{A1}, " ", "A1 = ' '"); $ref = ReadData ("files/blank.csv", clip => 1, strip => 1); ok ($ref, " clip strip 1"); is ($ref->[1]{maxrow}, 0, "maxrow 0"); is ($ref->[1]{maxcol}, 0, "maxcol 0"); is ($ref->[1]{cell}[1][1], undef, "undef (1, 1)"); is ($ref->[1]{A1}, undef, "undef A1"); $ref = ReadData ("files/blank.csv", clip => 1, strip => 1, cells => 0); ok ($ref, " clip strip 1"); is ($ref->[1]{maxrow}, 0, "maxrow 0"); is ($ref->[1]{maxcol}, 0, "maxcol 0"); is ($ref->[1]{cell}[1][1], undef, "undef (1, 1)"); is ($ref->[1]{A1}, undef, "undef A1"); $ref = ReadData ("files/blank.csv", clip => 1, strip => 2, rc => 0); ok ($ref, " clip strip 2"); is ($ref->[1]{maxrow}, 0, "maxrow 0"); is ($ref->[1]{maxcol}, 0, "maxcol 0"); is ($ref->[1]{cell}[1][1], undef, "undef (1, 1)"); is ($ref->[1]{A1}, undef, "undef A1"); $ref = ReadData ("files/blank.csv", clip => 1, strip => 3, cells => 0, rc => 0); ok ($ref, " clip strip 3"); is ($ref->[1]{maxrow}, 0, "maxrow 0"); is ($ref->[1]{maxcol}, 0, "maxcol 0"); is ($ref->[1]{cell}[1][1], undef, "undef (1, 1)"); is ($ref->[1]{A1}, undef, "undef A1"); } unless ($ENV{AUTOMATED_TESTING}) { Test::NoWarnings::had_no_warnings (); $tests++; } done_testing ($tests); Spreadsheet-Read-0.81/t/222_csv.t0000644000031300001440000000244612543027300017071 0ustar00merijnusers00000000000000#!/usr/bin/perl use strict; use warnings; BEGIN { $ENV{SPREADSHEET_READ_CSV} = "Text::CSV_PP"; } my $tests = 4; use Test::More; require Test::NoWarnings; use Spreadsheet::Read; Spreadsheet::Read::parses ("csv") or plan skip_all => "Cannot use $ENV{SPREADSHEET_READ_CSV}"; my $csv; ok ($csv = ReadData ("files/macosx.csv"), "Read/Parse csv file"); #use DP; DDumper $csv; is ($csv->[1]{maxrow}, 16, "Last row"); is ($csv->[1]{maxcol}, 15, "Last column"); is ($csv->[1]{cell}[$csv->[1]{maxcol}][$csv->[1]{maxrow}], "", "Last field"); unless ($ENV{AUTOMATED_TESTING}) { Test::NoWarnings::had_no_warnings (); $tests++; } done_testing ($tests); __END__ ok (1, "Defined fields"); foreach my $cell (qw( A1 A2 A3 A4 B1 B2 B4 C3 C4 D1 D3 )) { my ($c, $r) = cell2cr ($cell); is ($csv->[1]{cell}[$c][$r], $cell, "Unformatted cell $cell"); is ($csv->[1]{$cell}, $cell, "Formatted cell $cell"); } ok (1, "Undefined fields"); foreach my $cell (qw( B3 C1 C2 D2 D4 )) { my ($c, $r) = cell2cr ($cell); is ($csv->[1]{cell}[$c][$r], "", "Unformatted cell $cell"); is ($csv->[1]{$cell}, "", "Formatted cell $cell"); } is ($csv->[0]{sepchar}, ",", "{sepchar}"); is ($csv->[0]{quote}, '"', "{quote}"); is ($csv->[1]{C3}, "C3", "cell C3"); Spreadsheet-Read-0.81/t/607_merged.t0000644000031300001440000000166512543027456017566 0ustar00merijnusers00000000000000#!/usr/bin/perl use strict; use warnings; my $tests = 11; use Test::More; require Test::NoWarnings; use Spreadsheet::Read; my $parser = Spreadsheet::Read::parses ("xlsx") or plan skip_all => "No MS-Excel parser found"; $parser eq "Spreadsheet::XLSX" and plan skip_all => "No merged cell support in $parser"; ok (my $ss = ReadData ("files/merged.xlsx", attr => 1)->[1], "Read merged xlsx"); is ($ss->{attr}[1][1]{merged}, 0, "unmerged A1"); is ($ss->{attr}[2][1]{merged}, 1, "unmerged B1"); is ($ss->{attr}[3][1]{merged}, 1, "unmerged C1"); is ($ss->{attr}[1][2]{merged}, 1, "unmerged A2"); is ($ss->{attr}[2][2]{merged}, 1, "unmerged B2"); is ($ss->{attr}[3][2]{merged}, 1, "unmerged C2"); is ($ss->{attr}[1][3]{merged}, 1, "unmerged A3"); is ($ss->{attr}[2][3]{merged}, 0, "unmerged B3"); is ($ss->{attr}[3][3]{merged}, 0, "unmerged C3"); is_deeply ($ss->{merged}, [[1,2,1,3],[2,1,3,2]], "Merged areas"); done_testing; Spreadsheet-Read-0.81/t/211_csv.t0000644000031300001440000000202712543027246017073 0ustar00merijnusers00000000000000#!/usr/bin/perl use strict; use warnings; BEGIN { $ENV{SPREADSHEET_READ_CSV} = "Text::CSV_XS"; } my $tests = 12; use Test::More; require Test::NoWarnings; use Spreadsheet::Read; Spreadsheet::Read::parses ("csv") or plan skip_all => "Cannot use $ENV{SPREADSHEET_READ_CSV}"; my $csv; ok ($csv = ReadData ("files/test.csv"), "Read/Parse csv file"); is ($csv->[0]{sepchar}, ",", "{sepchar}"); is ($csv->[0]{quote}, '"', "{quote}"); is ($csv->[1]{C3}, "C3", "cell C3"); ok ($csv = ReadData ("files/test_m.csv"), "Read/Parse csv file (;)"); is ($csv->[0]{sepchar}, ";", "{sepchar}"); is ($csv->[0]{quote}, '"', "{quote}"); is ($csv->[1]{C3}, "C3", "cell C3"); ok ($csv = ReadData ("files/test_t.csv", quote => "'"), "Read/Parse csv file (tabs)"); is ($csv->[0]{sepchar}, "\t", "{sepchar}"); is ($csv->[0]{quote}, "'", "{quote}"); is ($csv->[1]{C3}, "C3", "cell C3"); unless ($ENV{AUTOMATED_TESTING}) { Test::NoWarnings::had_no_warnings (); $tests++; } done_testing ($tests); Spreadsheet-Read-0.81/t/50_sc.t0000644000031300001440000000305613231323220016613 0ustar00merijnusers00000000000000#!/usr/bin/perl use strict; use warnings; my $tests = 48; use Test::More; require Test::NoWarnings; use Spreadsheet::Read; my $parser = Spreadsheet::Read::parses ("sc") or plan skip_all => "No SquirelCalc parser found"; print STDERR "# Parser: $parser-", $parser->VERSION, "\n"; { my $ref; $ref = ReadData ("no_such_file.sc"); ok (!defined $ref, "Nonexistent file"); $ref = ReadData ("files/empty.sc"); ok (!defined $ref, "Empty file"); } my $content; { local $/; open my $sc, "<", "files/test.sc" or die "files/test.sc: $!\n"; binmode $sc; $content = <$sc>; close $sc; isnt ($content, undef, "Content is defined"); isnt ($content, "", "Content is filled"); } foreach my $txt ("files/test.sc", $content) { foreach my $clip (0, 2) { my $sc; ok ($sc = ReadData ($txt, clip => $clip, strip => 2), "Read/Parse sc file ".($clip?"clipped":"unclipped")); ok (1, "Base values"); is (ref $sc, "ARRAY", "Return type"); is ($sc->[0]{type}, "sc", "Spreadsheet type"); is ($sc->[0]{sheets}, 1, "Sheet count"); is (ref $sc->[0]{sheet}, "HASH", "Sheet list"); is (scalar keys %{$sc->[0]{sheet}}, 1, "Sheet list count"); is ($sc->[0]{version}, $Spreadsheet::Read::VERSION, "Parser version"); is ($sc->[1]{maxcol}, 10 - $clip, "Columns"); is ($sc->[1]{maxrow}, 28 - $clip, "Rows"); is ($sc->[1]{cell}[1][22], " Workspace", "Just checking one cell"); } } unless ($ENV{AUTOMATED_TESTING}) { Test::NoWarnings::had_no_warnings (); $tests++; } done_testing ($tests); Spreadsheet-Read-0.81/t/10_basics.t0000644000031300001440000000770113040675070017462 0ustar00merijnusers00000000000000#!/usr/bin/perl use strict; use warnings; use Test::More tests => 112; use Test::NoWarnings; use Spreadsheet::Read qw(:DEFAULT parses rows ); is (Spreadsheet::Read::Version (), $Spreadsheet::Read::VERSION, "Version check"); is (parses (undef), 0, "No sheet type"); is (parses ("xyzzy"), 0, "Unknown sheet type"); is (parses ("xls"), parses ("excel"), "Excel alias type"); is (parses ("sxc"), parses ("oo"), "OpenOffice alias type 1"); is (parses ("sxc"), parses ("OpenOffice"), "OpenOffice alias type 2"); is (parses ("prl"), parses ("perl"), "Perl alias type"); foreach my $x ([ "A1", 1, 1 ], [ "Z26", 26, 26 ], [ "AB12", 28, 12 ], [ "A", 0, 0 ], [ "19", 0, 0 ], [ "a9", 1, 9 ], [ "aAa9", 703, 9 ], [ "", 0, 0 ], [ undef, 0, 0 ], [ "x444444", 24, 444444 ], [ "xxxxxx4", 296559144, 4 ], ) { my $cell = $x->[0]; my ($c, $r) = cell2cr ($x->[0]); defined $cell or $cell = ""; is ($c, $x->[1], "Col for $cell"); is ($r, $x->[2], "Row for $cell"); } foreach my $x ([ 1, 1, "A", "A1" ], [ 26, 26, "Z", "Z26" ], [ 28, 12, "AB", "AB12" ], [ 0, 0, "", "" ], [ -2, 0, "", "" ], [ 0, -12, "", "" ], [ 1, -12, "A", "" ], [ undef, 1, "", "" ], [ 2, undef, "B", "" ], [ 1, 9, "A", "A9" ], [ 703, 9, "AAA", "AAA9" ], [ 24, 444444, "X", "X444444" ], [ 296559144, 4, "XXXXXX", "XXXXXX4" ], ) { my $cell = cr2cell ($x->[0], $x->[1]); my ($c, $r) = map { defined $_ ? $_ : "--undef--" } $x->[0], $x->[1]; is ($cell, $x->[3], "Cell for ($c, $r)"); is (Spreadsheet::Read::col2label ($x->[0]), $x->[2], "Col $c eq $x->[2]"); } # Some illegal rows () calls for (undef, "", " ", 0, 1, [], {}) { my @rows = rows ($_); my $arg = defined $_ ? $_ : "-- undef --"; is (scalar @rows, 0, "Illegal rows ($arg)"); } for (undef, "", " ", 0, 1, [], {}) { my @rows = rows ({ cell => $_}); my $arg = defined $_ ? $_ : "-- undef --"; is (scalar @rows, 0, "Illegal rows ({ cell => $arg})"); } for (undef, "", " ", 0, 1, [], {}) { my @rows = rows ({ maxrow => 1, cell => $_}); my $arg = defined $_ ? $_ : "-- undef --"; is (scalar @rows, 0, "Illegal rows ({ maxrow => 1, cell => $arg })"); } for (undef, "", " ", 0, 1, [], {}) { my @rows = rows ({ maxcol => 1, cell => $_}); my $arg = defined $_ ? $_ : "-- undef --"; is (scalar @rows, 0, "Illegal rows ({ maxcol => 1, cell => $arg })"); } # Some illegal ReadData () calls for (undef, "", " ", 0, 1, [], {}) { my $ref = ReadData ($_); my $arg = defined $_ ? $_ : "-- undef --"; is ($ref, undef, "Illegal ReadData ($arg)"); } for (undef, "", " ", 0, 1, [], {}) { my $ref = ReadData ([ $_ ]); my $arg = defined $_ ? $_ : "-- undef --"; is ($ref, undef, "Illegal ReadData ([ $arg ])"); } SKIP: { -c "/dev/null" or skip "/dev/null cannot be used for tests", 7; for (undef, "", " ", 0, 1, [], {}) { my $ref = ReadData ("/dev/null", separator => $_); my $arg = defined $_ ? $_ : "-- undef --"; is ($ref, undef, "Illegal ReadData ({ $arg })"); } } for (undef, "", " ", 0, 1, [], {}) { my $ref; eval { $ref = ReadData ("Read.pm", sep => $_); }; my $arg = defined $_ ? $_ : "-- undef --"; is ($ref, undef, "Illegal ReadData ({ $arg })"); } Spreadsheet-Read-0.81/t/615_perc.t0000644000031300001440000000250613110546002017226 0ustar00merijnusers00000000000000#!/usr/bin/perl use strict; use warnings; BEGIN { $ENV{SPREADSHEET_READ_XLSX} = "Spreadsheet::ParseXLSX"; } my $tests = 77; use Test::More; require Test::NoWarnings; use Spreadsheet::Read; Spreadsheet::Read::parses ("xlsx") or plan skip_all => "Cannot use $ENV{SPREADSHEET_READ_XLSX}"; my $xls; ok ($xls = ReadData ("files/perc.xlsx", attr => 1), "Excel Percentage testcase"); my $ss = $xls->[1]; my $attr = $ss->{attr}; foreach my $row (1 .. 19) { my @type = map { $ss->{attr}[$_][$row]{type} } 0 .. 3; is ($ss->{attr}[1][$row]{type}, "numeric", "Type A$row numeric"); foreach my $col (2, 3) { my $cell = ("A".."C")[$col - 1].$row; my $xvsn = $xls->[0]{version}; $xvsn =~ s/_[0-9]+$//; # remove beta part my $expect = $xvsn < 0.23 && $type[$col] eq "numeric" ? "numeric" : "percentage"; is ($type[$col], $expect, "Type $cell percentage"); } SKIP: { $ss->{B18} =~ m/[.]/ and skip "$xls->[0]{parser} $xls->[0]{version} has format problems", 1; my $i = int $ss->{"A$row"}; # Allow edge case. rounding .5 will be different in -Duselongdouble perl my $f = $ss->{"B$row"}; $row == 11 && $f eq "1%" and $i = 1; is ($f, "$i%", "Formatted values for row $row\n"); } } unless ($ENV{AUTOMATED_TESTING}) { Test::NoWarnings::had_no_warnings (); $tests++; } done_testing ($tests); Spreadsheet-Read-0.81/t/621_clr.t0000644000031300001440000000304512564056336017073 0ustar00merijnusers00000000000000#!/usr/bin/perl use strict; use warnings; BEGIN { $ENV{SPREADSHEET_READ_XLSX} = "Spreadsheet::XLSX"; } my $tests = 257; use Test::More; require Test::NoWarnings; use Spreadsheet::Read; Spreadsheet::Read::parses ("xlsx") or plan skip_all => "Cannot use $ENV{SPREADSHEET_READ_XLSX}"; my $xls; ok ($xls = ReadData ("files/attr.xlsx", attr => 1), "Excel Attributes testcase"); SKIP: { ok (my $clr = $xls->[$xls->[0]{sheet}{Colours}], "colors"); defined $clr->{attr}[2][2]{fgcolor} or skip "$xls->[0]{parser} $xls->[0]{version} does not reliably support colors yet", 255; is ($clr->{cell}[1][1], "auto", "Auto"); is ($clr->{attr}[1][1]{fgcolor}, undef, "Unspecified font color"); is ($clr->{attr}[1][1]{bgcolor}, undef, "Unspecified fill color"); my @clr = ( [], [ "auto", undef ], [ "red", "#ff0000" ], [ "green", "#008000" ], [ "blue", "#0000ff" ], [ "white", "#ffffff" ], [ "yellow", "#ffff00" ], [ "lightgreen", "#00ff00" ], [ "lightblue", "#00ccff" ], [ "gray", "#808080" ], ); foreach my $col (1 .. $#clr) { my $bg = $clr[$col][1]; is ($clr->{cell}[$col][1], $clr[$col][0], "Column $col header"); foreach my $row (1 .. $#clr) { my $fg = $clr[$row][1]; is ($clr->{cell}[1][$row], $clr[$row][0], "Row $row header"); is ($clr->{attr}[$col][$row]{fgcolor}, $fg, "FG ($col, $row)"); is ($clr->{attr}[$col][$row]{bgcolor}, $bg, "BG ($col, $row)"); } } } unless ($ENV{AUTOMATED_TESTING}) { Test::NoWarnings::had_no_warnings (); $tests++; } done_testing ($tests); Spreadsheet-Read-0.81/t/01_pod.t0000644000031300001440000000034410313243044016764 0ustar00merijnusers00000000000000#!/usr/bin/perl use Test::More; eval "use Test::Pod::Coverage tests => 1"; plan skip_all => "Test::Pod::Covarage required for testing POD Coverage" if $@; pod_coverage_ok ("Spreadsheet::Read", "Spreadsheet::Read is covered"); Spreadsheet-Read-0.81/t/51_sc.t0000644000031300001440000000322513231323313016615 0ustar00merijnusers00000000000000#!/usr/bin/perl use strict; use warnings; my $tests = 26; use Test::More; require Test::NoWarnings; use Spreadsheet::Read; my $parser = Spreadsheet::Read::parses ("sc") or plan skip_all => "No SquirelCalc parser found"; sub ReadDataStream { my $file = shift; open my $fh, "<", $file or return undef; ReadData ($fh, parser => "sc", @_); } # ReadDataStream { my $ref; $ref = ReadDataStream ("no_such_file.sc"); ok (!defined $ref, "Nonexistent file"); $ref = ReadDataStream ("files/empty.sc"); ok (!defined $ref, "Empty file"); } my $content; { local $/; open my $sc, "<", "files/test.sc" or die "files/test.sc: $!\n"; binmode $sc; $content = <$sc>; close $sc; isnt ($content, undef, "Content is defined"); isnt ($content, "", "Content is filled"); } foreach my $clip (0, 2) { my $sc; ok ($sc = ReadDataStream ("files/test.sc", clip => $clip, strip => 2), "Read/Parse sc file ".($clip?"clipped":"unclipped")); ok (1, "Base values"); is (ref $sc, "ARRAY", "Return type"); is ($sc->[0]{type}, "sc", "Spreadsheet type"); is ($sc->[0]{sheets}, 1, "Sheet count"); is (ref $sc->[0]{sheet}, "HASH", "Sheet list"); is (scalar keys %{$sc->[0]{sheet}}, 1, "Sheet list count"); is ($sc->[0]{version}, $Spreadsheet::Read::VERSION, "Parser version"); is ($sc->[1]{maxcol}, 10 - $clip, "Columns"); is ($sc->[1]{maxrow}, 28 - $clip, "Rows"); is ($sc->[1]{cell}[1][22], " Workspace", "Just checking one cell"); } unless ($ENV{AUTOMATED_TESTING}) { Test::NoWarnings::had_no_warnings (); $tests++; } done_testing ($tests); Spreadsheet-Read-0.81/t/201_csv.t0000644000031300001440000000171512524343302017066 0ustar00merijnusers00000000000000#!/usr/bin/perl use strict; use warnings; my $tests = 12; use Test::More; require Test::NoWarnings; use Spreadsheet::Read; Spreadsheet::Read::parses ("csv") or plan skip_all => "No CSV parser found"; my $csv; ok ($csv = ReadData ("files/test.csv"), "Read/Parse csv file"); is ($csv->[0]{sepchar}, ",", "{sepchar}"); is ($csv->[0]{quote}, '"', "{quote}"); is ($csv->[1]{C3}, "C3", "cell C3"); ok ($csv = ReadData ("files/test_m.csv"), "Read/Parse csv file (;)"); is ($csv->[0]{sepchar}, ";", "{sepchar}"); is ($csv->[0]{quote}, '"', "{quote}"); is ($csv->[1]{C3}, "C3", "cell C3"); ok ($csv = ReadData ("files/test_t.csv", quote => "'"), "Read/Parse csv file (tabs)"); is ($csv->[0]{sepchar}, "\t", "{sepchar}"); is ($csv->[0]{quote}, "'", "{quote}"); is ($csv->[1]{C3}, "C3", "cell C3"); unless ($ENV{AUTOMATED_TESTING}) { Test::NoWarnings::had_no_warnings (); $tests++; } done_testing ($tests); Spreadsheet-Read-0.81/t/605_perc.t0000644000031300001440000000226112730716541017241 0ustar00merijnusers00000000000000#!/usr/bin/perl use strict; use warnings; my $tests = 77; use Test::More; require Test::NoWarnings; use Spreadsheet::Read; Spreadsheet::Read::parses ("xlsx") or plan skip_all => "No MS-Excel parser found"; my $xls; ok ($xls = ReadData ("files/perc.xlsx", attr => 1), "Excel Percentage testcase"); my $ss = $xls->[1]; my $attr = $ss->{attr}; foreach my $row (1 .. 19) { my @type = map { $ss->{attr}[$_][$row]{type} } 0 .. 3; is ($type[1], "numeric", "Type A$row numeric"); foreach my $col (2, 3) { # Allow numeric for percentage in main test my $cell = ("A".."C")[$col - 1].$row; my $expect = $type[$col] eq "numeric" ? "numeric" : "percentage"; is ($type[$col], $expect, "Type B$row percentage"); } SKIP: { $ss->{B18} =~ m/[.]/ and skip "$xls->[0]{parser} $xls->[0]{version} has format problems", 1; my $i = int $ss->{"A$row"}; # Allow edge case. rounding .5 will be different in -Duselongdouble perl my $f = $ss->{"B$row"}; $row == 11 && $f eq "1%" and $i = 1; is ($f, "$i%", "Formatted values for row $row\n"); } } unless ($ENV{AUTOMATED_TESTING}) { Test::NoWarnings::had_no_warnings (); $tests++; } done_testing ($tests); Spreadsheet-Read-0.81/t/36_xls.t0000644000031300001440000001465713411412624017040 0ustar00merijnusers00000000000000#!/usr/bin/perl use strict; use warnings; use Test::More; require Test::NoWarnings; use Spreadsheet::Read; my $parser; if ($parser = Spreadsheet::Read::parses ("xls")) { plan tests => 188; Test::NoWarnings->import; } else { plan skip_all => "No M\$-Excel parser found"; } sub ReadDataStream { my $file = shift; open my $fh, "<", $file or return undef; ReadData ($fh, parser => "xls", @_); } # ReadDataStream { my $ref; $ref = ReadDataStream ("no_such_file.xls"); ok (!defined $ref, "Nonexistent file"); $ref = ReadDataStream ("files/empty.xls"); ok (!defined $ref, "Empty file"); } my $content; { local $/; open my $xls, "<", "files/test.xls" or die "files/test.xls: $!"; binmode $xls; $content = <$xls>; close $xls; } my $xls; foreach my $base ( [ "files/test.xls", "Read/Parse xls file" ], # [ $content, "Parse xls data" ], ) { my ($txt, $msg) = @$base; ok ($xls = ReadDataStream ($txt), $msg); ok (1, "Base values"); is (ref $xls, "ARRAY", "Return type"); is ($xls->[0]{type}, "xls", "Spreadsheet type"); is ($xls->[0]{sheets}, 2, "Sheet count"); is (ref $xls->[0]{sheet}, "HASH", "Sheet list"); is (scalar keys %{$xls->[0]{sheet}}, 2, "Sheet list count"); cmp_ok ($xls->[0]{version}, ">=", 0.26, "Parser version"); ok (1, "Defined fields"); foreach my $cell (qw( A1 A2 A3 A4 B1 B2 B4 C3 C4 D1 D3 )) { my ($c, $r) = cell2cr ($cell); is ($xls->[1]{cell}[$c][$r], $cell, "Unformatted cell $cell"); is ($xls->[1]{$cell}, $cell, "Formatted cell $cell"); } ok (1, "Undefined fields"); foreach my $cell (qw( B3 C1 C2 D2 D4 )) { my ($c, $r) = cell2cr ($cell); is ($xls->[1]{cell}[$c][$r], undef, "Unformatted cell $cell"); is ($xls->[1]{$cell}, undef, "Formatted cell $cell"); } my @row = Spreadsheet::Read::rows ($xls->[1]); is (scalar @row, 4, "Row'ed rows"); is (scalar @{$row[3]}, 4, "Row'ed columns"); is ($row[0][3], "D1", "Row'ed value D1"); is ($row[3][2], "C4", "Row'ed value C4"); } # This files is generated under Mac OS/X Tiger ok (1, "XLS File fom Mac OS X"); ok ($xls = ReadDataStream ("files/macosx.xls", clip => 0), "Read/Parse Mac OS X xls file"); ok (1, "Base values"); is ($xls->[0]{sheets}, 3, "Sheet count"); is ($xls->[0]{sheet}{Sheet3}, 3, "Sheet labels"); is ($xls->[1]{maxrow}, 25, "MaxRow"); is ($xls->[1]{maxcol}, 3, "MaxCol"); is ($xls->[2]{label}, "Sheet2", "Sheet label"); is ($xls->[2]{maxrow}, 0, "Empty sheet maxrow"); is ($xls->[2]{maxcol}, 0, "Empty sheet maxcol"); ok (1, "Content"); is ($#{$xls->[1]{cell}[3]}, $xls->[1]{maxrow}, "cell structure"); ok (defined $xls->[1]{cell}[$xls->[1]{maxcol}][$xls->[1]{maxrow}], "last cell"); foreach my $x (1 .. 17) { my $cell = cr2cell (1, $x); is ($xls->[1]{$cell}, $x, "Cell $cell"); is ($xls->[1]{cell}[1][$x], $x, "Cell 1, $x"); } foreach my $x (1 .. 25) { my $cell = cr2cell (3, $x); is ($xls->[1]{$cell}, $x, "Cell $cell"); is ($xls->[1]{cell}[3][$x], $x, "Cell 3, $x"); } foreach my $cell (qw( A18 B1 B6 B20 C26 D14 )) { my ($c, $r) = cell2cr ($cell); is ($xls->[1]{cell}[$c][$r], undef, "Cell $cell"); is ($xls->[1]{$cell}, undef, "Cell $c, $r"); } eval { eval "use ".$parser."::FmtDefault"; my ($pm) = map { $INC{$_} } grep m{FmtDefault.pm$}i => keys %INC; if (open my $ph, "<", $pm) { my $l; $l = <$ph> for 1 .. 68; close $ph; if ($l =~ m/'C\*'/) { print STDERR "\n", "# If the next tests give warnings like\n", "# Character in 'C' format wrapped in pack at\n", "# $pm line 68\n", "# Change C* to U* in line 68\n", "# patch -p0 ; s/\bPM\b/$pm/ for @patch; open $ph, ">", "SPE68.diff" or die "SPE68.diff: $!\n"; print $ph @patch; close $ph; } } }; # Tests for empty thingies ok ($xls = ReadDataStream ("files/values.xls"), "True/False values"); ok (my $ss = $xls->[1], "first sheet"); is ($ss->{cell}[1][1], "A1", "unformatted plain text"); is ($ss->{cell}[2][1], " ", "unformatted space"); is ($ss->{cell}[3][1], undef, "unformatted empty"); is ($ss->{cell}[4][1], "0", "unformatted numeric 0"); is ($ss->{cell}[5][1], "1", "unformatted numeric 1"); is ($ss->{cell}[6][1], "", "unformatted a single '"); is ($ss->{A1}, "A1", "formatted plain text"); is ($ss->{B1}, " ", "formatted space"); is ($ss->{C1}, undef, "formatted empty"); is ($ss->{D1}, "0", "formatted numeric 0"); is ($ss->{E1}, "1", "formatted numeric 1"); is ($ss->{F1}, "", "formatted a single '"); # Test extended attributes (active) ok ($xls = Spreadsheet::Read->new ("files/Active2.xls", attr => 1), "Active sheet"); is ($xls->sheets, 3, "Book has 3 sheets"); SKIP: { my $v = $xls->[0]{version}; $v < 0.61 and skip "$xls->[0]{parser}-$v does not support the active flag", 3; is ($xls->sheet (1)->{active}, 0, "Sheet 1 is not active"); is ($xls->[2]{active}, 1, "Sheet 2 is active"); is ($xls->sheet (3)->active, 0, "Sheet 3 is not active"); } is ($xls->sheet (1)->attr ("A1")->{type}, "text", "Attr through method A1"); is ($xls->sheet (1)->attr (2, 2)->{type}, "text", "Attr through method B2"); ok ($xls = Spreadsheet::Read->new ("files/attr.xls", attr => 1), "Attributes OO"); is ($xls->[1]{attr}[3][3]{fgcolor}, "#008000", "C3 Forground color direct"); is ($xls->sheet (1)->attr (3, 3)->{fgcolor}, "#008000", "C3 Forground color OO rc hash"); is ($xls->sheet (1)->attr ("C3")->{fgcolor}, "#008000", "C3 Forground color OO cell hash"); is ($xls->sheet (1)->attr (3, 3)->fgcolor, "#008000", "C3 Forground color OO rc method"); is ($xls->sheet (1)->attr ("C3")->fgcolor, "#008000", "C3 Forground color OO cell method"); is ($xls->[1]{attr}[3][3]{bogus_attribute}, undef, "C3 bogus attribute direct"); is ($xls->sheet (1)->attr ("C3")->{bogus_attr}, undef, "C3 bogus attribute OO hash"); is ($xls->sheet (1)->attr ("C3")->bogus_attr, undef, "C3 bogus attribute OO method"); __END__ --- PM 2005-09-15 14:16:36.163623616 +0200 +++ PM 2005-09-15 14:11:56.289171000 +0200 @@ -65,7 +65,7 @@ sub new($;%) { sub TextFmt($$;$) { my($oThis, $sTxt, $sCode) =@_; return $sTxt if((! defined($sCode)) || ($sCode eq '_native_')); - return pack('C*', unpack('n*', $sTxt)); + return pack('U*', unpack('n*', $sTxt)); } #------------------------------------------------------------------------------ # FmtStringDef (for Spreadsheet::ParseExcel::FmtDefault) Spreadsheet-Read-0.81/t/31_clr.t0000644000031300001440000000247413411413207016775 0ustar00merijnusers00000000000000#!/usr/bin/perl use strict; use warnings; my $tests = 256; use Test::More; require Test::NoWarnings; use Spreadsheet::Read; Spreadsheet::Read::parses ("xls") or plan skip_all => "No M\$-Excel parser found"; my $xls; ok ($xls = ReadData ("files/attr.xls", attr => 1), "Excel Attributes testcase"); my $clr = $xls->[$xls->[0]{sheet}{Colours}]; is ($clr->{cell}[1][1], "auto", "Auto"); is ($clr->{attr}[1][1]{fgcolor}, undef, "Unspecified font color"); is ($clr->{attr}[1][1]{bgcolor}, undef, "Unspecified fill color"); my @clr = ( [], [ "auto", undef ], [ "red", "#ff0000" ], [ "green", "#008000" ], [ "blue", "#0000ff" ], [ "white", "#ffffff" ], [ "yellow", "#ffff00" ], [ "lightgreen", "#00ff00" ], [ "lightblue", "#00ccff" ], [ "gray", "#808080" ], ); foreach my $col (1 .. $#clr) { my $bg = $clr[$col][1]; is ($clr->{cell}[$col][1], $clr[$col][0], "Column $col header"); foreach my $row (1 .. $#clr) { my $fg = $clr[$row][1]; is ($clr->{cell}[1][$row], $clr[$row][0], "Row $row header"); is ($clr->{attr}[$col][$row]{fgcolor}, $fg, "FG ($col, $row)"); is ($clr->{attr}[$col][$row]{bgcolor}, $bg, "BG ($col, $row)"); } } unless ($ENV{AUTOMATED_TESTING}) { Test::NoWarnings::had_no_warnings (); $tests++; } done_testing ($tests); Spreadsheet-Read-0.81/t/224_csv.t0000644000031300001440000000602213016541274017074 0ustar00merijnusers00000000000000#!/usr/bin/perl use strict; use warnings; BEGIN { $ENV{SPREADSHEET_READ_CSV} = "Text::CSV_PP"; } my $tests = 118; use Test::More; require Test::NoWarnings; use Spreadsheet::Read qw( ReadData cell2cr row cellrow ); my $parser = Spreadsheet::Read::parses ("csv") or plan skip_all => "Cannot use $ENV{SPREADSHEET_READ_CSV}"; sub ReadDataCSV { ReadData (@_, parser => "csv"); } # ReadDataCSV { my $ref; $ref = ReadDataCSV ("files/empty.txt"); ok (!defined $ref, "Empty file"); } my $csv; ok ($csv = ReadDataCSV ("files/test.txt"), "Read/Parse csv file"); ok (1, "Base values"); is (ref $csv, "ARRAY", "Return type"); is ($csv->[0]{type}, "csv", "Spreadsheet type"); is ($csv->[0]{sheets}, 1, "Sheet count"); is (ref $csv->[0]{sheet}, "HASH", "Sheet list"); is (scalar keys %{$csv->[0]{sheet}}, 1, "Sheet list count"); cmp_ok ($csv->[0]{version}, ">=", 0.01, "Parser version"); is ($csv->[1]{maxrow}, 5, "Last row"); is ($csv->[1]{maxcol}, 19, "Last column"); is ($csv->[1]{cell}[$csv->[1]{maxcol}][$csv->[1]{maxrow}], "LASTFIELD", "Last field"); ok (1, "Defined fields"); foreach my $cell (qw( A1 A2 A3 A4 B1 B2 B4 C3 C4 D1 D3 )) { my ($c, $r) = cell2cr ($cell); is ($csv->[1]{cell}[$c][$r], $cell, "Unformatted cell $cell"); is ($csv->[1]{$cell}, $cell, "Formatted cell $cell"); } ok (1, "Undefined fields"); foreach my $cell (qw( B3 C1 C2 D2 D4 )) { my ($c, $r) = cell2cr ($cell); is ($csv->[1]{cell}[$c][$r], "", "Unformatted cell $cell"); is ($csv->[1]{$cell}, "", "Formatted cell $cell"); } my @row = ("A3", "", "C3", "D3", (undef) x 15); is_deeply ([ row ($csv->[1], 3) ], \@row, "Formatted row 3"); is_deeply ([ cellrow ($csv->[1], 3) ], \@row, "Unformatted row 3"); ok ($csv = ReadDataCSV ("files/test_m.txt"), "Read/Parse M\$ csv file"); ok (1, "Defined fields"); foreach my $cell (qw( A1 A2 A3 A4 B1 B2 B4 C3 C4 D1 D3 )) { my ($c, $r) = cell2cr ($cell); is ($csv->[1]{cell}[$c][$r], $cell, "Unformatted cell $cell"); is ($csv->[1]{$cell}, $cell, "Formatted cell $cell"); } ok (1, "Undefined fields"); foreach my $cell (qw( B3 C1 C2 D2 D4 )) { my ($c, $r) = cell2cr ($cell); is ($csv->[1]{cell}[$c][$r], "", "Unformatted cell $cell"); is ($csv->[1]{$cell}, "", "Formatted cell $cell"); } ok ($csv = ReadDataCSV ("files/test_x.txt", sep => "=", quote => "_"), "Read/Parse strange csv file"); ok (1, "Defined fields"); foreach my $cell (qw( A1 A2 A3 A4 B1 B2 B4 C3 C4 D1 D3 )) { my ($c, $r) = cell2cr ($cell); is ($csv->[1]{cell}[$c][$r], $cell, "Unformatted cell $cell"); is ($csv->[1]{$cell}, $cell, "Formatted cell $cell"); } ok (1, "Undefined fields"); foreach my $cell (qw( B3 C1 C2 D2 D4 )) { my ($c, $r) = cell2cr ($cell); is ($csv->[1]{cell}[$c][$r], "", "Unformatted cell $cell"); is ($csv->[1]{$cell}, "", "Formatted cell $cell"); } unless ($ENV{AUTOMATED_TESTING}) { Test::NoWarnings::had_no_warnings (); $tests++; } done_testing ($tests); Spreadsheet-Read-0.81/t/223_csv.t0000644000031300001440000000577013016541271017101 0ustar00merijnusers00000000000000#!/usr/bin/perl use strict; use warnings; BEGIN { $ENV{SPREADSHEET_READ_CSV} = "Text::CSV_PP"; } my $tests = 117; use Test::More; require Test::NoWarnings; use Spreadsheet::Read; my $parser = Spreadsheet::Read::parses ("csv") or plan skip_all => "Cannot use $ENV{SPREADSHEET_READ_CSV}"; sub ReadDataStream { my $file = shift; open my $fh, "<", $file or return undef; ReadData ($fh, parser => "csv", @_); } # ReadDataStream { my $ref; $ref = ReadDataStream ("no_such_file.csv"); ok (!defined $ref, "Nonexistent file"); $ref = ReadDataStream ("files/empty.csv"); ok (!defined $ref, "Empty file"); } my $csv; ok ($csv = ReadDataStream ("files/test.csv"), "Read/Parse csv file"); ok (1, "Base values"); is (ref $csv, "ARRAY", "Return type"); is ($csv->[0]{type}, "csv", "Spreadsheet type"); is ($csv->[0]{sheets}, 1, "Sheet count"); is (ref $csv->[0]{sheet}, "HASH", "Sheet list"); is (scalar keys %{$csv->[0]{sheet}}, 1, "Sheet list count"); cmp_ok ($csv->[0]{version}, ">=", 0.01, "Parser version"); is ($csv->[1]{maxrow}, 5, "Last row"); is ($csv->[1]{maxcol}, 19, "Last column"); is ($csv->[1]{cell}[$csv->[1]{maxcol}][$csv->[1]{maxrow}], "LASTFIELD", "Last field"); ok (1, "Defined fields"); foreach my $cell (qw( A1 A2 A3 A4 B1 B2 B4 C3 C4 D1 D3 )) { my ($c, $r) = cell2cr ($cell); is ($csv->[1]{cell}[$c][$r], $cell, "Unformatted cell $cell"); is ($csv->[1]{$cell}, $cell, "Formatted cell $cell"); } ok (1, "Undefined fields"); foreach my $cell (qw( B3 C1 C2 D2 D4 )) { my ($c, $r) = cell2cr ($cell); is ($csv->[1]{cell}[$c][$r], "", "Unformatted cell $cell"); is ($csv->[1]{$cell}, "", "Formatted cell $cell"); } ok ($csv = ReadDataStream ("files/test_m.csv", sep => ";"), "Read/Parse M\$ csv file"); ok (1, "Defined fields"); foreach my $cell (qw( A1 A2 A3 A4 B1 B2 B4 C3 C4 D1 D3 )) { my ($c, $r) = cell2cr ($cell); is ($csv->[1]{cell}[$c][$r], $cell, "Unformatted cell $cell"); is ($csv->[1]{$cell}, $cell, "Formatted cell $cell"); } ok (1, "Undefined fields"); foreach my $cell (qw( B3 C1 C2 D2 D4 )) { my ($c, $r) = cell2cr ($cell); is ($csv->[1]{cell}[$c][$r], "", "Unformatted cell $cell"); is ($csv->[1]{$cell}, "", "Formatted cell $cell"); } ok ($csv = ReadDataStream ("files/test_x.csv", sep => "=", quote => "_"), "Read/Parse strange csv file"); ok (1, "Defined fields"); foreach my $cell (qw( A1 A2 A3 A4 B1 B2 B4 C3 C4 D1 D3 )) { my ($c, $r) = cell2cr ($cell); is ($csv->[1]{cell}[$c][$r], $cell, "Unformatted cell $cell"); is ($csv->[1]{$cell}, $cell, "Formatted cell $cell"); } ok (1, "Undefined fields"); foreach my $cell (qw( B3 C1 C2 D2 D4 )) { my ($c, $r) = cell2cr ($cell); is ($csv->[1]{cell}[$c][$r], "", "Unformatted cell $cell"); is ($csv->[1]{$cell}, "", "Formatted cell $cell"); } unless ($ENV{AUTOMATED_TESTING}) { Test::NoWarnings::had_no_warnings (); $tests++; } done_testing ($tests); Spreadsheet-Read-0.81/t/00_pod.t0000644000031300001440000000022410313230744016763 0ustar00merijnusers00000000000000#!/usr/bin/perl use Test::More; eval "use Test::Pod 1.00"; plan skip_all => "Test::Pod 1.00 required for testing POD" if $@; all_pod_files_ok (); Spreadsheet-Read-0.81/t/602_fmt.t0000644000031300001440000000424612545741253017102 0ustar00merijnusers00000000000000#!/usr/bin/perl use strict; use warnings; my $tests = 40; use Test::More; require Test::NoWarnings; use Spreadsheet::Read; Spreadsheet::Read::parses ("xlsx") or plan skip_all => "No MS-Excel parser found"; my $xls; ok ($xls = ReadData ("files/attr.xlsx", attr => 1), "Excel Attributes testcase"); my $parser = $xls->[0]{parser}; SKIP: { ok (my $fmt = $xls->[$xls->[0]{sheet}{Format}], "format"); $fmt->{attr}[2][2]{merged} or skip "$parser $xls->[0]{version} does not reliably support attributes yet", 38; # The return value for the invisible part of merged cells differs for # the available parsers my $mcrv = $parser =~ m/::XLSX$/ ? undef : ""; is ($fmt->{B2}, "merged", "Merged cell left formatted"); is ($fmt->{C2}, $mcrv, "Merged cell right formatted"); is ($fmt->{cell}[2][2], "merged", "Merged cell left unformatted"); is ($fmt->{cell}[3][2], $mcrv, "Merged cell right unformatted"); is ($fmt->{attr}[2][2]{merged}, 1, "Merged cell left merged"); is ($fmt->{attr}[3][2]{merged}, 1, "Merged cell right merged"); is ($fmt->{B3}, "unlocked", "Unlocked cell"); is ($fmt->{attr}[2][3]{locked}, 0, "Unlocked cell not locked"); is ($fmt->{attr}[2][3]{merged}, 0, "Unlocked cell not merged"); is ($fmt->{attr}[2][3]{hidden}, 0, "Unlocked cell not hidden"); is ($fmt->{B4}, "hidden", "Hidden cell"); is ($fmt->{attr}[2][4]{hidden}, 1, "Hidden cell hidden"); is ($fmt->{attr}[2][4]{merged}, 0, "Hidden cell not merged"); foreach my $r (1 .. 12) { is ($fmt->{cell}[1][$r], 12345, "Unformatted valued A$r"); } is ($fmt->{attr}[1][1]{format}, undef, "Default format"); is ($fmt->{cell}[1][1], $fmt->{A1}, "Formatted valued A1"); is ($fmt->{cell}[1][10], $fmt->{A10}, "Formatted valued A10"); # String foreach my $r (2 .. 9, 11, 12) { isnt ($fmt->{cell}[1][$r], $fmt->{"A$r"}, "Unformatted valued A$r"); } # Not yet. needs more digging #foreach my $r (2 .. 12) { # ok (defined $fmt->{attr}[1][$r]{format}, "Defined format A$r"); # } } unless ($ENV{AUTOMATED_TESTING}) { Test::NoWarnings::had_no_warnings (); $tests++; } done_testing ($tests); Spreadsheet-Read-0.81/t/614_dates.t0000644000031300001440000000510612543027701017404 0ustar00merijnusers00000000000000#!/usr/bin/perl use strict; use warnings; BEGIN { $ENV{SPREADSHEET_READ_XLSX} = "Spreadsheet::ParseXLSX"; } my $tests = 103; use Test::More; require Test::NoWarnings; use Spreadsheet::Read; Spreadsheet::Read::parses ("xlsx") or plan skip_all => "Cannot use $ENV{SPREADSHEET_READ_XLSX}"; BEGIN { delete @ENV{qw( LANG LC_ALL LC_DATE )}; } my $xls; ok ($xls = ReadData ("files/Dates.xlsx", attr => 1, dtfmt => "yyyy-mm-dd"), "Excel Date testcase"); my %fmt = ( A1 => [ "8-Aug", "d-mmm" ], A2 => [ "12-Aug", "d-mmm" ], A3 => [ "8-Dec", "d-mmm" ], A4 => [ "13-Aug", "d-mmm" ], A6 => [ "Short: dd-MM-yyyy", undef ], A7 => [ "2008-08-13", "yyyy-mm-dd" ], B1 => [ 20080808, "yyyymmdd" ], B2 => [ 20080812, "yyyymmdd" ], B3 => [ 20081208, "yyyymmdd" ], B4 => [ 20080813, "yyyymmdd" ], B6 => [ "Long: ddd, dd MMM yyyy", undef ], B7 => [ "Wed, 13 Aug 2008", "ddd, dd mmm yyyy" ], C1 => [ "2008-08-08", "yyyy-mm-dd" ], C2 => [ "2008-08-12", "yyyy-mm-dd" ], C3 => [ "2008-12-08", "yyyy-mm-dd" ], C4 => [ "2008-08-13", "yyyy-mm-dd" ], C6 => [ "Default format 0x0E", undef ], C7 => [ "8/13/08", "m/d/yy" ], D1 => [ "08/08/2008", "mm/dd/yyyy" ], D2 => [ "08/12/2008", "mm/dd/yyyy" ], D3 => [ "12/08/2008", "mm/dd/yyyy" ], D4 => [ "08/13/2008", "mm/dd/yyyy" ], E1 => [ "08 Aug 2008", undef ], E2 => [ "12 Aug 2008", undef ], E3 => [ "08 Dec 2008", undef ], E4 => [ "13 Aug 2008", undef ], ); SKIP: { ok (my $ss = $xls->[1], "sheet"); ok (my $attr = $ss->{attr}, "attr"); defined $attr->[2][1]{format} or skip "$xls->[0]{parser} $xls->[0]{version} does not reliably support formats", 100; my @date = (undef, 39668, 39672, 39790, 39673); my @fmt = (undef, "d-mmm", "yyyymmdd", "yyyy-mm-dd", "mm/dd/yyyy"); foreach my $r (1 .. 4) { is ($ss->{cell}[$_][$r], $date[$r], "Date value row $r col $_") for 1 .. 4; is ($attr->[$_][$r]{type}, "date", "Date type row $r col $_") for 1 .. 4; is ($attr->[$_][$r]{format}, $fmt[$_], "Date format row $r col $_") for 1 .. 4; } foreach my $r (1..4,6..7) { foreach my $c (1..5) { my $cell = cr2cell ($c, $r); my $fmt = $ss->{attr}[$c][$r]{format}; defined $ss->{$cell} or next; is ($ss->{$cell}, $fmt{$cell}[0], "$cell content"); is ($fmt, $fmt{$cell}[1], "$cell format"); } } } unless ($ENV{AUTOMATED_TESTING}) { Test::NoWarnings::had_no_warnings (); $tests++; } done_testing ($tests); Spreadsheet-Read-0.81/t/600_xlsx.t0000644000031300001440000001412113231322052017262 0ustar00merijnusers00000000000000#!/usr/bin/perl use strict; use warnings; my $tests = 116; use Test::More; require Test::NoWarnings; use Spreadsheet::Read; my $parser = Spreadsheet::Read::parses ("xlsx") or plan skip_all => "No MS-Excel parser found"; print STDERR "# Parser: $parser-", $parser->VERSION, "\n"; { my $ref; $ref = ReadData ("no_such_file.xlsx"); ok (!defined $ref, "Nonexistent file"); $ref = ReadData ("files/empty.xlsx"); ok (!defined $ref, "Empty file"); } my $content; { local $/; open my $xls, "<", "files/test.xlsx" or die "files/test.xlsx: $!"; binmode $xls; $content = <$xls>; close $xls; } my $xls; foreach my $base ( [ "files/test.xlsx", "Read/Parse xlsx file" ], # [ $content, "Parse xlsx data" ], ) { my ($txt, $msg) = @$base; ok ($xls = ReadData ($txt), $msg); ok (1, "Base values"); is (ref $xls, "ARRAY", "Return type"); is ($xls->[0]{type}, "xlsx", "Spreadsheet type"); is ($xls->[0]{sheets}, 2, "Sheet count"); is (ref $xls->[0]{sheet}, "HASH", "Sheet list"); is (scalar keys %{$xls->[0]{sheet}}, 2, "Sheet list count"); like ($xls->[0]{version}, qr{[0-9]}, "Has version with digit"); ok (1, "Defined fields"); foreach my $cell (qw( A1 A2 A3 A4 B1 B2 B4 C3 C4 D1 D3 )) { my ($c, $r) = cell2cr ($cell); is ($xls->[1]{cell}[$c][$r], $cell, "Unformatted cell $cell"); is ($xls->[1]{$cell}, $cell, "Formatted cell $cell"); } ok (1, "Undefined fields"); foreach my $cell (qw( B3 C1 C2 D2 D4 )) { my ($c, $r) = cell2cr ($cell); is ($xls->[1]{cell}[$c][$r], undef, "Unformatted cell $cell"); is ($xls->[1]{$cell}, undef, "Formatted cell $cell"); } my @row = Spreadsheet::Read::rows ($xls->[1]); is (scalar @row, 4, "Row'ed rows"); is (scalar @{$row[3]}, 4, "Row'ed columns"); is ($row[0][3], "D1", "Row'ed value D1"); is ($row[3][2], "C4", "Row'ed value C4"); } # Tests for empty thingies ok ($xls = ReadData ("files/values.xlsx"), "True/False values"); ok (my $ss = $xls->[1], "first sheet"); is ($ss->{cell}[1][1], "A1", "unformatted plain text"); is ($ss->{cell}[2][1], " ", "unformatted space"); is ($ss->{cell}[3][1], undef, "unformatted empty"); is ($ss->{cell}[4][1], "0", "unformatted numeric 0"); is ($ss->{cell}[5][1], "1", "unformatted numeric 1"); is ($ss->{cell}[6][1], "", "unformatted a single '"); is ($ss->{A1}, "A1", "formatted plain text"); is ($ss->{B1}, " ", "formatted space"); is ($ss->{C1}, undef, "formatted empty"); is ($ss->{D1}, "0", "formatted numeric 0"); is ($ss->{E1}, "1", "formatted numeric 1"); is ($ss->{F1}, "", "formatted a single '"); { # RT#74976] Error Received when reading empty sheets foreach my $strip (0 .. 3) { my $ref = ReadData ("files/blank.xlsx", strip => $strip); ok ($ref, "File with no content - strip $strip"); } } # blank.xlsx has only one sheet with A1 filled with ' ' { my $ref = ReadData ("files/blank.xlsx", clip => 0, strip => 0); ok ($ref, "!clip strip 0"); is ($ref->[1]{maxrow}, 1, "maxrow 1"); is ($ref->[1]{maxcol}, 1, "maxcol 1"); is ($ref->[1]{cell}[1][1], " ", "(1, 1) = ' '"); is ($ref->[1]{A1}, " ", "A1 = ' '"); $ref = ReadData ("files/blank.xlsx", clip => 0, strip => 1); ok ($ref, "!clip strip 1"); is ($ref->[1]{maxrow}, 1, "maxrow 1"); is ($ref->[1]{maxcol}, 1, "maxcol 1"); is ($ref->[1]{cell}[1][1], "", "blank (1, 1)"); is ($ref->[1]{A1}, "", "undef A1"); $ref = ReadData ("files/blank.xlsx", clip => 0, strip => 1, cells => 0); ok ($ref, "!clip strip 1"); is ($ref->[1]{maxrow}, 1, "maxrow 1"); is ($ref->[1]{maxcol}, 1, "maxcol 1"); is ($ref->[1]{cell}[1][1], "", "blank (1, 1)"); is ($ref->[1]{A1}, undef, "undef A1"); $ref = ReadData ("files/blank.xlsx", clip => 0, strip => 2, rc => 0); ok ($ref, "!clip strip 2"); is ($ref->[1]{maxrow}, 1, "maxrow 1"); is ($ref->[1]{maxcol}, 1, "maxcol 1"); is ($ref->[1]{cell}[1][1], undef, "undef (1, 1)"); is ($ref->[1]{A1}, "", "blank A1"); $ref = ReadData ("files/blank.xlsx", clip => 0, strip => 3, cells => 0, rc => 0); ok ($ref, "!clip strip 3"); is ($ref->[1]{maxrow}, 1, "maxrow 1"); is ($ref->[1]{maxcol}, 1, "maxcol 1"); is ($ref->[1]{cell}[1][1], undef, "undef (1, 1)"); is ($ref->[1]{A1}, undef, "undef A1"); $ref = ReadData ("files/blank.xlsx", clip => 1, strip => 0); ok ($ref, " clip strip 0"); is ($ref->[1]{maxrow}, 1, "maxrow 1"); is ($ref->[1]{maxcol}, 1, "maxcol 1"); is ($ref->[1]{cell}[1][1], " ", "(1, 1) = ' '"); is ($ref->[1]{A1}, " ", "A1 = ' '"); $ref = ReadData ("files/blank.xlsx", clip => 1, strip => 1); ok ($ref, " clip strip 1"); is ($ref->[1]{maxrow}, 0, "maxrow 1"); is ($ref->[1]{maxcol}, 0, "maxcol 1"); is ($ref->[1]{cell}[1][1], undef, "undef (1, 1)"); is ($ref->[1]{A1}, undef, "undef A1"); $ref = ReadData ("files/blank.xlsx", clip => 1, strip => 1, cells => 0); ok ($ref, " clip strip 1"); is ($ref->[1]{maxrow}, 0, "maxrow 1"); is ($ref->[1]{maxcol}, 0, "maxcol 1"); is ($ref->[1]{cell}[1][1], undef, "undef (1, 1)"); is ($ref->[1]{A1}, undef, "undef A1"); $ref = ReadData ("files/blank.xlsx", clip => 1, strip => 2, rc => 0); ok ($ref, " clip strip 2"); is ($ref->[1]{maxrow}, 0, "maxrow 1"); is ($ref->[1]{maxcol}, 0, "maxcol 1"); is ($ref->[1]{cell}[1][1], undef, "undef (1, 1)"); is ($ref->[1]{A1}, undef, "undef A1"); $ref = ReadData ("files/blank.xlsx", clip => 1, strip => 3, cells => 0, rc => 0); ok ($ref, " clip strip 3"); is ($ref->[1]{maxrow}, 0, "maxrow 1"); is ($ref->[1]{maxcol}, 0, "maxcol 1"); is ($ref->[1]{cell}[1][1], undef, "undef (1, 1)"); is ($ref->[1]{A1}, undef, "undef A1"); } unless ($ENV{AUTOMATED_TESTING}) { Test::NoWarnings::had_no_warnings (); $tests++; } done_testing ($tests); Spreadsheet-Read-0.81/t/35_perc.t0000644000031300001440000000151311163712567017160 0ustar00merijnusers00000000000000#!/usr/bin/perl use strict; use warnings; my $tests = 77; use Test::More; require Test::NoWarnings; use Spreadsheet::Read; Spreadsheet::Read::parses ("xls") or plan skip_all => "No M\$-Excel parser found"; my $xls; ok ($xls = ReadData ("files/perc.xls", attr => 1), "Excel Percentage testcase"); my $ss = $xls->[1]; my $attr = $ss->{attr}; foreach my $row (1 .. 19) { is ($ss->{attr}[1][$row]{type}, "numeric", "Type A$row numeric"); is ($ss->{attr}[2][$row]{type}, "percentage", "Type B$row percentage"); is ($ss->{attr}[3][$row]{type}, "percentage", "Type C$row percentage"); my $i = int $ss->{"A$row"}; is ($ss->{"B$row"}, "$i%", "Formatted values for row $row\n"); } unless ($ENV{AUTOMATED_TESTING}) { Test::NoWarnings::had_no_warnings (); $tests++; } done_testing ($tests); Spreadsheet-Read-0.81/t/37_merged.t0000644000031300001440000000152512474072373017477 0ustar00merijnusers00000000000000#!/usr/bin/perl use strict; use warnings; my $tests = 11; use Test::More; require Test::NoWarnings; use Spreadsheet::Read; my $parser = Spreadsheet::Read::parses ("xls") or plan skip_all => "No M\$-Excel parser found"; ok (my $ss = ReadData ("files/merged.xls", attr => 1)->[1], "Read merged xls"); is ($ss->{attr}[1][1]{merged}, 0, "unmerged A1"); is ($ss->{attr}[2][1]{merged}, 1, "unmerged B1"); is ($ss->{attr}[3][1]{merged}, 1, "unmerged C1"); is ($ss->{attr}[1][2]{merged}, 1, "unmerged A2"); is ($ss->{attr}[2][2]{merged}, 1, "unmerged B2"); is ($ss->{attr}[3][2]{merged}, 1, "unmerged C2"); is ($ss->{attr}[1][3]{merged}, 1, "unmerged A3"); is ($ss->{attr}[2][3]{merged}, 0, "unmerged B3"); is ($ss->{attr}[3][3]{merged}, 0, "unmerged C3"); is_deeply ($ss->{merged}, [[1,2,1,3],[2,1,3,2]], "Merged areas"); done_testing; Spreadsheet-Read-0.81/t/617_merged.t0000644000031300001440000000200612543027361017550 0ustar00merijnusers00000000000000#!/usr/bin/perl use strict; use warnings; BEGIN { $ENV{SPREADSHEET_READ_XLSX} = "Spreadsheet::ParseXLSX"; } my $tests = 11; use Test::More; require Test::NoWarnings; use Spreadsheet::Read; my $parser = Spreadsheet::Read::parses ("xlsx") or plan skip_all => "Cannot use $ENV{SPREADSHEET_READ_XLSX}"; $parser eq "Spreadsheet::XLSX" and plan skip_all => "No merged cell support in $parser"; ok (my $ss = ReadData ("files/merged.xlsx", attr => 1)->[1], "Read merged xlsx"); is ($ss->{attr}[1][1]{merged}, 0, "unmerged A1"); is ($ss->{attr}[2][1]{merged}, 1, "unmerged B1"); is ($ss->{attr}[3][1]{merged}, 1, "unmerged C1"); is ($ss->{attr}[1][2]{merged}, 1, "unmerged A2"); is ($ss->{attr}[2][2]{merged}, 1, "unmerged B2"); is ($ss->{attr}[3][2]{merged}, 1, "unmerged C2"); is ($ss->{attr}[1][3]{merged}, 1, "unmerged A3"); is ($ss->{attr}[2][3]{merged}, 0, "unmerged B3"); is ($ss->{attr}[3][3]{merged}, 0, "unmerged C3"); is_deeply ($ss->{merged}, [[1,2,1,3],[2,1,3,2]], "Merged areas"); done_testing; Spreadsheet-Read-0.81/Read.pm0000755000031300001440000017553413530437026016515 0ustar00merijnusers00000000000000#!/pro/bin/perl package Spreadsheet::Read; =head1 NAME Spreadsheet::Read - Read the data from a spreadsheet =head1 SYNOPSIS use Spreadsheet::Read; my $book = ReadData ("test.csv", sep => ";"); my $book = ReadData ("test.sxc"); my $book = ReadData ("test.ods"); my $book = ReadData ("test.xls"); my $book = ReadData ("test.xlsx"); my $book = ReadData ($fh, parser => "xls"); Spreadsheet::Read::add ($book, "sheet.csv"); my $sheet = $book->[1]; # first datasheet my $cell = $book->[1]{A3}; # content of field A3 of sheet 1 my $cell = $book->[1]{cell}[1][3]; # same, unformatted # OO API my $book = Spreadsheet::Read->new ("file.csv"); my $sheet = $book->sheet (1); my $cell = $sheet->cell ("A3"); my $cell = $sheet->cell (1, 3); $book->add ("test.xls"); =cut use 5.8.1; use strict; use warnings; our $VERSION = "0.81"; sub Version { $VERSION } use Carp; use Exporter; our @ISA = qw( Exporter ); our @EXPORT = qw( ReadData cell2cr cr2cell ); our @EXPORT_OK = qw( parses rows cellrow row add ); use Encode qw( decode ); use File::Temp qw( ); use Data::Dumper; my @parsers = ( [ csv => "Text::CSV_XS", "0.71" ], [ csv => "Text::CSV_PP", "1.17" ], [ csv => "Text::CSV", "1.17" ], [ ods => "Spreadsheet::ReadSXC", "0.20" ], [ sxc => "Spreadsheet::ReadSXC", "0.20" ], [ xls => "Spreadsheet::ParseExcel", "0.34" ], [ xlsx => "Spreadsheet::ParseXLSX", "0.24" ], [ xlsx => "Spreadsheet::XLSX", "0.13" ], [ prl => "Spreadsheet::Perl", "" ], # Helper modules [ ios => "IO::Scalar", "" ], [ dmp => "Data::Peek", "" ], ); my %can = ( supports => { map { $_->[1] => $_->[2] } @parsers }); foreach my $p (@parsers) { my $format = $p->[0]; $can{$format} and next; $can{$format} = ""; my $preset = $ENV{"SPREADSHEET_READ_\U$format"} or next; my $min_version = $can{supports}{$preset}; unless ($min_version) { # Catch weirdness like $SPREADSHEET_READ_XLSX = "DBD::Oracle" $can{$format} = "!$preset is not supported for the $format format"; next; } if (eval "local \$_; require $preset" and not $@) { # forcing a parser should still check the version my $ok; my $has = $preset->VERSION; $has =~ s/_[0-9]+$//; # Remove beta-part if ($min_version =~ m/^v([0-9.]+)/) { # clumsy versions my @min = split m/\./ => $1; $has =~ s/^v//; my @has = split m/\./ => $has; $ok = (($has[0] * 1000 + $has[1]) * 1000 + $has[2]) >= (($min[0] * 1000 + $min[1]) * 1000 + $min[2]); } else { # normal versions $ok = $has >= $min_version; } $ok or $preset = "!$preset"; } else { $preset = "!$preset"; } $can{$format} = $preset; } delete $can{supports}; for (@parsers) { my ($flag, $mod, $vsn) = @$_; $can{$flag} and next; eval "require $mod; \$vsn and ${mod}->VERSION (\$vsn); \$can{\$flag} = '$mod'" or $_->[0] = "! Cannot use $mod version $vsn: $@"; } $can{sc} = __PACKAGE__; # SquirelCalc is built-in defined $Spreadsheet::ParseExcel::VERSION && $Spreadsheet::ParseExcel::VERSION < 0.61 and *Spreadsheet::ParseExcel::Workbook::get_active_sheet = sub { undef; }; my $debug = 0; my %def_opts = ( rc => 1, cells => 1, attr => 0, clip => undef, # $opt{cells}; strip => 0, pivot => 0, dtfmt => "yyyy-mm-dd", # Format 14 debug => 0, passwd => undef, parser => undef, sep => undef, quote => undef, label => undef, ); my @def_attr = ( type => "text", fgcolor => undef, bgcolor => undef, font => undef, size => undef, format => undef, halign => "left", valign => "top", bold => 0, italic => 0, uline => 0, wrap => 0, merged => 0, hidden => 0, locked => 0, enc => "utf-8", # $ENV{LC_ALL} // $ENV{LANG} // ... formula => undef, ); # Helper functions sub _dump { my ($label, $ref) = @_; if ($can{dmp}) { print STDERR Data::Peek::DDumper ({ $label => $ref }); } else { print STDERR Data::Dumper->Dump ([$ref], [$label]); } } # _dump sub _parser { my $type = shift or return ""; $type = lc $type; # Aliases and fullnames $type eq "excel" and return "xls"; $type eq "excel2007" and return "xlsx"; $type eq "oo" and return "sxc"; $type eq "ods" and return "sxc"; $type eq "openoffice" and return "sxc"; $type eq "libreoffice" and return "sxc"; $type eq "perl" and return "prl"; $type eq "squirelcalc" and return "sc"; return exists $can{$type} ? $type : ""; } # _parser sub new { my $class = shift; my $r = ReadData (@_); unless ($r) { @_ and return; # new with arguments failed to open resource $r = [{ parsers => [], error => undef, sheets => 0, sheet => { }, }]; } bless $r => $class; } # new # Spreadsheet::Read::parses ("csv") or die "Cannot parse CSV" sub parses { ref $_[0] eq __PACKAGE__ and shift; my $type = _parser (shift) or return 0; if ($can{$type} =~ m/^!\s*(.*)/) { $@ = $1; return 0; } return $can{$type}; } # parses sub sheets { my $ctrl = shift->[0]; my %s = %{$ctrl->{sheet}}; wantarray ? sort { $s{$a} <=> $s{$b} } keys %s : $ctrl->{sheets}; } # sheets # col2label (4) => "D" sub col2label { ref $_[0] eq __PACKAGE__ and shift; my $c = shift; defined $c && $c > 0 or return ""; my $cell = ""; while ($c) { use integer; substr $cell, 0, 0, chr (--$c % 26 + ord "A"); $c /= 26; } $cell; } # col2label # cr2cell (4, 18) => "D18" # No prototype to allow 'cr2cell (@rowcol)' sub cr2cell { ref $_[0] eq __PACKAGE__ and shift; my ($c, $r) = @_; defined $c && defined $r && $c > 0 && $r > 0 or return ""; col2label ($c) . $r; } # cr2cell # cell2cr ("D18") => (4, 18) sub cell2cr { ref $_[0] eq __PACKAGE__ and shift; my ($cc, $r) = (uc ($_[0]||"") =~ m/^([A-Z]+)([0-9]+)$/) or return (0, 0); my $c = 0; while ($cc =~ s/^([A-Z])//) { $c = 26 * $c + 1 + ord ($1) - ord ("A"); } ($c, $r); } # cell2cr # my @row = cellrow ($book->[1], 1); # my @row = $book->cellrow (1, 1); sub cellrow { my $sheet = ref $_[0] eq __PACKAGE__ ? (shift)->[shift] : shift or return; ref $sheet eq "HASH" && exists $sheet->{cell} or return; exists $sheet->{maxcol} && exists $sheet->{maxrow} or return; my $row = shift or return; $row > 0 && $row <= $sheet->{maxrow} or return; my $s = $sheet->{cell}; map { $s->[$_][$row] } 1..$sheet->{maxcol}; } # cellrow # my @row = row ($book->[1], 1); # my @row = $book->row (1, 1); sub row { my $sheet = ref $_[0] eq __PACKAGE__ ? (shift)->[shift] : shift or return; ref $sheet eq "HASH" && exists $sheet->{cell} or return; exists $sheet->{maxcol} && exists $sheet->{maxrow} or return; my $row = shift or return; $row > 0 && $row <= $sheet->{maxrow} or return; map { $sheet->{cr2cell ($_, $row)} } 1..$sheet->{maxcol}; } # row # Convert {cell}'s [column][row] to a [row][column] list # my @rows = rows ($book->[1]); sub rows { my $sheet = ref $_[0] eq __PACKAGE__ ? (shift)->[shift] : shift or return; ref $sheet eq "HASH" && exists $sheet->{cell} or return; exists $sheet->{maxcol} && exists $sheet->{maxrow} or return; my $s = $sheet->{cell}; map { my $r = $_; [ map { $s->[$_][$r] } 1..$sheet->{maxcol} ]; } 1..$sheet->{maxrow}; } # rows sub sheet { my ($book, $sheet) = @_; $book && $sheet or return; my $class = "Spreadsheet::Read::Sheet"; $sheet =~ m/^[0-9]+$/ && $sheet >= 1 && $sheet <= $book->[0]{sheets} and return bless $book->[$sheet] => $class; exists $book->[0]{sheet}{$sheet} and return bless $book->[$book->[0]{sheet}{$sheet}] => $class; foreach my $idx (1 .. $book->[0]{sheets}) { $book->[$idx]{label} eq $sheet and return bless $book->[$idx] => $class; } return; } # sheet # If option "clip" is set, remove the trailing rows and # columns in each sheet that contain no visible data sub _clipsheets { my ($opt, $ref) = @_; $ref->[0]{sheets} or return $ref; my ($rc, $cl) = ($opt->{rc}, $opt->{cells}); my ($oc, $os, $oa) = ($opt->{clip}, $opt->{strip}, $opt->{attr}); # Strip leading/trailing spaces if ($os || $oc) { foreach my $sheet (1 .. $ref->[0]{sheets}) { $ref->[$sheet]{indx} = $sheet; my $ss = $ref->[$sheet]; $ss->{maxrow} && $ss->{maxcol} or next; my ($mc, $mr) = (0, 0); foreach my $row (1 .. $ss->{maxrow}) { foreach my $col (1 .. $ss->{maxcol}) { if ($rc) { defined $ss->{cell}[$col][$row] or next; $os & 2 and $ss->{cell}[$col][$row] =~ s/\s+$//; $os & 1 and $ss->{cell}[$col][$row] =~ s/^\s+//; if (length $ss->{cell}[$col][$row]) { $col > $mc and $mc = $col; $row > $mr and $mr = $row; } } if ($cl) { my $cell = cr2cell ($col, $row); defined $ss->{$cell} or next; $os & 2 and $ss->{$cell} =~ s/\s+$//; $os & 1 and $ss->{$cell} =~ s/^\s+//; if (length $ss->{$cell}) { $col > $mc and $mc = $col; $row > $mr and $mr = $row; } } } } $oc && ($mc < $ss->{maxcol} || $mr < $ss->{maxrow}) or next; # Remove trailing empty columns foreach my $col (($mc + 1) .. $ss->{maxcol}) { $rc and undef $ss->{cell}[$col]; $oa and undef $ss->{attr}[$col]; $cl or next; my $c = col2label ($col); delete $ss->{"$c$_"} for 1 .. $ss->{maxrow}; } # Remove trailing empty rows foreach my $row (($mr + 1) .. $ss->{maxrow}) { foreach my $col (1 .. $mc) { $cl and delete $ss->{cr2cell ($col, $row)}; $rc and undef $ss->{cell} [$col][$row]; $oa and undef $ss->{attr} [$col][$row]; } } ($ss->{maxrow}, $ss->{maxcol}) = ($mr, $mc); } } if ($opt->{pivot}) { foreach my $sheet (1 .. $ref->[0]{sheets}) { my $ss = $ref->[$sheet]; $ss->{maxrow} || $ss->{maxcol} or next; my $mx = $ss->{maxrow} > $ss->{maxcol} ? $ss->{maxrow} : $ss->{maxcol}; foreach my $row (2 .. $mx) { foreach my $col (1 .. ($row - 1)) { $opt->{rc} and ($ss->{cell}[$col][$row], $ss->{cell}[$row][$col]) = ($ss->{cell}[$row][$col], $ss->{cell}[$col][$row]); $opt->{cells} and ($ss->{cr2cell ($col, $row)}, $ss->{cr2cell ($row, $col)}) = ($ss->{cr2cell ($row, $col)}, $ss->{cr2cell ($col, $row)}); } } ($ss->{maxcol}, $ss->{maxrow}) = ($ss->{maxrow}, $ss->{maxcol}); } } $ref; } # _clipsheets # Convert a single color (index) to a color sub _xls_color { my $clr = shift; defined $clr or return undef; $clr eq "#000000" and return undef; $clr =~ m/^#[0-9a-fA-F]+$/ and return lc $clr; $clr == 0 || $clr == 32767 and return undef; # Default fg color return "#" . lc Spreadsheet::ParseExcel->ColorIdxToRGB ($clr); } # _xls_color # Convert a fill [ $pattern, $front_color, $back_color ] to a single background sub _xls_fill { my ($p, $fg, $bg) = @_; defined $p or return undef; $p == 32767 and return undef; # Default fg color $p == 0 && !defined $bg and return undef; # No fill bg color $p == 1 and return _xls_color ($fg); $bg < 8 || $bg > 63 and return undef; # see Workbook.pm#106 return _xls_color ($bg); } # _xls_fill sub ReadData { my $txt = shift or return; my %opt; if (@_) { if (ref $_[0] eq "HASH") { %opt = %{shift @_} } elsif (@_ % 2 == 0) { %opt = @_ } } exists $opt{rc} or $opt{rc} = $def_opts{rc}; exists $opt{cells} or $opt{cells} = $def_opts{cells}; exists $opt{attr} or $opt{attr} = $def_opts{attr}; exists $opt{clip} or $opt{clip} = $opt{cells}; exists $opt{strip} or $opt{strip} = $def_opts{strip}; exists $opt{dtfmt} or $opt{dtfmt} = $def_opts{dtfmt}; # $debug = $opt{debug} // 0; $debug = defined $opt{debug} ? $opt{debug} : $def_opts{debug}; $debug > 4 and _dump (Options => \%opt); my %parser_opts = map { $_ => $opt{$_} } grep { !exists $def_opts{$_} } keys %opt; my $_parser = _parser ($opt{parser}); my $io_ref = ref ($txt) =~ m/GLOB|IO/ ? $txt : undef; my $io_fil = $io_ref ? 0 : $txt =~ m/\0/ ? 0 : do { no warnings "newline"; -f $txt }; my $io_txt = $io_ref || $io_fil ? 0 : 1; $io_fil && ! -s $txt and do { $@ = "$txt is empty"; return }; $io_ref && eof $txt and do { $@ = "Empty stream"; return }; if ($opt{parser} ? $_parser eq "csv" : ($io_fil && $txt =~ m/\.(csv)$/i)) { $can{csv} or croak "CSV parser not installed"; my $label = defined $opt{label} ? $opt{label} : $io_fil ? $txt : "IO"; $debug and print STDERR "Opening CSV $label using $can{csv}-", $can{csv}->VERSION, "\n"; my @data = ( { type => "csv", parser => $can{csv}, version => $can{csv}->VERSION, parsers => [ { type => "csv", parser => $can{csv}, version => $can{csv}->VERSION, }], error => undef, quote => '"', sepchar => ',', sheets => 1, sheet => { $label => 1 }, }, { parser => 0, label => $label, maxrow => 0, maxcol => 0, cell => [], attr => [], merged => [], active => 1, }, ); my ($sep, $quo, $in) = (",", '"'); defined $opt{sep} and $sep = $opt{sep}; defined $opt{quote} and $quo = $opt{quote}; $debug > 8 and _dump (debug => { data => \@data, txt => $txt, io_ref => $io_ref, io_fil => $io_fil }); if ($io_fil) { unless (defined $opt{quote} && defined $opt{sep}) { open $in, "<", $txt or return; my $l1 = <$in>; $quo = defined $opt{quote} ? $opt{quote} : '"'; $sep = # If explicitly set, use it defined $opt{sep} ? $opt{sep} : # otherwise start auto-detect with quoted strings $l1 =~ m/["0-9];["0-9;]/ ? ";" : $l1 =~ m/["0-9],["0-9,]/ ? "," : $l1 =~ m/["0-9]\t["0-9,]/ ? "\t" : $l1 =~ m/["0-9]\|["0-9,]/ ? "|" : # If neither, then for unquoted strings $l1 =~ m/\w;[\w;]/ ? ";" : $l1 =~ m/\w,[\w,]/ ? "," : $l1 =~ m/\w\t[\w,]/ ? "\t" : $l1 =~ m/\w\|[\w,]/ ? "|" : "," ; close $in; } open $in, "<", $txt or return; } elsif ($io_ref) { $in = $txt; } elsif (ref $txt eq "SCALAR") { open $in, "<", $txt or croak "Cannot open input: $!"; } elsif ($txt =~ m/[\r\n,;]/) { open $in, "<", \$txt or croak "Cannot open input: $!"; } else { warn "Input type ", ref $txt, " might not be supported. Please file a ticket\n"; $in = $txt; # Now pray ... } $debug > 1 and print STDERR "CSV sep_char '$sep', quote_char '$quo'\n"; my $csv = $can{csv}->new ({ %parser_opts, sep_char => ($data[0]{sepchar} = $sep), quote_char => ($data[0]{quote} = $quo), keep_meta_info => 1, binary => 1, auto_diag => 1, }) or croak "Cannot create a csv ('$sep', '$quo') parser!"; while (my $row = $csv->getline ($in)) { my @row = @$row or last; my $r = ++$data[1]{maxrow}; @row > $data[1]{maxcol} and $data[1]{maxcol} = @row; foreach my $c (0 .. $#row) { my $val = $row[$c]; my $cell = cr2cell ($c + 1, $r); $opt{rc} and $data[1]{cell}[$c + 1][$r] = $val; $opt{cells} and $data[1]{$cell} = $val; $opt{attr} and $data[1]{attr}[$c + 1][$r] = { @def_attr }; } } $csv->eof () or $data[0]{error} = [ $csv->error_diag ]; close $in; for (@{$data[1]{cell}}) { defined or $_ = []; } return _clipsheets \%opt, [ @data ]; } if ($io_txt) { # && $_parser !~ m/^xlsx?$/) { if ( # /etc/magic: Microsoft Office Document $txt =~ m{\A(\376\067\0\043 |\320\317\021\340\241\261\032\341 |\333\245-\0\0\0)}x # /usr/share/misc/magic || $txt =~ m{\A.{2080}Microsoft Excel 5.0 Worksheet} || $txt =~ m{\A\x09\x04\x06\x00\x00\x00\x10\x00} ) { $can{xls} or croak "Spreadsheet::ParseExcel not installed"; my $tmpfile; if ($can{ios}) { # Do not use a temp file if IO::Scalar is available $tmpfile = \$txt; } else { $tmpfile = File::Temp->new (SUFFIX => ".xls", UNLINK => 1); binmode $tmpfile; print $tmpfile $txt; close $tmpfile; } open $io_ref, "<", $tmpfile or do { $@ = $!; return }; $io_txt = 0; $_parser = _parser ($opt{parser} = "xls"); } elsif ( # /usr/share/misc/magic $txt =~ m{\APK\003\004.{4,30}(?:\[Content_Types\]\.xml|_rels/\.rels)} ) { $can{xlsx} or croak "XLSX parser not installed"; my $tmpfile; if ($can{ios}) { # Do not use a temp file if IO::Scalar is available $tmpfile = \$txt; } else { $tmpfile = File::Temp->new (SUFFIX => ".xlsx", UNLINK => 1); binmode $tmpfile; print $tmpfile $txt; close $tmpfile; } open $io_ref, "<", $tmpfile or do { $@ = $!; return }; $io_txt = 0; $_parser = _parser ($opt{parser} = "xlsx"); } elsif (!$io_ref && $txt =~ m/\.xlsx?$/i) { $@ = "Cannot open $txt as file"; return; } } if ($opt{parser} ? $_parser =~ m/^xlsx?$/ : ($io_fil && $txt =~ m/\.(xlsx?)$/i && ($_parser = $1))) { my $parse_type = $_parser =~ m/x$/i ? "XLSX" : "XLS"; my $parser = $can{lc $parse_type} or croak "Parser for $parse_type is not installed"; $debug and print STDERR "Opening $parse_type ", $io_ref ? "" : $txt, " using $parser-", $can{lc $parse_type}->VERSION, "\n"; $opt{passwd} and $parser_opts{Password} = $opt{passwd}; my $oBook = eval { $io_ref ? $parse_type eq "XLSX" ? $can{xlsx} =~ m/::XLSX$/ ? $parser->new ($io_ref) : $parser->new (%parser_opts)->parse ($io_ref) : $parser->new (%parser_opts)->Parse ($io_ref) : $parse_type eq "XLSX" ? $can{xlsx} =~ m/::XLSX$/ ? $parser->new ($txt) : $parser->new (%parser_opts)->parse ($txt) : $parser->new (%parser_opts)->Parse ($txt); }; unless ($oBook) { # cleanup will fail on folders with spaces. (my $msg = $@) =~ s/ at \S+ line \d+.*//s; croak "$parse_type parser cannot parse data: $msg"; } $debug > 8 and _dump (oBook => $oBook); # WorkBook keys: # aColor _CurSheet Format SheetCount # ActiveSheet _CurSheet_ FormatStr _skip_chart # Author File NotSetCell _string_contin # BIFFVersion Flg1904 Object Version # _buffer FmtClass PkgStr Worksheet # CellHandler Font _previous_info my @data = ( { type => lc $parse_type, parser => $can{lc $parse_type}, version => $can{lc $parse_type}->VERSION, parsers => [{ type => lc $parse_type, parser => $can{lc $parse_type}, version => $can{lc $parse_type}->VERSION, }], error => undef, sheets => $oBook->{SheetCount} || 0, sheet => {}, } ); # $debug and $data[0]{_parser} = $oBook; # Overrule the default date format strings my %def_fmt = ( 0x0E => lc $opt{dtfmt}, # m-d-yy 0x0F => "d-mmm-yyyy", # d-mmm-yy 0x11 => "mmm-yyyy", # mmm-yy 0x16 => "yyyy-mm-dd hh:mm", # m-d-yy h:mm ); $oBook->{FormatStr}{$_} = $def_fmt{$_} for keys %def_fmt; my $oFmt = $parse_type eq "XLSX" ? $can{xlsx} =~ m/::XLSX$/ ? Spreadsheet::XLSX::Fmt2007->new : Spreadsheet::ParseExcel::FmtDefault->new : Spreadsheet::ParseExcel::FmtDefault->new; $debug and print STDERR "\t$data[0]{sheets} sheets\n"; my $active_sheet = $oBook->get_active_sheet || $oBook->{ActiveSheet} || $oBook->{SelectedSheet}; my $current_sheet = 0; foreach my $oWkS (@{$oBook->{Worksheet}}) { $current_sheet++; $opt{clip} and !defined $oWkS->{Cells} and next; # Skip empty sheets my %sheet = ( parser => 0, label => $oWkS->{Name}, maxrow => 0, maxcol => 0, cell => [], attr => [], merged => [], active => 0, ); # $debug and $sheet{_parser} = $oWkS; defined $sheet{label} or $sheet{label} = "-- unlabeled --"; exists $oWkS->{MinRow} and $sheet{minrow} = $oWkS->{MinRow} + 1; exists $oWkS->{MaxRow} and $sheet{maxrow} = $oWkS->{MaxRow} + 1; exists $oWkS->{MinCol} and $sheet{mincol} = $oWkS->{MinCol} + 1; exists $oWkS->{MaxCol} and $sheet{maxcol} = $oWkS->{MaxCol} + 1; $sheet{merged} = [ map { $_->[0] } sort { $a->[1] cmp $b->[1] } map {[ $_, pack "NNNN", @$_ ]} map {[ map { $_ + 1 } @{$_}[1,0,3,2] ]} @{$oWkS->get_merged_areas || []}]; my $sheet_idx = 1 + @data; $debug and print STDERR "\tSheet $sheet_idx '$sheet{label}' $sheet{maxrow} x $sheet{maxcol}\n"; if (defined $active_sheet) { # _SheetNo is 0-based my $sheet_no = defined $oWkS->{_SheetNo} ? $oWkS->{_SheetNo} : $current_sheet - 1; $sheet_no eq $active_sheet and $sheet{active} = 1; } # Sheet keys: # _Book FooterMargin MinCol RightMargin # BottomMargin FooterMergin MinRow RightMergin # BottomMergin HCenter Name RowHeight # Cells Header NoColor RowHidden # ColFmtNo HeaderMargin NoOrient Scale # ColHidden HeaderMergin NoPls SheetHidden # ColWidth Kind Notes _SheetNo # Copis Landscape PageFit SheetType # DefColWidth LeftMargin PageStart SheetVersion # DefRowHeight LeftMergin PaperSize TopMargin # Draft LeftToRight _Pos TopMergin # FitHeight MaxCol PrintGrid UsePage # FitWidth MaxRow PrintHeaders VCenter # Footer MergedArea Res VRes if (exists $oWkS->{MinRow}) { my $hiddenRows = $oWkS->{RowHidden} || []; my $hiddenCols = $oWkS->{ColHidden} || []; if ($opt{clip}) { my ($mr, $mc) = (-1, -1); foreach my $r ($oWkS->{MinRow} .. $sheet{maxrow}) { foreach my $c ($oWkS->{MinCol} .. $sheet{maxcol}) { my $oWkC = $oWkS->{Cells}[$r][$c] or next; defined (my $val = $oWkC->{Val}) or next; $val eq "" and next; $r > $mr and $mr = $r; $c > $mc and $mc = $c; } } ($sheet{maxrow}, $sheet{maxcol}) = ($mr + 1, $mc + 1); } foreach my $r ($oWkS->{MinRow} .. $sheet{maxrow}) { foreach my $c ($oWkS->{MinCol} .. $sheet{maxcol}) { my $oWkC = $oWkS->{Cells}[$r][$c] or next; #defined (my $val = $oWkC->{Val}) or next; my $val = $oWkC->{Val}; if (defined $val and my $enc = $oWkC->{Code}) { $enc eq "ucs2" and $val = decode ("utf-16be", $val); } my $cell = cr2cell ($c + 1, $r + 1); $opt{rc} and $sheet{cell}[$c + 1][$r + 1] = $val; # Original my $fmt; my $FmT = $oWkC->{Format}; if ($FmT) { unless (ref $FmT) { $fmt = $FmT; $FmT = {}; } } else { $FmT = {}; } foreach my $attr (qw( AlignH AlignV FmtIdx Hidden Lock Wrap )) { exists $FmT->{$attr} or $FmT->{$attr} = 0; } exists $FmT->{Fill} or $FmT->{Fill} = [ 0 ]; exists $FmT->{Font} or $FmT->{Font} = undef; unless (defined $fmt) { $fmt = $FmT->{FmtIdx} ? $oBook->{FormatStr}{$FmT->{FmtIdx}} : undef; } if ($oWkC->{Type} eq "Numeric") { # Fixed in 0.33 and up # see Spreadsheet/ParseExcel/FmtDefault.pm $FmT->{FmtIdx} == 0x0e || $FmT->{FmtIdx} == 0x0f || $FmT->{FmtIdx} == 0x10 || $FmT->{FmtIdx} == 0x11 || $FmT->{FmtIdx} == 0x16 || (defined $fmt && $fmt =~ m{^[dmy][-\\/dmy]*$}) and $oWkC->{Type} = "Date"; $FmT->{FmtIdx} == 0x09 || $FmT->{FmtIdx} == 0x0a || (defined $fmt && $fmt =~ m{^0+\.0+%$}) and $oWkC->{Type} = "Percentage"; } defined $fmt and $fmt =~ s/\\//g; $opt{cells} and # Formatted value $sheet{$cell} = defined $val ? $FmT && exists $def_fmt{$FmT->{FmtIdx}} ? $oFmt->ValFmt ($oWkC, $oBook) : $oWkC->Value : undef; if ($opt{attr}) { my $FnT = $FmT->{Font}; my $fmi = $FmT->{FmtIdx} ? $oBook->{FormatStr}{$FmT->{FmtIdx}} : undef; $fmi and $fmi =~ s/\\//g; $sheet{attr}[$c + 1][$r + 1] = { @def_attr, type => lc $oWkC->{Type}, enc => $oWkC->{Code}, merged => (defined $oWkC->{Merged} ? $oWkC->{Merged} : $oWkC->is_merged) || 0, hidden => ($hiddenRows->[$r] || $hiddenCols->[$c] ? 1 : defined $oWkC->{Hidden} ? $oWkC->{Hidden} : $FmT->{Hidden}) || 0, locked => $FmT->{Lock} || 0, format => $fmi, halign => [ undef, qw( left center right fill justify ), undef, "equal_space" ]->[$FmT->{AlignH}], valign => [ qw( top center bottom justify equal_space )]->[$FmT->{AlignV}], wrap => $FmT->{Wrap}, font => $FnT->{Name}, size => $FnT->{Height}, bold => $FnT->{Bold}, italic => $FnT->{Italic}, uline => $FnT->{Underline}, fgcolor => _xls_color ($FnT->{Color}), bgcolor => _xls_fill (@{$FmT->{Fill}}), formula => $oWkC->{Formula}, }; #_dump "cell", $sheet{attr}[$c + 1][$r + 1]; } } } } for (@{$sheet{cell}}) { defined or $_ = []; } push @data, { %sheet }; # $data[0]{sheets}++; if ($sheet{label} eq "-- unlabeled --") { $sheet{label} = ""; } else { $data[0]{sheet}{$sheet{label}} = $#data; } } return _clipsheets \%opt, [ @data ]; } if ($opt{parser} ? _parser ($opt{parser}) eq "sc" : $io_fil ? $txt =~ m/\.sc$/ : $txt =~ m/^# .*SquirrelCalc/) { if ($io_ref) { local $/; my $x = <$txt>; $txt = $x; } elsif ($io_fil) { local $/; open my $sc, "<", $txt or return; $txt = <$sc>; close $sc; } $txt =~ m/\S/ or return; my $label = defined $opt{label} ? $opt{label} : "sheet"; my @data = ( { type => "sc", parser => "Spreadsheet::Read", version => $VERSION, parsers => [{ type => "sc", parser => "Spreadsheet::Read", version => $VERSION, }], error => undef, sheets => 1, sheet => { $label => 1 }, }, { parser => 0, label => $label, maxrow => 0, maxcol => 0, cell => [], attr => [], merged => [], active => 1, }, ); for (split m/\s*[\r\n]\s*/, $txt) { if (m/^dimension.*of ([0-9]+) rows.*of ([0-9]+) columns/i) { @{$data[1]}{qw(maxrow maxcol)} = ($1, $2); next; } s/^r([0-9]+)c([0-9]+)\s*=\s*// or next; my ($c, $r) = map { $_ + 1 } $2, $1; if (m/.* \{(.*)}$/ or m/"(.*)"/) { my $cell = cr2cell ($c, $r); $opt{rc} and $data[1]{cell}[$c][$r] = $1; $opt{cells} and $data[1]{$cell} = $1; $opt{attr} and $data[1]{attr}[$c + 1][$r] = { @def_attr }; next; } # Now only formula's remain. Ignore for now # r67c7 = [P2L] 2*(1000*r67c5-60) } for (@{$data[1]{cell}}) { defined or $_ = []; } return _clipsheets \%opt, [ @data ]; } if ($opt{parser} ? _parser ($opt{parser}) eq "sxc" : ($txt =~ m/^<\?xml/ or -f $txt)) { $can{sxc} or croak "Spreadsheet::ReadSXC not installed"; ref $txt and croak ("Sorry, references as input are not (yet) supported by Spreadsheet::ReadSXC"); my $using = "using $can{sxc}-" . $can{sxc}->VERSION; my $sxc_options = { %parser_opts, OrderBySheet => 1 }; # New interface 0.20 and up my $sxc; if ($txt =~ m/\.(sxc|ods)$/i) { $debug and print STDERR "Opening \U$1\E $txt $using\n"; $sxc = Spreadsheet::ReadSXC::read_sxc ($txt, $sxc_options) or return; } elsif ($txt =~ m/\.xml$/i) { $debug and print STDERR "Opening XML $txt $using\n"; $sxc = Spreadsheet::ReadSXC::read_xml_file ($txt, $sxc_options) or return; } # need to test on pattern to prevent stat warning # on filename with newline elsif ($txt !~ m/^<\?xml/i and -f $txt) { $debug and print STDERR "Opening XML $txt $using\n"; open my $f, "<", $txt or return; local $/; $txt = <$f>; close $f; } !$sxc && $txt =~ m/^<\?xml/i and $sxc = Spreadsheet::ReadSXC::read_xml_string ($txt, $sxc_options); $debug > 8 and _dump (sxc => $sxc); if ($sxc) { my @data = ( { type => "sxc", parser => "Spreadsheet::ReadSXC", version => $Spreadsheet::ReadSXC::VERSION, parsers => [{ type => "sxc", parser => "Spreadsheet::ReadSXC", version => $Spreadsheet::ReadSXC::VERSION, }], error => undef, sheets => 0, sheet => {}, } ); my @sheets = ref $sxc eq "HASH" # < 0.20 ? map { { label => $_, data => $sxc->{$_}, } } keys %$sxc : @{$sxc}; foreach my $sheet (@sheets) { my @sheet = @{$sheet->{data}}; my %sheet = ( parser => 0, label => $sheet->{label}, maxrow => scalar @sheet, maxcol => 0, cell => [], attr => [], merged => [], active => 0, ); my $sheet_idx = 1 + @data; $debug and print STDERR "\tSheet $sheet_idx '$sheet{label}' $sheet{maxrow} rows\n"; foreach my $r (0 .. $#sheet) { my @row = @{$sheet[$r]} or next; foreach my $c (0 .. $#row) { defined (my $val = $row[$c]) or next; my $C = $c + 1; $C > $sheet{maxcol} and $sheet{maxcol} = $C; my $cell = cr2cell ($C, $r + 1); $opt{rc} and $sheet{cell}[$C][$r + 1] = $val; $opt{cells} and $sheet{$cell} = $val; $opt{attr} and $sheet{attr}[$C][$r + 1] = { @def_attr }; } } for (@{$sheet{cell}}) { defined or $_ = []; } $debug and print STDERR "\tSheet $sheet_idx '$sheet{label}' $sheet{maxrow} x $sheet{maxcol}\n"; push @data, { %sheet }; $data[0]{sheets}++; $data[0]{sheet}{$sheet->{label}} = $#data; } return _clipsheets \%opt, [ @data ]; } } if (!ref $txt and $txt =~ m/\.\w+$/) { # Return (localized) system message open my $fh, "<", $txt and croak "I can open file $txt, but I do not know how to parse it\n"; $@ = $!; } return; } # ReadData sub add { my $book = shift; my $r = ReadData (@_) or return; $book && (ref $book eq "ARRAY" || ref $book eq __PACKAGE__) && $book->[0]{sheets} or return $r; my $c1 = $book->[0]; my $c2 = $r->[0]; unless ($c1->{parsers}) { $c1->{parsers}[0]{$_} = $c1->{$_} for qw( type parser version ); $book->[$_]{parser} = 0 for 1 .. $c1->{sheets}; } my ($pidx) = (grep { my $p = $c1->{parsers}[$_]; $p->{type} eq $c2->{type} && $p->{parser} eq $c2->{parser} && $p->{version} eq $c2->{version} } 0 .. $#{$c1->{parsers}}); unless (defined $pidx) { $pidx = scalar @{$c1->{parsers}}; $c1->{parsers}[$pidx]{$_} = $c2->{$_} for qw( type parser version ); } foreach my $sn (sort { $c2->{sheet}{$a} <=> $c2->{sheet}{$b} } keys %{$c2->{sheet}}) { my $s = $sn; my $v = 2; while (exists $c1->{sheet}{$s}) { $s = $sn."[".$v++."]"; } $c1->{sheet}{$s} = $c1->{sheets} + $c2->{sheet}{$sn}; $r->[$c2->{sheet}{$sn}]{parser} = $pidx; push @$book, $r->[$c2->{sheet}{$sn}]; } $c1->{sheets} += $c2->{sheets}; return $book; } # add package Spreadsheet::Read::Attribute; use Carp; use vars qw( $AUTOLOAD ); sub AUTOLOAD { my $self = shift; (my $attr = $AUTOLOAD) =~ s/.*:://; $self->{$attr}; } # AUTOLOAD package Spreadsheet::Read::Sheet; sub cell { my ($sheet, @id) = @_; @id == 2 && $id[0] =~ m/^[0-9]+$/ && $id[1] =~ m/^[0-9]+$/ and return $sheet->{cell}[$id[0]][$id[1]]; @id && $id[0] && exists $sheet->{$id[0]} and return $sheet->{$id[0]}; } # cell sub attr { my ($sheet, @id) = @_; my $class = "Spreadsheet::Read::Attribute"; @id == 2 && $id[0] =~ m/^[0-9]+$/ && $id[1] =~ m/^[0-9]+$/ and return bless $sheet->{attr}[$id[0]][$id[1]] => $class; if (@id && $id[0] && exists $sheet->{$id[0]}) { my ($c, $r) = $sheet->cell2cr ($id[0]); return bless $sheet->{attr}[$c][$r] => $class; } undef; } # attr sub maxrow { my $sheet = shift; return $sheet->{maxrow}; } # maxrow sub maxcol { my $sheet = shift; return $sheet->{maxcol}; } # maxrow sub col2label { $_[0] =~ m/::/ and shift; # class unused return Spreadsheet::Read::col2label (@_); } # col2label sub cr2cell { $_[0] =~ m/::/ and shift; # class unused return Spreadsheet::Read::cr2cell (@_); } # cr2cell sub cell2cr { $_[0] =~ m/::/ and shift; # class unused return Spreadsheet::Read::cell2cr (@_); } # cell2cr sub label { my ($sheet, $label) = @_; defined $label and $sheet->{label} = $label; return $sheet->{label}; } # label sub active { my $sheet = shift; return $sheet->{active}; } # label # my @row = $sheet->cellrow (1); sub cellrow { my ($sheet, $row) = @_; defined $row && $row > 0 && $row <= $sheet->{maxrow} or return; my $s = $sheet->{cell}; map { $s->[$_][$row] } 1..$sheet->{maxcol}; } # cellrow # my @row = $sheet->row (1); sub row { my ($sheet, $row) = @_; defined $row && $row > 0 && $row <= $sheet->{maxrow} or return; map { $sheet->{$sheet->cr2cell ($_, $row)} } 1..$sheet->{maxcol}; } # row # my @col = $sheet->cellcolumn (1); sub cellcolumn { my ($sheet, $col) = @_; defined $col && $col > 0 && $col <= $sheet->{maxcol} or return; my $s = $sheet->{cell}; map { $s->[$col][$_] } 1..$sheet->{maxrow}; } # cellcolumn # my @col = $sheet->column (1); sub column { my ($sheet, $col) = @_; defined $col && $col > 0 && $col <= $sheet->{maxcol} or return; map { $sheet->{$sheet->cr2cell ($col, $_)} } 1..$sheet->{maxrow}; } # column # Convert {cell}'s [column][row] to a [row][column] list # my @rows = $sheet->rows (); sub rows { my $sheet = shift; my $s = $sheet->{cell}; map { my $r = $_; [ map { $s->[$_][$r] } 1..$sheet->{maxcol} ]; } 1..$sheet->{maxrow}; } # rows 1; __END__ =head1 DESCRIPTION Spreadsheet::Read tries to transparently read *any* spreadsheet and return its content in a universal manner independent of the parsing module that does the actual spreadsheet scanning. For OpenOffice and/or LibreOffice this module uses L For Microsoft Excel this module uses L, L, or L (stronly discouraged). For CSV this module uses L or L. For SquirrelCalc there is a very simplistic built-in parser =head2 Data structure The data is returned as an array reference: $book = [ # Entry 0 is the overall control hash { sheets => 2, sheet => { "Sheet 1" => 1, "Sheet 2" => 2, }, parsers => [ { type => "xls", parser => "Spreadsheet::ParseExcel", version => 0.59, }], error => undef, }, # Entry 1 is the first sheet { parser => 0, label => "Sheet 1", maxrow => 2, maxcol => 4, cell => [ undef, [ undef, 1 ], [ undef, undef, undef, undef, undef, "Nugget" ], ], attr => [], merged => [], active => 1, A1 => 1, B5 => "Nugget", }, # Entry 2 is the second sheet { parser => 0, label => "Sheet 2", : : To keep as close contact to spreadsheet users, row and column 1 have index 1 too in the C element of the sheet hash, so cell "A1" is the same as C [1, 1] (column first). To switch between the two, there are helper functions available: C, C, and C. The C hash entry contains unformatted data, while the hash entries with the traditional labels contain the formatted values (if applicable). The control hash (the first entry in the returned array ref), contains some spreadsheet meta-data. The entry C is there to be able to find the sheets when accessing them by name: my %sheet2 = %{$book->[$book->[0]{sheet}{"Sheet 2"}]}; =head2 Formatted vs Unformatted The difference between formatted and unformatted cells is that the (optional) format is applied to the cell or not. This part is B implemented on the parser side. Spreadsheet::Read just makes both available if these are supported. Options provide means to disable either. If the parser does not provide formatted cells - like CSV - both values are equal. To show what this implies: use Spreadsheet::Read; my $file = "files/example.xlsx"; my $workbook = Spreadsheet::Read->new ($file); my $info = $workbook->[0]; say "Parsed $file with $info->{parser}-$info->{version}"; my $sheet = $workbook->sheet (1); say join "\t" => "Formatted:", $sheet->row (1); say join "\t" => "Unformatted:", $sheet->cellrow (1); Might return very different results depending one the underlying parser (and its version): Parsed files/example.xlsx with Spreadsheet::ParseXLSX-0.27 Formatted: 8-Aug Foo & Barr < Quux Unformatted: 39668 Foo & Barr < Quux Parsed files/example.xlsx with Spreadsheet::XLSX-0.15 Formatted: 39668 Foo & Barr < Quux Unformatted: 39668 Foo & Barr < Quux =head2 Functions and methods =head3 new my $book = Spreadsheet::Read->new (...) or die $@; All options accepted by ReadData are accepted by new. With no arguments at all, $book will be an object where sheets can be added using C my $book = Spreadsheet::Read->new (); $book->add ("file.csv"); $book->add ("file.cslx"); =head3 ReadData my $book = ReadData ($source [, option => value [, ... ]]); my $book = ReadData ("file.csv", sep => ',', quote => '"'); my $book = ReadData ("file.xls", dtfmt => "yyyy-mm-dd"); my $book = ReadData ("file.ods"); my $book = ReadData ("file.sxc"); my $book = ReadData ("content.xml"); my $book = ReadData ($content); my $book = ReadData ($content, parser => "xlsx"); my $book = ReadData ($fh, parser => "xlsx"); my $book = ReadData (\$content, parser => "xlsx"); Tries to convert the given file, string, or stream to the data structure described above. Processing Excel data from a stream or content is supported through a L temporary file or L when available. L does preserve sheet order as of version 0.20. Choosing between C<$content> and C<\\$content> (with or without passing the desired C option) may be depending on trial and terror. C does try to determine parser type on content if needed, but not all combinations are checked, and not all signatures are builtin. Currently supported options are: =over 2 =item parser X Force the data to be parsed by a specific format. Possible values are C, C (or C), C (or C), C (or C, C, C, C) C (or C), and C (or C). When parsing streams, instead of files, it is highly recommended to pass this option. Spreadsheet::Read supports several underlying parsers per spreadsheet type. It will try those from most favored to least favored. When you have a good reason to prefer a different parser, you can set that in environment variables. The other options then will not be tested for: env SPREADSHEET_READ_CSV=Text::CSV_PP ... =item cells X Control the generation of named cells ("C" etc). Default is true. =item rc Control the generation of the {cell}[c][r] entries. Default is true. =item attr Control the generation of the {attr}[c][r] entries. Default is false. See L below. =item clip If set, L|/ReadData> will remove all trailing rows and columns per sheet that have no data, where no data means only undefined or empty cells (after optional stripping). If a sheet has no data at all, the sheet will be skipped entirely when this attribute is true. =item strip If set, L|/ReadData> will remove trailing- and/or leading-whitespace from every field. strip leading strailing ----- ------- --------- 0 n/a n/a 1 strip n/a 2 n/a strip 3 strip strip =item pivot Swap all rows and columns. When a sheet contains data like A1 B1 C1 E1 A2 C2 D2 A3 B3 C3 D3 E3 using C will return the sheet data as A1 A2 A3 B1 B3 C1 C2 C3 D2 D3 E1 E3 =item sep Set separator for CSV. Default is comma C<,>. =item quote Set quote character for CSV. Default is C<">. =item dtfmt Set the format for MS-Excel date fields that are set to use the default date format. The default format in Excel is "C", which is both not year 2000 safe, nor very useful. The default is now "C", which is more ISO-like. Note that date formatting in MS-Excel is not reliable at all, as it will store/replace/change the date field separator in already stored formats if you change your locale settings. So the above mentioned default can be either "C" OR "C" depending on what that specific character happened to be at the time the user saved the file. =item debug Enable some diagnostic messages to STDERR. The value determines how much diagnostics are dumped (using L). A value of C<9> and higher will dump the entire structure from the back-end parser. =item passwd Use this password to decrypt password protected spreadsheet. Currently only supports Excel. =back All other attributes/options will be passed to the underlying parser if that parser supports attributes. =head3 col2label my $col_id = col2label (col); my $col_id = $book->col2label (col); # OO C converts a C<(column)> (1 based) to the letters used in the traditional cell notation: my $id = col2label ( 4); # $id now "D" my $id = col2label (28); # $id now "AB" =head3 cr2cell my $cell = cr2cell (col, row); my $cell = $book->cr2cell (col, row); # OO C converts a C<(column, row)> pair (1 based) to the traditional cell notation: my $cell = cr2cell ( 4, 14); # $cell now "D14" my $cell = cr2cell (28, 4); # $cell now "AB4" =head3 cell2cr my ($col, $row) = cell2cr ($cell); my ($col, $row) = $book->cell2cr ($cell); # OO C converts traditional cell notation to a C<(column, row)> pair (1 based): my ($col, $row) = cell2cr ("D14"); # returns ( 4, 14) my ($col, $row) = cell2cr ("AB4"); # returns (28, 4) =head3 row my @row = row ($sheet, $row) my @row = Spreadsheet::Read::row ($book->[1], 3); my @row = $book->row ($sheet, $row); # OO Get full row of formatted values (like C<< $sheet->{A3} .. $sheet->{G3} >>) Note that the indexes in the returned list are 0-based. C is not imported by default, so either specify it in the use argument list, or call it fully qualified. See also the C method on sheets. =head3 cellrow my @row = cellrow ($sheet, $row); my @row = Spreadsheet::Read::cellrow ($book->[1], 3); my @row = $book->cellrow ($sheet, $row); # OO Get full row of unformatted values (like C<< $sheet->{cell}[1][3] .. $sheet->{cell}[7][3] >>) Note that the indexes in the returned list are 0-based. C is not imported by default, so either specify it in the use argument list, or call it fully qualified or as method call. See also the C method on sheets. =head3 rows my @rows = rows ($sheet); my @rows = Spreadsheet::Read::rows ($book->[1]); my @rows = $book->rows (1); # OO Convert C<{cell}>'s C<[column][row]> to a C<[row][column]> list. Note that the indexes in the returned list are 0-based, where the index in the C<{cell}> entry is 1-based. C is not imported by default, so either specify it in the use argument list, or call it fully qualified. =head3 parses parses ($format); Spreadsheet::Read::parses ("CSV"); $book->parses ("CSV"); # OO C returns Spreadsheet::Read's capability to parse the required format. L|/ReadData> will pick its preferred parser for that format unless overruled. See L|/parser>. C is not imported by default, so either specify it in the use argument list, or call it fully qualified. =head3 Version my $v = Version () my $v = Spreadsheet::Read::Version () my $v = Spreadsheet::Read->VERSION; my $v = $book->Version (); # OO Returns the current version of Spreadsheet::Read. C is not imported by default, so either specify it in the use argument list, or call it fully qualified. This function returns exactly the same as C<< Spreadsheet::Read->VERSION >> returns and is only kept for backward compatibility reasons. =head3 sheets my $sheets = $book->sheets; # OO my @sheets = $book->sheets; # OO In scalar context return the number of sheets in the book. In list context return the labels of the sheets in the book. =head3 sheet my $sheet = $book->sheet (1); # OO my $sheet = $book->sheet ("Foo"); # OO Return the numbered or named sheet out of the book. Will return C if there is no match. Will not work for sheets I with a number between 1 and the number of sheets in the book. With named sheets will first try to use the list of sheet-labels as stored in the control structure. If no match is found, it will scan the actual labels of the sheets. In that case, it will return the first matching sheet. If defined, the returned sheet will be of class C. =head3 add my $book = ReadData ("file.csv"); Spreadsheet::Read::add ($book, "file.xlsx"); my $book = Spreadsheet::Read->new ("file.csv"); $book->add ("file.xlsx"); # OO =head2 Methods on sheets =head3 maxcol my $col = $sheet->maxcol; Return the index of the last in-use column in the sheet. This index is 1-based. =head3 maxrow my $row = $sheet->maxrow; Return the index of the last in-use row in the sheet. This index is 1-based. =head3 cell my $cell = $sheet->cell ("A3"); my $cell = $sheet->cell (1, 3); Return the value for a cell. Using tags will return the formatted value, using column and row will return unformatted value. =head3 attr my $cell = $sheet->attr ("A3"); my $cell = $sheet->attr (1, 3); Return the attributes of a cell. Only valid if attributes are enabled through option C. =head3 col2label my $col_id = $sheet->col2label (col); C converts a C<(column)> (1 based) to the letters used in the traditional cell notation: my $id = $sheet->col2label ( 4); # $id now "D" my $id = $sheet->col2label (28); # $id now "AB" =head3 cr2cell my $cell = $sheet->cr2cell (col, row); C converts a C<(column, row)> pair (1 based) to the traditional cell notation: my $cell = $sheet->cr2cell ( 4, 14); # $cell now "D14" my $cell = $sheet->cr2cell (28, 4); # $cell now "AB4" =head3 cell2cr my ($col, $row) = $sheet->cell2cr ($cell); C converts traditional cell notation to a C<(column, row)> pair (1 based): my ($col, $row) = $sheet->cell2cr ("D14"); # returns ( 4, 14) my ($col, $row) = $sheet->cell2cr ("AB4"); # returns (28, 4) =head3 col my @col = $sheet->column ($col); Get full column of formatted values (like C<< $sheet->{C1} .. $sheet->{C9} >>) Note that the indexes in the returned list are 0-based. =head3 cellcolumn my @col = $sheet->cellcolumn ($col); Get full column of unformatted values (like C<< $sheet->{cell}[3][1] .. $sheet->{cell}[3][9] >>) Note that the indexes in the returned list are 0-based. =head3 row my @row = $sheet->row ($row); Get full row of formatted values (like C<< $sheet->{A3} .. $sheet->{G3} >>) Note that the indexes in the returned list are 0-based. =head3 cellrow my @row = $sheet->cellrow ($row); Get full row of unformatted values (like C<< $sheet->{cell}[1][3] .. $sheet->{cell}[7][3] >>) Note that the indexes in the returned list are 0-based. =head3 rows my @rows = $sheet->rows (); Convert C<{cell}>'s C<[column][row]> to a C<[row][column]> list. Note that the indexes in the returned list are 0-based, where the index in the C<{cell}> entry is 1-based. =head3 label my $label = $sheet->label; $sheet->label ("New sheet label"); Set a new label to a sheet. Note that the index in the control structure will I be updated. =head3 active my $sheet_is_active = $sheet->active; Returns 1 if the selected sheet is active, otherwise returns 0. Currently only works on XLS (as of Spreadsheed::ParseExcel-0.61). CSV is always active. =head2 Using CSV In case of CSV parsing, L|/ReadData> will use the first line of the file to auto-detect the separation character if the first argument is a file and both C and C are not passed as attributes. L (or L) is able to automatically detect and use C<\r> line endings. CSV can parse streams too, but be sure to pass C and/or C if these do not match the default C<,> and C<">. When an error is found in the CSV, it is automatically reported (to STDERR). The structure will store the error in C<< $ss->[0]{error} >> as anonymous list returned by Lerror_diag >>|https://metacpan.org/pod/Text::CSV_XS#error_diag>. See L for documentation. my $ss = ReadData ("bad.csv"); $ss->[0]{error} and say $ss->[0]{error}[1]; As CSV has no sheet labels, the default label for a CSV sheet is its filename. For CSV, this can be overruled using the I/L pair. =item Spreadsheet::Perl L offers a Pure Perl implementation of a spreadsheet engine. Users that want this format to be supported in Spreadsheet::Read are hereby motivated to offer patches. It is not high on my TODO-list. =item Spreadsheet::CSV L offers the interesting approach of seeing all supported spreadsheet formats as if it were CSV, mimicking the L interface. =item xls2csv L offers an alternative for my C, in the xls2csv tool, but this tool focuses on character encoding transparency, and requires some other modules. =back =head1 AUTHOR H.Merijn Brand, =head1 COPYRIGHT AND LICENSE Copyright (C) 2005-2019 H.Merijn Brand This library is free software; you can redistribute it and/or modify it under the same terms as Perl itself. =cut Spreadsheet-Read-0.81/files/0000755000031300001440000000000013530442215016360 5ustar00merijnusers00000000000000Spreadsheet-Read-0.81/files/test.sc0000644000031300001440000000771010332420104017661 0ustar00merijnusers00000000000000# This model file is a sample of a SquirrelCalc Spreadsheet. # # (c) 1986 Minihouse Research dimension 28 {of 28 rows} 10 {of 10 columns} global frame 2 global display 2 global format [F2L] width c1 16 width c2 2 width c3 9 width c4 4 width c5 23 width c6 2 text na "N/A" r0c0 = "sample1.sc" lock r0c0 lock r0c1 lock r0c2 r0c3 = "Maximum Loan Amount Table" lock r0c3 lock r0c4 lock r0c5 r0c6 = date(today) lock r0c6 lock r0c7 r1c0 = [G2*] "-" lock r1c0 r1c1 = [G2*] "-" lock r1c1 r1c2 = [G2*] "-" lock r1c2 r1c3 = [G2*] "-" lock r1c3 r1c4 = [G2*] "-" lock r1c4 r1c5 = [G2*] "-" lock r1c5 r1c6 = [G2*] "-" lock r1c6 r1c7 = [G2*] "-" lock r1c7 r2c0 = " Assumptions" lock r2c0 lock r2c1 lock r2c2 lock r2c3 lock r2c4 r2c5 = " Results" lock r2c5 lock r2c6 lock r2c7 r3c0 = [G2*] "-" lock r3c0 r3c1 = [G2*] "-" lock r3c1 r3c2 = [G2*] "-" lock r3c2 r3c3 = [G2*] "-" lock r3c3 r3c4 = [G2*] "-" lock r3c4 r3c5 = [G2*] "-" lock r3c5 r3c6 = [G2*] "-" lock r3c6 r3c7 = [G2*] "-" lock r3c7 r4c0 = "Monthly Income" lock r4c0 lock r4c1 r4c2 = ":" lock r4c2 r4c3 = [$2L] 3500 lock r4c4 r4c5 = "Maximum Loan Amount" lock r4c5 r4c6 = ":" lock r4c6 r4c7 = r25c1 lock r4c7 lock r5c0 lock r5c1 lock r5c2 lock r5c3 lock r5c4 lock r5c5 lock r5c6 lock r5c7 r6c0 = "% of Income towards Repay" lock r6c0 lock r6c1 r6c2 = ":" lock r6c2 r6c3 = [%1L] 0.3 lock r6c4 r6c5 = "Affordable House" lock r6c5 r6c6 = ":" lock r6c6 r6c7 = r4c7+r15c3 lock r6c7 lock r7c0 lock r7c1 lock r7c2 lock r7c3 lock r7c4 lock r7c5 lock r7c6 lock r7c7 r8c0 = "Percentage of Loan Payment" lock r8c0 lock r8c1 lock r8c2 lock r8c3 lock r8c4 r8c5 = "Required Down Payment" lock r8c5 r8c6 = ":" lock r8c6 r8c7 = r6c7*r17c3 lock r8c7 r9c0 = "towards Tax, Ins, Assmnts" lock r9c0 lock r9c1 r9c2 = ":" lock r9c2 r9c3 = [%1L] 0.35 lock r9c4 lock r9c5 lock r9c6 lock r9c7 lock r10c0 lock r10c1 lock r10c2 lock r10c3 lock r10c4 r10c5 = "Maximum Monthly Paymnt" lock r10c5 r10c6 = ":" lock r10c6 r10c7 = r4c3*r6c3 lock r10c7 r11c0 = "Term of the Loan in Years" lock r11c0 lock r11c1 r11c2 = ":" lock r11c2 r11c3 = [I2L] 29 lock r11c4 lock r11c5 lock r11c6 lock r11c7 lock r12c0 lock r12c1 lock r12c2 lock r12c3 lock r12c4 r12c5 = "Max. Loan Paymnt/Month" lock r12c5 r12c6 = ":" lock r12c6 r12c7 = r10c7/(1+r9c3) lock r12c7 r13c0 = "Interest of the Loan" lock r13c0 lock r13c1 r13c2 = ":" lock r13c2 r13c3 = [%2L] 0.1475 lock r13c4 lock r13c5 lock r13c6 lock r13c7 lock r14c0 lock r14c1 lock r14c2 lock r14c3 lock r14c4 lock r14c5 lock r14c6 lock r14c7 r15c0 = "Available for Down Payment" lock r15c0 lock r15c1 r15c2 = ":" lock r15c2 r15c3 = [$2L] 25000 lock r15c4 lock r15c5 lock r15c6 lock r15c7 lock r16c0 lock r16c1 lock r16c2 lock r16c3 lock r16c4 lock r16c5 lock r16c6 lock r16c7 r17c0 = "Required down Payment" lock r17c0 lock r17c1 r17c2 = ":" lock r17c2 r17c3 = [%1L] 0.1 lock r17c4 r17c5 = "Adapted from: \"VisiCalc Home and" lock r17c5 lock r17c6 lock r17c7 lock r18c0 lock r18c1 lock r18c2 lock r18c3 lock r18c4 r18c5 = " Office Companion\"" lock r18c5 lock r18c6 lock r18c7 r19c0 = "Payments per Year" lock r19c0 lock r19c1 r19c2 = ":" lock r19c2 r19c3 = [I2L] 12 lock r19c4 r19c5 = date(31320,"Date created: %d-%h-%Y") lock r19c5 lock r19c6 lock r19c7 lock r20c0 lock r20c1 lock r20c2 lock r20c3 lock r20c4 lock r20c5 lock r20c6 lock r20c7 r21c0 = " Workspace" lock r21c0 lock r21c1 lock r21c2 lock r21c3 lock r21c4 lock r21c5 lock r21c6 lock r21c7 r22c0 = "Calc 1:" lock r22c0 r22c1 = r4c3*r6c3/(1+r9c3)*r19c3 lock r22c1 lock r22c2 lock r22c3 lock r22c4 lock r22c5 lock r22c6 lock r22c7 r23c0 = "Calc 2:" lock r23c0 r23c1 = 1/(r13c3/r19c3+1)^(r11c3*r19c3) lock r23c1 lock r23c2 lock r23c3 lock r23c4 lock r23c5 lock r23c6 lock r23c7 r24c0 = "Calc 3:" lock r24c0 r24c1 = 1-r23c1 lock r24c1 lock r24c2 lock r24c3 lock r24c4 lock r24c5 lock r24c6 lock r24c7 r25c0 = "Calc 4:" lock r25c0 r25c1 = r22c1/r13c3*r24c1 lock r25c1 lock r25c2 lock r25c3 lock r25c4 lock r25c5 lock r25c6 lock r25c7 r26c0 = "" r26c1 = " " r27c0 = " " r27c1 = "" goto r0c0 model on Spreadsheet-Read-0.81/files/test_m.csv0000644000031300001440000000005010614362642020370 0ustar00merijnusers00000000000000A1;B1;;D1 A2;B2;; 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5ustar00merijnusers00000000000000Spreadsheet-Read-0.81/examples/xlscat0000755000031300001440000004244513503122561020330 0ustar00merijnusers00000000000000#!/pro/bin/perl # xlscat: show XLS/SXC file as Text # xlsgrep: grep pattern # (m)'19 [2019-02-01] Copyright H.M.Brand 2005-2019 use strict; use warnings; our $VERSION = "3.16"; my $is_grep = $0 =~ m/grep$/; sub usage { my $err = shift and select STDERR; (my $scrpt = $0) =~ s{.*[\/]}{}; my $p = $is_grep ? " pattern" : ""; print "usage: $scrpt\t[-s ] [-L] [-n] [-A] [-u] [Selection]$p file.xls\n", " \t[-c | -m] [-u] [Selection]$p file.xls\n", " \t -i [-S sheets]$p file.xls\n", " Generic options:\n", " -v[#] Set verbose level (xlscat/xlsgrep)\n", " -d[#] Set debug level (Spreadsheet::Read)\n", " -u Use unformatted values\n", " --strip[=#] Strip leading and/or traing spaces of all cells\n", " --noclip Do not strip empty sheets and\n", " trailing empty rows and columns\n", " -e Set encoding for input and output\n", " -b Set encoding for input\n", " -a Set encoding for output\n", " -U Set encoding for output to utf-8 (short for -a utf-8)\n", " Input CSV:\n", " --in-sep=c Set input sep_char for CSV (c can be 'TAB')\n", " Input XLS:\n", " --dtfmt=fmt Specify the default date format to replace 'm-d-yy'\n", " the default replacement is 'yyyy-mm-dd'\n", " --passwd=pw Specify the password for workbook\n", " if pw = -, read password from keyboard\n", " --formulas Show the formula instead of the value\n", " Output Text (default):\n", " -s Use separator . Default '|', \\n allowed\n", " Overrules ',' when used with --csv\n", " -L Line up the columns\n", " -n [skip] Number lines (prefix with column number)\n", " optionally skip (header) lines\n", " -A Show field attributes in ANSI escapes\n", " -h[#] Show # header lines\n", " -D Dump each record with Data::Peek or Data::Dumper\n", " --hash Like -D but as hash with first row as keys\n", $is_grep ? ( " Grep options:\n", " -i Ignore case\n", " -w Match whole words only\n") : ( " Output Index only:\n", " -i Show sheet names and size only\n"), " Output CSV:\n", " -c Output CSV, separator = ','\n", " -m Output CSV, separator = ';'\n", " Output HTML:\n", " -H Output HTML\n", " Selection:\n", " -S Only print sheets . 'all' is a valid set\n", " Default only prints the first sheet\n", " -R Only print rows . Default is 'all'\n", " -C Only print columns . Default is 'all'\n", " -F Only fields e.g. -FA3,B16\n", " Ordering (column numbers in result set *after* selection):\n", " --sort=spec Sort output (e.g. --sort=3,2r,5n,1rn+2)\n", " +# - first # lines do not sort (header)\n", " # - order on column # lexical ascending\n", " #n - order on column # numeric ascending\n", " #r - order on column # lexical descending\n", " #rn - order on column # numeric descending\n", "\n", "Examples:\n", " xlscat -i foo.xls\n", " xlscat --in-sep=: --sort=3n -L /etc/passwd\n"; @_ and print join "\n", @_, ""; exit $err; } # usage use Getopt::Long qw(:config bundling noignorecase passthrough); my $opt_c; # Generate CSV my $opt_F = ""; # Fields to print my $opt_v = 0; # Verbosity for xlscat my $opt_d = 0; # Debug level for Spreadsheet::Read my $opt_h = 0; # Number of header lines for grep or -L my $opt_D = 0; # Dump: 0 = none, 1 = array, 2 = hash my $clip = 1; my $enc_i; # Input encoding my $enc_o; # Output encoding GetOptions ( "help|?" => sub { usage (0); }, # Input CSV "c|csv" => sub { $opt_c = "," }, "m|ms" => sub { $opt_c = ";" }, "insepchar". "|in-sep". "|in-sep-char=s" => \my $sep, # Input field sep for CSV # Input XLS "dtfmt". "|date-format=s" => \my $dtfmt, # Default date-format for Excel "f|formulas!" => \my $opt_f, # Show the formula instead of the value "password=s" => \my $passwd, # For encrypted spreadsheets # Output "i|index". "|ignore-case!" => \my $opt_i, # Index (cat) | ignore_case (grep) "s|separator|sep". "|outsepchar". "|out-sep". "|out-sep-char=s" => \my $opt_s, # Text separator "S|sheets=s" => \my $opt_S, # Sheets to print "R|rows=s" => \my $opt_R, # Rows to print "C|columns=s" => \my $opt_C, # Columns to print "F|fields=s" => \ $opt_F, "L|fit|align!" => \my $opt_L, # Auto-size/align columns "P|pivot!" => \my $pivot, "n|number:0" => \my $opt_n, # Prefix lines with column number "A|ansi|color!" => \my $opt_A, # Show field colors in ANSI escapes "u|unformatted!" => \my $opt_u, # Show unformatted values "v|verbose:1" => \$opt_v, "d|debug:1" => \$opt_d, "D|dump!" => \ $opt_D, # Use Data::Peek or Data::Dumper "hash!" => sub { $opt_D = 2 }, "H|html:1" => \my $opt_H, # Output in HTML "noclip" => sub { $clip = 0 }, "strip:3" => \my $strip, "sort=s" => \my $sort_order, # Encoding "e|encoding=s" => sub { $enc_i = $enc_o = $_[1] }, "b|encoding-in=s" => \$enc_i, "a|encoding-out=s" => \$enc_o, "U|utf-8|utf8" => sub { $enc_o = "utf-8" }, # Grep "w|word!" => \my $opt_w, # Grep words "h|header:1" => \$opt_h, ) or usage 1, "GetOpt: $@"; unless ($is_grep) { $opt_i && $opt_L and usage 1, "Options i and L are mutually exclusive"; $opt_i && $opt_s and usage 1, "Options i and s are mutually exclusive"; $opt_i && $opt_c and usage 1, "Options i and c are mutually exclusive"; $opt_i && $opt_u and usage 1, "Options i and u are mutually exclusive"; $opt_i && $opt_S and usage 1, "Options i and S are mutually exclusive"; $opt_i && $opt_R and usage 1, "Options i and R are mutually exclusive"; $opt_i && $opt_C and usage 1, "Options i and C are mutually exclusive"; $opt_i && $opt_F and usage 1, "Options i and F are mutually exclusive"; $opt_i && $opt_H and usage 1, "Options i and H are mutually exclusive"; } $opt_c && $opt_H and usage 1, "Options c and H are mutually exclusive"; $opt_s && $opt_H and usage 1, "Options s and H are mutually exclusive"; my %e = (a => "\a", b => "\b", e => "\e", f => "\f", n => "\n", r => "\r", t => "\t"); $opt_s and $opt_s =~ s/\\+([abefnrt])/$e{$1}/g; defined $opt_S or $opt_S = $opt_i || $is_grep ? "all" : "1"; $opt_i && !$is_grep && $opt_v < 1 and $opt_v = 1; $opt_f and $opt_A = 1; if ($opt_c) { $opt_L = 0; # Cannot align CSV if ($opt_s) { $opt_c = $opt_s; $opt_s = undef; } $opt_c =~ m/^1?$/ and $opt_c = ","; $opt_c = Text::CSV_XS->new ({ binary => 1, sep_char => $opt_c, eol => "\r\n", }); } # Debugging. Prefer Data::Peek over Data::Dumper if available { use Data::Dumper; my $dp = 0; eval q{ use Data::Peek; $dp = 1; }; sub ddumper { $dp ? DDumper (@_) : print STDERR Dumper (@_); } # ddumper } my @RDarg; for (reverse 0 .. $#ARGV) { $ARGV[$_] =~ m/^--([-\w]+)(?:=(.*))?$/ or next; push @RDarg, $1, defined $2 ? $2 : 1; $RDarg[-2] =~ tr/-/_/; splice @ARGV, $_, 1; } my $pattern; if ($is_grep) { $pattern = shift or usage 1; $opt_w and $pattern = "\\b$pattern\\b"; $opt_i and $pattern = "(?i:$pattern)"; $pattern = qr{$pattern}; $opt_v > 1 and warn "Matching on $pattern\n"; } my $file = shift; if (defined $file and $file ne "-") { $opt_v > 1 and warn "Using $file as input\n"; -f $file or usage 1, "the file argument is not a regular file"; -s $file or usage 1, "the file is empty"; } else { $opt_v > 1 and warn "Working as a pipe\n"; $file = *ARGV; } use Encode qw( encode decode ); use Spreadsheet::Read; if ($opt_c) { Spreadsheet::Read::parses ("csv") or die "No CSV module found\n"; eval q{use Text::CSV_XS}; } if ($opt_H) { $enc_o = "utf-8"; $opt_H = sub { $_[0]; }; eval q{ use HTML::Entities; $opt_H = sub { encode_entities (Encode::is_utf8 ($_[0]) ? $_[0] : decode ("utf-8", $_[0])); }; }; } if ($sep) { my %sep = ( tab => "\t", pipe => "|", colon => ":", semicolon => ";", comma => ",", ); $sep = $sep{lc $sep} || $sep; } push @RDarg, debug => $opt_d, clip => $clip; $opt_A and push @RDarg, attr => 1; defined $sep and push @RDarg, sep => $sep, parser => "csv"; defined $dtfmt and push @RDarg, dtfmt => $dtfmt; $strip and push @RDarg, strip => $strip; $pivot and push @RDarg, pivot => $pivot; if ($passwd) { if ($passwd eq "-") { print STDERR "Password: "; eval "use Term::ReadKey;"; eval { ReadMode ("noecho"); }; chomp ($passwd = ); eval { ReadMode ("echo"); }; } push @RDarg, passwd => $passwd; } $opt_v > 4 and warn "ReadData ($file, @RDarg);\n"; my $xls = ReadData ($file, @RDarg) or die "cannot read $file\n"; $opt_v > 7 and ddumper ($xls); my $sc = $xls->[0]{sheets} or die "No sheets in $file\n"; $opt_v > 1 and warn "Opened $file with $sc sheets\n"; $opt_S eq "all" and $opt_S = "1..$sc"; # all $opt_S =~ s/-$/-$sc/; # 3,6- $opt_S =~ s/-/../g; my %print; eval "%{\$print{sheet}} = map { \$_ => 1 } $opt_S"; my $v_fmt = $opt_C || $opt_R || $opt_F ? "" : "%6d x %6d%s"; # New style xterm (based on ANSI colors): # 30 Black # 31 Red # 32 Green # 33 Yellow # 34 Blue # 35 Magenta # 36 Cyan # 37 White sub color_reduce { my ($rgb, $base) = @_; defined $rgb or return ""; my ($r, $g, $b) = map { hex >> 7 } ($rgb =~ m/^\s*#?([\da-f]{2})([\da-f]{2})([\da-f]{2})/); $base + 4 * $b + 2 * $g + $r; } # color_reduce sub ansi_color { my ($fg, $bg, $bold, $ul) = @_; # warn "$fg on $bg $bold $ul\n"; my $attr = join ";", 0, grep { /\S/ } $bold ? 1 : "", $ul ? 4 : "", color_reduce ($fg, 30), color_reduce ($bg, 40); "\e[${attr}m"; } # ansi_color sub css_color { my ($fg, $bg, $bold, $ul, $ha) = @_; my @css; $bold and push @css, "font-weight: bold"; $ul and push @css, "text-decoration: underline"; $fg and push @css, "color: $fg"; $bg and push @css, "background: $bg"; $ha and push @css, "text-align: $ha"; local $" = "; "; @css ? qq{ style="@css"} : ""; } # css_color binmode STDERR, ":utf8"; $enc_o and binmode STDOUT, ":encoding($enc_o)"; if ($opt_H) { print < $file EOH } my $name_len = 30; if ($opt_i) { my $nl = 0; foreach my $sn (keys %{$xls->[0]{sheet}}) { length ($sn) > $nl and $nl = length $sn; } $nl and $name_len = $nl; } my @opt_F = split m/[^A-Z\d]+/ => $opt_F; foreach my $si (1 .. $sc) { my @data; exists $print{sheet}{$si} or next; $opt_v > 1 and warn "Opening sheet $si ...\n"; my $s = $xls->[$si] or next; $opt_v > 5 and ddumper ($s); my @r = (1, $s->{maxrow}); my @c = (1, $s->{maxcol}); my ($sn, $nr, $nc) = ($s->{label}, $r[-1], $c[-1]); defined $nr or next; defined $nc or next; defined $sn or $sn = ""; my $active = $s->{active} ? " (Active)" : ""; $opt_v and printf STDERR "%s - %02d: [ %-*s ] %3d Cols, %5d Rows%s\n", $file, $si, $name_len, $sn, $nc, $nr, $active; $opt_i && !$is_grep and next; if (@opt_F) { foreach my $fld (@opt_F) { $is_grep && defined $s->{$fld} && $s->{$fld} !~ $pattern and next; print "$fld:",$s->{$fld},"\n"; } next; } if (my $rows = $opt_R) { $rows eq "all" and $rows = "1..$nr"; # all $rows =~ s/-$/-$nr/; # 3,6- $rows =~ s/-/../g; eval "%{\$print{row}} = map { \$_ => 1 } $rows"; } if (my $cols = $opt_C) { $cols eq "all" and $cols = "1..$nc"; # all if ($cols =~ m/[A-Za-z]/) { # -C B,D => -C 2,4 my %ct = map { my ($cc, $rr) = cell2cr (uc "$_".1); ($_ => $cc) } ($cols =~ m/([a-zA-Z]+)/g); $cols =~ s/([A-Za-z]+)/$ct{$1}/g; } $cols =~ s/-$/-$nc/; # 3,6- $cols =~ s/-/../g; eval "\$print{col} = [ map { \$_ - 1 } $cols ]"; $nc = @{$print{col}}; } $opt_v >= 8 and ddumper (\%print); $opt_H and print qq{

$sn

\n\n\n}; my $undef = $opt_v > 2 ? "-- undef --" : ""; my ($h, @w) = (0, (0) x $nc); # data height, -width, and default column widths my @align = ("") x $nc; foreach my $r ($r[0] .. $r[1]) { exists $print{row} && !exists $print{row}{$r} and next; my @att; my @row = map { my $cell = cr2cell ($_, $r); my ($uval, $fval) = map { defined $_ ? $enc_i ? decode ($enc_i, $_) : $_ : $undef } $s->{cell}[$_][$r], $s->{$cell}; $opt_v > 2 and warn "$_:$r '$uval' / '$fval'\n"; $opt_A and push @att, [ @{$s->{attr}[$_][$r]}{qw( fgcolor bgcolor bold uline halign )} ]; $opt_f && $s->{attr}[$_][$r]{formula} ? "=".$s->{attr}[$_][$r]{formula} : defined $s->{cell}[$_][$r] ? $opt_u ? $uval : $fval : ""; } $c[0] .. $c[1]; exists $print{col} and @row = @row[grep{$_<@row}@{$print{col}}]; $is_grep && $r > $opt_h && ! grep { defined $_ && $_ =~ $pattern } @row and next; if ($opt_D) { ddumper ($opt_D == 1 ? \@row : { map { $s->{cell}[$_ + 1][1] => $row[$_] } 0 .. $#row }); next; } if ($opt_L) { foreach my $c (0 .. $#row) { my $l = length $row[$c]; $l > $w[$c] and $w[$c] = $l; $row[$c] =~ m/\D/ and $align[$c] = "-"; } } if ($opt_H) { # HTML print " "; if (defined $opt_n) { my $x = $r - $opt_n; $x <= 0 and $x = ""; my $c = $r % 2 ? qq{ class="odd"} : ""; print qq{}; } foreach my $c (0 .. $#row) { my $css = css_color (@{$att[$c]}); $r % 2 and $css .= qq{ class="odd"}; my $td = $opt_H->($row[$c]); print "$td"; } print "\n"; next; } if (defined $opt_n) { unshift @row, $r; unshift @att, [ "#ffffff", "#000000", 0, 0 ]; } if ($opt_L || $sort_order) { # Autofit / Align / order push @data, [ [ @row ], [ @att ] ]; next; } if ($opt_c) { # CSV $opt_c->print (*STDOUT, \@row) or die $opt_c->error_diag; next; } if ($opt_A) { foreach my $c (0 .. $#row) { $row[$c] = ansi_color (@{$att[$c]}). $row[$c] . "\e[0m"; } } line ($opt_s => @row); } continue { ++$h % 100 == 0 && $opt_v and printf STDERR $v_fmt, $nc, $h, "\r"; } $opt_H and print "
$x
\n\n"; $v_fmt and printf STDERR $v_fmt, $nc, $h, "\n"; if ($sort_order) { my @o; my @h; $sort_order =~ s/\+([0-9]+)\b// and @h = splice @data, 0, $1; for ($sort_order =~ m/([0-9]+[rn]*)/g) { m/^([0-9]+)(.*)/; push @o, { col => $1 - 1, map { $_ => 1 } split m// => $2 }; } my $sort = sub { my $d = 0; foreach my $o (@o) { my ($A, $B) = map { $_->[0][$o->{col}] || 0 } $a, $b; $d = $o->{n} ? $o->{r} ? $B <=> $A : $A <=> $B : $o->{r} ? $B cmp $A : $A cmp $B and return $d; } return $d; }; @data = (@h, sort $sort @data); } if ($opt_c && @data) { # CSV $opt_c->print (*STDOUT, $_->[0]) for @data; next; } $opt_L || $sort_order or next; if (defined $opt_n) { unshift @w, length $data[-1][0][0]; unshift @align, ""; } $opt_n = 0; for (@data) { my ($row, $att) = @$_; my @row = @$row; for (0 .. $#row) { my $l = length $row[$_]; my $w = $l < $w[$_] ? " " x ($w[$_] - $l) : ""; if ($align[$_]) { $_ == $#row or $row[$_] .= $w; } else { substr $row[$_], 0, 0, $w; } if ($opt_A) { substr $row[$_], 0, 0, ansi_color (@{$att->[$_]}); $row[$_] .= "\e[0m"; } } line ($opt_s => @row); ++$opt_n == $opt_h and line ("+", map {"-"x$w[$_]} 0..$#row); } } $opt_H and print "\n\n"; sub line { my $sep = shift || " \x{2502} "; my $line = join $sep => @_; !$enc_o && Encode::is_utf8 ($line) and $line = encode ("utf-8", $line); print "$line\n"; } # show_line END { if ($opt_v >= 7) { my %seen; print "\nNon-CORE modules loaded:\n", "-" x 25, " ", "--------\n"; foreach my $mod (sort keys %INC) { my $path = $INC{$mod}; $mod =~ s{\.pm$}{} or next; $mod =~ s{/}{::}g; $path =~ s{.*/site_perl/}{} or next; grep { $mod =~ m/^${_}::/ } keys %seen and next; $seen{$mod}++; my $v = $mod->VERSION () || eval "\$${mod}::VERSION" || "?"; printf "%-25s %s\n", $mod, $v; } } } Spreadsheet-Read-0.81/examples/ss2tk0000755000031300001440000001422013412713327020073 0ustar00merijnusers00000000000000#!/pro/bin/perl # ss2tk: show SpreadSheet file in Tk::TableMatrix::Spreadsheet (*) # (m)'17 [2017-07-03] Copyright H.M.Brand 2005-2019 use strict; use warnings; our $VERSION = "2.8"; sub usage { my $err = shift and select STDERR; print "usage: ss2tk [options] [X11 options] file.xls []\n", " -w use as column width\n", " -L Add spreadsheet tags to top (A, B, ..Z, AB, ...)\n", " and left (1, 2, ...)\n", " --fs[=7] Set font size (default 7 if no value)\n", " --fn=name Set font Face name (default is DejaVu Sans Mono\n", " if font size is given\n"; exit $err; } # usage use Getopt::Long qw(:config bundling passthrough); my $opt_fs; GetOptions ( "help|?" => sub { usage (0); }, "w|width=i" => \my $opt_w, "L|ss|labels!" => \my $opt_L, "a|align!" => \my $opt_a, "fn|font-name=s" => \my $opt_fn, "fs|font-size:7" => \ $opt_fs, "fs-4" => sub { $opt_fs = 4; }, "fs-5" => sub { $opt_fs = 5; }, "fs-6" => sub { $opt_fs = 6; }, "fs-7" => sub { $opt_fs = 7; }, "fs-8" => sub { $opt_fs = 8; }, "fs-9" => sub { $opt_fs = 9; }, # For restarts "G|geometry=s" => \my $geometry, "W|column-widths=s" => \my $col_widths, ) or usage (1); use Data::Peek; use Spreadsheet::Read; use Tk; use Tk::NoteBook; use Tk::TableMatrix::Spreadsheet; # This will allow ~/.Xdefaults to have lines like #ss2tk*font: -misc-fixed-medium-r-semicondensed--12-110-75-75-c-60-iso10646-1 Tk::CmdLine->LoadResources (); # This will allow calls like # ss2tk -fg Blue4 blah.csv Tk::CmdLine->SetArguments (); @ARGV && -f $ARGV[0] or usage (1); my $title = $ARGV[0]; my $sfn = shift; my $ref = Spreadsheet::Read->new ($sfn) or die "Cannot read $sfn\n"; $ref->[0]{sheets} or die "No sheets in $title\n"; fork and exit; $opt_fn || $opt_fs and $opt_fn = "{".($opt_fn|| "DejaVu Sans Mono")."} ".($opt_fs||7); my $pat = @ARGV ? qr/$ARGV[0]/i : undef; my $mw = MainWindow->new (-title => $title); $geometry and $mw->geometry ($geometry); my $nb = $mw->NoteBook ()->pack (qw(-side top -expand 1 -fill both )); my @nb; foreach my $sht (1 .. $ref->[0]{sheets}) { my $s = $ref->[$sht]; $title .= " [ " . $s->{label} . " ]"; my ($data, @data) = ({}); my ($h, $w, @w) = get_data ($data, $s, \@data); $nb[$sht] = $nb->add ($sht, -label => $s->{label}, -state => "normal", -anchor => "nw"); my @ff = $opt_fn ? (-font => $opt_fn) : (); my $ss = $nb[$sht]->Scrolled ('Spreadsheet', -rows => $h, -cols => $w, -width => 10, -height => 20, -titlecols => $opt_L ? 1 : 0, -titlerows => $opt_L ? 2 : 1, -selectmode => "extended", -resizeborders => "both", -justify => "left", -anchor => "w", -variable => $data, @ff, )->pack (-expand => 1, -fill => "both", -side => "top", -anchor => "nw"); $ss->Subwidget ("${_}scrollbar")->configure (-width => 6) for qw( x y ); $ss->tagConfigure ("title", -bg => "#ffffe0", -justify => "left"); $ss->tagConfigure ("active", -bg => "#ffff40", -justify => "left"); $ss->tagConfigure ("sel", -bg => "gray95", -justify => "left"); my ($pv, $sv, $si) = ("", "", 0); sub search { $sv or return; $sv eq $pv && !$_[0] and return; $ss->selectionClear ("all"); foreach my $i ($_[0] .. $#data, 0 .. ($_[0] - 1)) { $data->{$data[$i]} =~ m/$sv/i or next; $si = $i; $ss->activate ($data[$si = $i]); $ss->selectionSet ($data[$si]); $ss->see ($data[$si]); $pv = $sv; last; } } # search my $reload = sub { $ss->clearCache; $data->{$_} = "" for @data; @data = (); $ref = Spreadsheet::Read->new ($sfn) or die "Cannot read $sfn\n"; $s = $ref->[$sht]; get_data ($data, $s, \@data); }; # reload # Search frame my $sf = $nb[$sht]->Frame ()->pack (-side => "left", -expand => 1, -fill => "both"); my $sl = $sf->Label ( -text => "Search", )->pack (-side => "left", -anchor => "sw"); my $sb = $sf->Entry ( -textvariable => \$sv, )->pack (-side => "left", -anchor => "sw"); $sb->bind ("" => sub { search ($si = 0); }); my $sn = $sf->Button ( -text => "Next", -command => sub { search (++$si) }, )->pack (-side => "left", -anchor => "sw"); # Control frame my $cf = $nb[$sht]->Frame ()->pack (-side => "right", -expand => 1, -fill => "both"); $cf->Button ( -text => "\x{2718}", -foreground => "#8b0000", -command => \&exit, )->pack (-side => "right", -anchor => "se"); $cf->Button ( -text => "\x{21f5}", -foreground => "#ffa500", -command => sub { my $geo = $mw->geometry; # Add column widths here exec $0, "--geometry=$geo"; }, )->pack (-side => "right", -anchor => "se"); $cf->Button ( -text => "\x{21bb}", -foreground => "#008b00", -command => $reload, )->pack (-side => "right", -anchor => "se"); my $swss = $ss->Subwidget ("spreadsheet"); # autosize columns on data (not on headers) $swss->colWidth (map { $_ => ($opt_w || $w[$_] || 4) } 0 .. $#w); $opt_a or next; $swss->tagConfigure ("numeric", -justify => "right"); foreach my $rc (keys %$data) { $data->{$rc} && $data->{$rc} =~ m/^\d+$/ or next; $swss->tagCell ("numeric", $rc); } DDumper $swss; } sub get_data { my ($dta, $s, $adta) = @_; my @c = (1, $s->{maxcol}); my ($h, $w, @w) = (0, 1, 0, (0) x $c[1]); # data height, -width, and default column widths if ($opt_L) { foreach my $c (0 .. $s->{maxcol}) { $dta->{"$h,$c"} = $c ? $ref->col2label ($c) : ""; push @$adta, "$h,$c"; } $h++; } foreach my $r (1 .. $s->{maxrow}) { my @row = map { defined $s->{cell}[$_][$r] ? $s->{cell}[$_][$r] : ""; } 1 .. $s->{maxcol}; $pat and "@row" =~ $pat || next; $opt_L and unshift @row, $r; foreach my $c (0 .. $#row) { length $row[$c] or next; $c >= $w and $w = $c + 1; $dta->{"$h,$c"} = $row[$c]; push @$adta, "$h,$c"; my $l = length $row[$c]; $l > $w[$c] and $w[$c] = $l; } ++$h % 100 or printf STDERR "%6d x %6d\r", $w, $h; } printf STDERR "%6d x %6d\n", $w, $h; #use DP;DDumper { S => $dta, A => $adta }; ($h, $w, @w); } # get_data MainLoop; Spreadsheet-Read-0.81/examples/ssdiff0000755000031300001440000000350513016541543020306 0ustar00merijnusers00000000000000#!/pro/bin/perl use strict; use warnings; sub usage { my $err = shift and select STDERR; print "usage: $0 [--verbose[=1]] file.xls file.xlsx\n"; exit $err; } # usage use Getopt::Long qw(:config bundling); my $opt_v = 1; GetOptions ( "help|?" => sub { usage (0); }, "v|verbose:2" => \$opt_v, ) or usage (1); my $file1 = shift or usage (1); my $file2 = shift or usage (1); binmode STDOUT, ":encoding(utf-8)"; use List::Util qw( max ); use Spreadsheet::Read; my $ss1 = ReadData ($file1) or die "Cannot read $file1: $!\n"; my $ss2 = ReadData ($file2) or die "Cannot read $file2: $!\n"; print "< $file1\t($ss1->[0]{sheets} sheets)\n"; print "> $file2\t($ss2->[0]{sheets} sheets)\n"; foreach my $s (1 .. max map { $_->[0]{sheets} } $ss1, $ss2) { my $s1 = $ss1->[$s]; my $s2 = $ss2->[$s]; unless ($s1) { print "$s: not in $file1\n"; last; } unless ($s2) { print "$s: not in $file2\n"; last; } printf "Sheet %d\n\t< %5d x %5d %s\n\t> %5d x %5d %s\n", $s, $s1->{maxcol}, $s1->{maxrow}, $s1->{label}, $s2->{maxcol}, $s2->{maxrow}, $s2->{label}; my $mc = max map { $_->{maxcol} } $s1, $s2; foreach my $r (1 .. max map { $_->{maxrow} } $s1, $s2) { if ($r > $s1->{maxrow}) { print "$s: EOS in $file1 at row $r\n"; last; } if ($r > $s2->{maxrow}) { print "$s: EOS in $file2 at row $r\n"; last; } my @r1 = Spreadsheet::Read::row ($s1, $r); my @r2 = Spreadsheet::Read::row ($s2, $r); foreach my $c (1 .. $mc) { my $c1 = $r1[$c]; my $c2 = $r2[$c]; if (defined $c1) { if (defined $c2) { $c1 eq $c2 and next; print "$s: ($r, $c)\n\t< $c1\n\t> $c2\n"; next; } print "$s: ($r, $c)\n\t< $c1\n\t> -- undefined --\n"; next; } defined $c2 or next; print "$s: ($r, $c)\n\t< -- undefined --\n\t> $c2\n"; } } } Spreadsheet-Read-0.81/examples/xlsx2csv0000755000031300001440000001125713425271711020630 0ustar00merijnusers00000000000000#!/pro/bin/perl # xls2csv: Convert Microsoft Excel spreadsheet to CSV # (m)'19 [02-02-2019] Copyright H.M.Brand 2016-2019 require 5.008001; use strict; use warnings; our $VERSION = "3.5"; (my $cmd = $0) =~ s{.*/}{}; use Text::CSV_XS; use Spreadsheet::Read qw( ReadData row ); sub usage { my $err = shift and select STDERR; print "usage: $cmd [-A [-N | -J c] | -o file.csv] [-s sep] [-f] [-i] file.xls\n"; print " $cmd --help | --man | --info\n"; print " -A --all Export all sheets (filename-sheetname.csv)\n"; print " -N --no-pfx No filene prefix on -A (sheetname.csv)\n"; print " -J s --join=s Use s to join filename-sheetname (-)\n"; print " -o f --out=f Set output filename\n"; print " -i f --in=f Set infut filename\n"; print " -f --force Force overwrite output if exists\n"; print " -s s --sep=s Set CSV separator character\n"; print "Unless -A is used, all other options are passed on to xlscat\n"; @_ and print join "\n", @_, ""; exit $err; } # usage use Getopt::Long qw( :config bundling noignorecase passthrough ); GetOptions ( "help|?" => sub { usage 0; }, "V|version" => sub { print "$cmd [$VERSION]\n"; exit 0; }, "man" => sub { exec "pod2man $0 | nroff -man"; }, "info" => sub { require Pod::Usage; Pod::Usage::pod2usage (VERBOSE => 2); exit; }, "o|c|out=s" => \ my $csv, "i|s|in=s" => \ my $xls, "f|force!" => \ my $opt_f, "s|sep=s" => \ my $opt_s, "A|all!" => \ my $opt_A, "N|no-pfx!" => \ my $opt_N, "J|join=s" => \(my $opt_J = "-"), ) or usage 1; unless ($xls) { foreach my $i (reverse 0 .. $#ARGV) { -f $ARGV[$i] or next; $xls = splice @ARGV, $i, 1; last; } } $xls or usage 1, "No input file"; -r $xls or usage 1, "Input file unreadable"; -s $xls or usage 1, "Input file empty"; my %e = (n => "\n", t => "\t", e => "\e", r => "\r"); $opt_s and $opt_s =~ s/\\+([nter])/$e{$1}/g; if ($opt_A) { my $ss = ReadData ($xls) or die "Cannot read/parse $xls\n"; $csv and $xls = $csv; $xls =~ s/\.(csv|xlsx?)$//i; $csv = Text::CSV_XS->new ({ binary => 1, auto_diag => 1, eol => "\r\n" }); $opt_s and $csv->sep_char ($opt_s); foreach my $si (1 .. $ss->[0]{sheets}) { my $s = $ss->[$si] or next; $s->{maxcol} or next; my $mr = $s->{maxrow} or next; my $sn = $s->{label} || "sheet-$si"; $sn =~ s/\s+$//; $sn =~ s/^\s+//; $sn =~ s/[^-\w.]+/_/g; # remove any special chars from worksheet name my $fn = $opt_N ? "$sn.csv" : "$xls$opt_J$sn.csv"; -f $fn && !$opt_f and die "$fn already exists\n"; warn "Saving sheet to $fn ...\n"; open my $fh, ">:encoding(utf-8)", $fn or die "$fn: $!\n"; $csv->print ($fh, [ row ($s, $_) ]) for 1 .. $mr; close $fh; } exit; } $csv or ($csv = $xls) =~ s/\.xlsx?$/.csv/i; if (-f $csv) { $opt_f or die "$csv already exists\n"; unlink $csv; } warn "Converting $xls to $csv ...\n"; open STDOUT, ">", $csv or die "$csv: $!\n"; $^O eq "MSWin32" and $xls = qq{"$xls"}; $opt_s and unshift @ARGV, "--sep=$opt_s"; exec { "xlscat" } "xlscat", "-c", @ARGV, $xls; __END__ =pod =head1 NAME xlsx2csv - convert spreadsheet to CSV(s) =head1 SYNOPSIS xlsx2csv [ -A [ -N || -J str ] | -o file.csv ] [-f] [-i] file.xls xlsx2csv --help | --man | --info =head1 DESCRIPTION Convert a spreadsheet (all formats supported by L) to CSV (using L). =head1 OPTIONS =over =item -? =item --help Print short usage and exit. =item --man Print this help using nroff and exit. =item --info Print this help and exit. =item -V =item --version Print the version and exit. =item -f =item --force Overwrite existing output file. =item -A =item --all Output data from all sheets. Each sheet will go to extra file with name built from output CSV-file and sheet name. =item -N =item --no-pfx If specified, dump all will not use output CSV-file but sheet name only. =item -J str =item --join=str If specified, output file names under C<-A> will join on C instead of the default C<->. =item -o CSV-file =item -c CSV-file =item --out=CSV-file Output file name (used only with C<< --all >> and without C<< --no-pfx >>). Default value is derived from XLS-file. =item -i XLS-file =item -s XLS-file =item --in=XLS-file Allows to specify input xls file. Default: Last ARGUMENT file that exists. =back =head1 SEE ALSO L, L, L =head1 AUTHOR H.Merijn Brand, =head1 COPYRIGHT AND LICENSE Copyright (C) 2016-2019 H.Merijn Brand This library is free software; you can redistribute it and/or modify it under the same terms as Perl itself. =cut Spreadsheet-Read-0.81/examples/ss-dups-tk.pl0000755000031300001440000001670113412713325021455 0ustar00merijnusers00000000000000#!/pro/bin/perl # ss-dup-tk.pl: Find dups in spreadsheet # (m)'18 [28-03-2018] Copyright H.M.Brand 2005-2019 use strict; use warnings; sub usage { my $err = shift and select STDERR; print "usage: $0 [-t] [-S ] [-R ] [-C columns] [-F ]\n", "\t-t Only check on true values\n", "\t-S sheets Check sheet(s). Default = 1, 1,3-5,all\n", "\t-R rows Check row(s). Default = all, 6,19-66\n", "\t-C columns Check column(s). Default = all, 2,5-9\n", "\t-F fields Check field(s). Default = all, A1,A2,B15,C23\n"; exit $err; } # usage use Spreadsheet::Read; use Getopt::Long qw(:config bundling nopermute noignorecase); my $opt_v = 0; my $opt_t = 0; # Only check on true values my @opt_S; # Sheets to print my @opt_R; # Rows to print my @opt_C; # Columns to print my @opt_F; GetOptions ( "help|?" => sub { usage (0); }, "S|sheets=s" => \@opt_S, "R|rows=s" => \@opt_R, "C|columns=s" => \@opt_C, "F|fields=s" => \@opt_F, "t|true" => \$opt_t, "v|verbose:1" => \$opt_v, ) or usage (1); @opt_S or @opt_S = (1); use Tk; use Tk::ROText; my $file = shift || (sort { -M $b <=> -M $a } glob "*.xls")[0]; my ($mw, $is, $ss, $dt) = (MainWindow->new, "1.0"); sub ReadFile { $file or return; $dt->delete ("1.0", "end"); unless ($ss = ReadData ($file)) { $dt->insert ("end", "Cannot read $file as spreadsheet\n"); return; } my @ss = map { qq{"$ss->[$_]{label}"} } 1 .. $ss->[0]{sheets}; my @finfo = ( "File: $file", ( map { "Sheet $_: '$ss->[$_]{label}'\t($ss->[$_]{maxcol} x $ss->[$_]{maxrow})" } 1 .. $ss->[0]{sheets} ), "=============================================================="); $dt->insert ("end", join "\n", @finfo, ""); $is = (@finfo + 1).".0"; return $ss; } # ReadFile my $tf = $mw->Frame ()->pack (qw( -side top -anchor nw -expand 1 -fill both )); $tf->Entry ( -textvariable => \$file, -width => 40, -vcmd => \&ReadFile, )->pack (qw(-side left -expand 1 -fill both)); my %ftyp; for ([ xls => [ "Excel Files", [qw( .xls .XLS )] ] ], [ xlsx => [ "Excel Files", [qw( .xlsx .XLSX )] ] ], [ sxc => [ "OpenOffice Files", [qw( .sxc .SXC )] ] ], [ ods => [ "OpenOffice Files", [qw( .ods .ODS )] ] ], [ csv => [ "CSV Files", [qw( .csv .CSV )] ] ], ) { my ($ft, $r) = @$_; Spreadsheet::Read::parses ($ft) or next; push @{$ftyp{$r->[0]}}, @{$r->[1]}; push @{$ftyp{"All spreadsheet types"}}, @{$r->[1]}; } $tf->Button ( -text => "Select file", -command => sub { $ss = undef; $file = $mw->getOpenFile ( -filetypes => [ ( map { [ $_, $ftyp{$_} ] } sort keys %ftyp ), [ "All files", "*" ], ], ); ReadFile (); }, )->pack (qw(-side left -expand 1 -fill both)); $tf->Button ( -text => "Detect", -command => \&Detect, )->pack (qw(-side left -expand 1 -fill both)); $tf->Button ( -text => "Show", -command => \&Show, )->pack (qw(-side left -expand 1 -fill both)); $tf->Button ( -text => "Exit", -command => \&exit, )->pack (qw(-side left -expand 1 -fill both)); my $mf = $mw->Frame ()->pack (qw( -side top -anchor nw -expand 1 -fill both )); my $sw = $mf->Scrolled ("ROText", -scrollbars => "osoe", -height => 40, -width => 85, -foreground => "Black", -background => "White", -highlightthickness => 0, -setgrid => 1)->pack (qw(-expand 1 -fill both)); $dt = $sw->Subwidget ("scrolled"); #$sw->Subwidget ("xscrollbar")->packForget; $dt->configure ( -wrap => "none", -font => "mono 12", ); my $bf = $mw->Frame ()->pack (qw( -side top -anchor nw -expand 1 -fill both )); $bf->Checkbutton ( -variable => \$opt_t, -text => "True values only", )->pack (qw(-side left -expand 1 -fill both)); { my $opt_S = @opt_S ? join ",", @opt_S : 1; $bf->Label ( -text => "Sheet(s)", )->pack (qw(-side left -expand 1 -fill both)); $bf->Entry ( -textvariable => \$opt_S, -width => 10, -validate => "focusout", -vcmd => sub { @opt_S = grep m/\S/, split m/\s*,\s*/ => $opt_S; 1; }, )->pack (qw(-side left -expand 1 -fill both)); } { my $opt_R = join ",", @opt_R; $bf->Label ( -text => "Rows(s)", )->pack (qw(-side left -expand 1 -fill both)); $bf->Entry ( -textvariable => \$opt_R, -width => 10, -validate => "focusout", -vcmd => sub { @opt_R = grep m/\S/, split m/\s*,\s*/ => $opt_R; 1; }, )->pack (qw(-side left -expand 1 -fill both)); } { my $opt_C = join ",", @opt_C; $bf->Label ( -text => "Columns(s)", )->pack (qw(-side left -expand 1 -fill both)); $bf->Entry ( -textvariable => \$opt_C, -width => 10, -validate => "focusout", -vcmd => sub { @opt_C = grep m/\S/, split m/\s*,\s*/ => $opt_C; 1; }, )->pack (qw(-side left -expand 1 -fill both)); } sub ranges (@) { my @g; foreach my $arg (@_) { for (split m/,/, $arg) { if (m/^(\w+)\.\.(\w+)$/) { my ($s, $e) = ($1, $2); $s =~ m/^[1-9]\d*$/ or ($s, $e) = (qq("$s"), qq("$e")); eval "push \@g, $s .. $e"; } else { push @g, $_; } } } $opt_v and print STDERR "( @g )\n"; @g; } # ranges sub Detect { $ss or ReadFile (); $dt->delete ($is, "end"); $dt->insert ("end", join "\n", "", "Shts: @opt_S", "Rows: @opt_R", "Cols: @opt_C", "--------------------------------------------------------------", ""); my %done; my @S = $opt_S[0] eq "all" ? (1 .. $ss->[0]{sheets}) : ranges (@opt_S); my @R = ranges (@opt_R); my @C = ranges (@opt_C); my %f = map { uc $_ => 1 } ("@opt_F" =~ m/(\b[A-Z]\d+\b)/ig); foreach my $s (@S) { my $xls = $ss->[$s] or die "Cannot read sheet $s\n"; my @r = @R ? @R : (1 .. $xls->{maxrow}); my @c = @C ? @C : (1 .. $xls->{maxcol}); foreach my $r (@r) { foreach my $c (@c) { defined $xls->{cell}[$c][$r] or next; my $v = uc $xls->{cell}[$c][$r]; my $cell = cr2cell ($c, $r); @S > 1 and $cell = $xls->{label} . "[$cell]"; $opt_t && !$v and next; @opt_F && !exists $f{$cell} and next; if (exists $done{$v}) { $dt->insert ("end", sprintf "Cell %-5s is dup of %-5s '%s'\n", $cell, $done{$v}, $v); next; } $done{$v} = $cell; } } } } # Detect sub Show { $ss or ReadFile (); $dt->delete ($is, "end"); $dt->insert ("end", join "\n", "", "Shts: @opt_S", "Rows: @opt_R", "Cols: @opt_C"); my @S = $opt_S[0] eq "all" ? (1 .. $ss->[0]{sheets}) : ranges (@opt_S); my @R = ranges (@opt_R); my @C = ranges (@opt_C); my %f = map { uc $_ => 1 } ("@opt_F" =~ m/(\b[A-Z]\d+\b)/ig); foreach my $s (@S) { my $xls = $ss->[$s] or die "Cannot read sheet $s\n"; $dt->insert ("end", "\n--------------------------------------------------------------". "\nSheet $s: '$xls->{label}'\t($xls->{maxcol} x $xls->{maxrow})\n"); my @r = @R ? @R : (1 .. $xls->{maxrow}); my @c = @C ? @C : (1 .. $xls->{maxcol}); $dt->insert ("end", " |"); for (@c) { (my $ch = cr2cell ($_, 1)) =~ s/1$//; $dt->insert ("end", sprintf "%11s |", $ch); } $dt->insert ("end", "\n-----+"); $dt->insert ("end", "------------+") for @c; foreach my $r (@r) { $dt->insert ("end", sprintf "\n%4d |", $r); foreach my $c (@c) { my $cell = cr2cell ($c, $r); my $v = defined $xls->{cell}[$c][$r] ? $xls->{$cell} : "--"; length ($v) < 12 and substr $v, 0, 0, " " x (12 - length $v); $dt->insert ("end", substr ($v, 0, 12). "|"); } } } } # Show MainLoop; Spreadsheet-Read-0.81/examples/xls2csv0000755000031300001440000001000113425272016020421 0ustar00merijnusers00000000000000#!/pro/bin/perl # xls2csv: Convert Microsoft Excel spreadsheet to CSV # (m)'19 [02-02-2019] Copyright H.M.Brand 2008-2019 require 5.008001; use strict; use warnings; our $VERSION = "3.4"; (my $cmd = $0) =~ s{.*/}{}; use Text::CSV_XS; use Spreadsheet::Read qw( ReadData row ); sub usage { my $err = shift and select STDERR; print "usage: $cmd [-A [-N] | -o file.csv] [-s sep] [-f] [-i] file.xls\n"; print " $cmd --help | --man | --info\n"; @_ and print join "\n", @_, ""; exit $err; } # usage use Getopt::Long qw( :config bundling noignorecase passthrough ); GetOptions ( "help|?" => sub { usage 0; }, "V|version" => sub { print "$cmd [$VERSION]\n"; exit 0; }, "man" => sub { exec "pod2man $0 | nroff -man"; }, "info" => sub { require Pod::Usage; Pod::Usage::pod2usage (VERBOSE => 2); exit; }, "o|c|out=s" => \my $csv, "i|s|in=s" => \my $xls, "f|force!" => \my $opt_f, "s|sep=s" => \my $opt_s, "A|all!" => \my $opt_a, "N|no-pfx!" => \my $opt_N, ) or usage 1; unless ($xls) { foreach my $i (reverse 0 .. $#ARGV) { -f $ARGV[$i] or next; $xls = splice @ARGV, $i, 1; last; } } $xls or usage 1, "No input file"; -r $xls or usage 1, "Input file unreadable"; -s $xls or usage 1, "Input file empty"; my %e = (a => "\a", b => "\b", e => "\e", f => "\f", n => "\n", r => "\r", t => "\t"); $opt_s and $opt_s =~ s/\\+([abefnrt])/$e{$1}/g; if ($opt_a) { my $ss = ReadData ($xls) or die "Cannot read/parse $xls\n"; $csv and $xls = $csv; $xls =~ s/\.(csv|xlsx?)$//i; $csv = Text::CSV_XS->new ({ binary => 1, auto_diag => 1, eol => "\r\n" }); $opt_s and $csv->sep_char ($opt_s); foreach my $si (1 .. $ss->[0]{sheets}) { my $s = $ss->[$si] or next; $s->{maxcol} or next; my $mr = $s->{maxrow} or next; my $sn = $s->{label} || "sheet-$si"; $sn =~ s/\s+$//; $sn =~ s/^\s+//; $sn =~ s/[^-\w.]+/_/g; # remove any special chars from worksheet name my $fn = $opt_N ? "$sn.csv" : "$xls-$sn.csv"; -f $fn && !$opt_f and die "$fn already exists\n"; warn "Saving sheet to $fn ...\n"; open my $fh, ">:encoding(utf-8)", $fn or die "$fn: $!\n"; $csv->print ($fh, [ row ($s, $_) ]) for 1 .. $mr; close $fh; } exit; } $csv or ($csv = $xls) =~ s/\.xlsx?$/.csv/i; if (-f $csv) { $opt_f or die "$csv already exists\n"; unlink $csv; } warn "Converting $xls to $csv ...\n"; open STDOUT, ">", $csv or die "$csv: $!\n"; $^O eq "MSWin32" and $xls = qq{"$xls"}; $opt_s and unshift @ARGV, "--sep=$opt_s"; exec { "xlscat" } "xlscat", "-c", @ARGV, $xls; __END__ =pod =head1 NAME xls2csv - convert spreadsheet to CSV =head1 SYNOPSIS xls2csv [ --all [ --no-pfx ] | -o file.csv ] [-f] [-i] file.xls xls2csv --help | --man | --info =head1 DESCRIPTION Convert a spreadsheet (all formats supported by L) to CSV (using L). =head1 OPTIONS =over =item -? =item --help Print short usage and exit. =item --man Print this help using nroff and exit. =item --info Print this help and exit. =item -V =item --version Print the version and exit. =item -f =item --force Overwrite existing output file. =item -A =item --all Output data from all sheets. Each sheet will go to extra file with name built from output CSV-file and sheet name. =item -N =item --no-pfx If specified, dump all will not use output CSV-file but sheet name only. =item -o CSV-file =item -c CSV-file =item --out=CSV-file Output file name (used only with C<< --all >> and without C<< --no-pfx >>). Default value is derived from XLS-file. =item -i XLS-file =item -s XLS-file =item --in=XLS-file Allows to specify input xls file. Default: Last ARGUMENT file that exists. =back =head1 SEE ALSO L, L, L, L =head1 AUTHOR H.Merijn Brand, =head1 COPYRIGHT AND LICENSE Copyright (C) 2008-2019 H.Merijn Brand This library is free software; you can redistribute it and/or modify it under the same terms as Perl itself. =cut Spreadsheet-Read-0.81/Makefile.PL0000644000031300001440000001020713425076551017241 0ustar00merijnusers00000000000000use strict; require 5.008001; use ExtUtils::MakeMaker; use File::Copy; sub link_or_copy { my ($source, $dest) = @_; link ($source, $dest) or copy ($source, $dest); } # link_or_copy my @exe; unless (exists $ENV{AUTOMATED_TESTING} and $ENV{AUTOMATED_TESTING} == 1) { -f "examples/xlsgrep" or link_or_copy "examples/xlscat", "examples/xlsgrep"; for ( [ "xlscat", "Convert Spreadsheet to plain text or CSV" ], [ "xlsgrep", "Grep pattern from Spreadsheet" ], [ "ss2tk", "Show a Spreadsheet in Perl/Tk" ], [ "ssdiff", "Show diff between two spreadsheets" ], [ "xls2csv", "Wrapper around xlscat for easy XLS => CSV" ], [ "xlsx2csv", "Wrapper around xlscat for easy XLSX => CSV" ], ) { prompt ("Do you want to install $_->[0]\t$_->[1] ?", "y") =~ m/[Yy]/ and push @exe, "examples/$_->[0]"; } } my %wm = ( NAME => "Spreadsheet::Read", DISTNAME => "Spreadsheet-Read", ABSTRACT => "Read the data from a spreadsheet", AUTHOR => "H.Merijn Brand ", VERSION_FROM => "Read.pm", EXE_FILES => [ @exe ], PREREQ_FATAL => 0, PREREQ_PM => { # Core modules "Exporter" => 0, "Encode" => 0, "Carp" => 0, "Data::Dumper" => 0, "File::Temp" => 0.22, "IO::Scalar" => 0, # Optional # For testing "Test::More" => 0.88, "Test::NoWarnings" => 0, # for ss2tk # "Tk" => 804.032, # "Tk::NoteBook" => 4.009, # "Tk::TableMatrix::Spreadsheet" => 1.2, }, macro => { TARFLAGS => "--format=ustar -c -v -f", }, ); $ExtUtils::MakeMaker::VERSION > 6.30 and $wm{LICENSE} = "perl"; if ($ENV{EXTENDED_TESTING}) { # for CpanCover and masochists # Backend parsers, all optional # Versions also need to be declared inside Read.pm ! $wm{PREREQ_PM}{"Text::CSV_PP"} = "1.97"; $wm{PREREQ_PM}{"Text::CSV_XS"} = "1.36"; $wm{PREREQ_PM}{"Spreadsheet::ReadSXC"} = "0.20"; $wm{PREREQ_PM}{"Spreadsheet::ParseExcel"} = "0.65"; $wm{PREREQ_PM}{"Spreadsheet::ParseXLSX"} = "0.27"; $wm{PREREQ_PM}{"Spreadsheet::XLSX"} = "0.15"; $wm{PREREQ_PM}{"Spreadsheet::Perl"} = "0"; } my $rv = WriteMakefile (%wm); # perlcriticrc uses Config::Tiny, which does not support nesting if (-f ".perlcriticrc" && -s "$ENV{HOME}/.perlcriticrc") { open my $fh, ">", ".perlcriticrc"; print $fh do { local (@ARGV, $/) = ("$ENV{HOME}/.perlcriticrc"); <> }; print $fh join "\n" => "", "[-Bangs::ProhibitDebuggingModules]", "[-BuiltinFunctions::ProhibitBooleanGrep]", "[-BuiltinFunctions::ProhibitStringyEval]", # Guarded "[-Compatibility::PodMinimumVersion]", # Lvalgrind.log ); my @pc = -f ".perlcriticrc" ? ("\tperlcritic -1 Read.pm") : (); join "\n" => 'cover test_cover:', ' ccache -C', ' cover -test', '', 'leakcheck:', " $valgrind", ' -@tail -5 valgrind.log', '', 'leaktest:', q{ sandbox/leaktest $(FULLPERLRUN) "test_harness($(TEST_VERBOSE), '$(INST_LIB)', '$(INST_ARCHLIB)')" $(TEST_FILES)}, '', 'spellcheck:', ' pod-spell-check --aspell --ispell', '', 'checkmeta: spellcheck', ' perl sandbox/genMETA.pl -c', '', 'fixmeta: distmeta', ' perl sandbox/genMETA.pl', ' ls -l */META.yml', '', 'tgzdist: checkmeta fixmeta $(DISTVNAME).tar.gz distcheck', ' -@mv -f $(DISTVNAME).tar.gz $(DISTVNAME).tgz', ' -@cpants_lint.pl $(DISTVNAME).tgz', ' -@rm -f Debian_CPANTS.txt', @pc, ''; } # postamble 1; Spreadsheet-Read-0.81/README0000644000031300001440000000426413412713340016143 0ustar00merijnusers00000000000000=head1 NAME Spreadsheet::Read - Meta-Wrapper for reading spreadsheet data =head1 SYNOPSIS use Spreadsheet::Read; my $ref = ReadData ("file.xls"); =head1 DESCRIPTION Spreadsheet::Read offers a uniformed wrapper to Spreadsheet::ParseExcel and Spreadheet::ReadSXC to give the end-user a single point of view to various types of spreadsheets and deal with these in a transparent way. For more thorough documentation please refer to the perl documentation in the module in pod format, or $ man Spreadsheet::Read after installation. =head1 INSTALLATION $ perl Makefile.PL $ make $ make test $ make install If the C warns you in the xls tests, read the message and apply the generated patch. Spreadsheet::ParseExcel has a small bug in the parsing of the default format regarding UTF-8. This module requires perl-5.8.1 or newer. It might still work under perl-5.8.0 or perl-5.6.x, but only if Encode is also available. The code might need some minor changes. Recent changes can be (re)viewed in the public GIT repository at https://github.com/Tux/Spreadsheet-Read Feel free to clone your own copy: $ git clone https://github.com/Tux/Spreadsheet-Read Spreadsheet-Read or get it as a tgz: $ wget --output-document=Spreadsheet-Read-git.tgz \ 'https://github.com/Tux/Spreadsheet-Read/archive/master.tar.gz' =head1 TOOLS Installing this module will optionally (default is yes) also install some useful tools that use Spreadsheet::Read. At least two are know to cause a possible name clash: * xls2csv also exists as https://metacpan.org/release/KEN/xls2csv-1.06 Mine existed before that script, and this version dates from 2005 * ssdiff also exists in the gnumeric package with similar functionality =head1 TODO * Make tests for examples/xlscat * Support Parsers native module options * Check if Tk is installed before asking if ss2tk is wanted * Test diagnostics output * Make clip skip empty sheets * Support Data::XLSX::Parser ? =head1 AUTHOR H.Merijn Brand, =head1 COPYRIGHT AND LICENSE Copyright (C) 2005-2019 H.Merijn Brand This library is free software; you can redistribute it and/or modify it under the same terms as Perl itself. =cut Spreadsheet-Read-0.81/CONTRIBUTING.md0000644000031300001440000000204412561052275017515 0ustar00merijnusers00000000000000# General I am always open to improvements and suggestions. Use [issues](https://github.com/Tux/Spreadsheet-Read/issues) # Style I will never accept pull request that do not strictly conform to my style, however you might hate it. You can read the reasoning behind my [preferences](http://tux.nl/style.html). I really do not care about mixed spaces and tabs in (leading) whitespace Perl::Tidy will help getting the code in shape, but as all software, it is not perfect. You can find my preferences for these in [.perltidy](https://github.com/Tux/Release-Checklist/blob/master/.perltidyrc) and [.perlcritic](https://github.com/Tux/Release-Checklist/blob/master/.perlcriticrc). # Requirements The minimum version required to use this module is stated in [Makefile.PL](./Makefile.PL). That does however not guarantee that it will work for all underlying parsers, as they might require newer perl versions. # New parsers I am all open to support new parsers. The closer the API is to that of Spreadsheet::ParseExcel, the easier it will be to support it. Spreadsheet-Read-0.81/cpanfile0000644000031300001440000000321613530442215016764 0ustar00merijnusers00000000000000requires "Carp"; requires "Data::Dumper"; requires "Data::Peek"; requires "Encode"; requires "Exporter"; requires "File::Temp" => "0.22"; recommends "Data::Peek" => "0.48"; recommends "File::Temp" => "0.2309"; recommends "IO::Scalar"; on "configure" => sub { requires "ExtUtils::MakeMaker"; }; on "test" => sub { requires "Test::Harness"; requires "Test::More" => "0.88"; requires "Test::NoWarnings"; recommends "Test::More" => "1.302167"; }; feature "opt_csv", "Provides parsing of CSV streams" => sub { requires "Text::CSV_XS" => "0.71"; recommends "Text::CSV" => "2.00"; recommends "Text::CSV_PP" => "2.00"; recommends "Text::CSV_XS" => "1.39"; }; feature "opt_excel", "Provides parsing of Microsoft Excel files" => sub { requires "Spreadsheet::ParseExcel" => "0.34"; requires "Spreadsheet::ParseExcel::FmtDefault"; recommends "Spreadsheet::ParseExcel" => "0.65"; }; feature "opt_excelx", "Provides parsing of Microsoft Excel 2007 files" => sub { requires "Spreadsheet::ParseExcel::FmtDefault"; requires "Spreadsheet::ParseXLSX" => "0.24"; recommends "Spreadsheet::ParseXLSX" => "0.27"; }; feature "opt_oo", "Provides parsing of OpenOffice spreadsheets" => sub { requires "Spreadsheet::ReadSXC" => "0.20"; }; feature "opt_tools", "Spreadsheet tools" => sub { recommends "Tk" => "804.034"; recommends "Tk::NoteBook"; recommends "Tk::TableMatrix::Spreadsheet"; }; Spreadsheet-Read-0.81/MANIFEST0000644000031300001440000000334113530442215016410 0ustar00merijnusers00000000000000Changes CONTRIBUTING.md cpanfile examples/ss2tk examples/ssdiff examples/ss-dups-tk.pl examples/xlscat examples/xls2csv examples/xlsx2csv files/Active2.xls files/Active2.xlsx files/attr.ods files/attr.xls files/attr.xlsx files/blank.csv files/blank.xls files/blank.xlsx files/content.xml files/Dates.xls files/Dates.xlsx files/empty.csv files/empty.ods files/empty.sc files/empty.sxc files/empty.txt files/empty.xls files/empty.xlsx files/example.xlsx files/macosx.csv files/macosx.xls files/merged.ods files/merged.xls files/merged.xlsx files/misc.xls files/misc.xlsx files/misc_ws.xls files/perc.xls files/perc.xlsx files/test.csv files/test.gnumeric files/test_m.csv files/test_m.txt files/test.ods files/test.sc files/test.sxc files/test.txt files/test_t.csv files/test_t.txt files/test_x.csv files/test_x.txt files/test.xls files/test.xlsx files/values.xls files/values.xlsx Makefile.PL MANIFEST README Read.pm t/00_pod.t t/01_pod.t t/10_basics.t t/11_call.t t/200_csv.t t/201_csv.t t/202_csv.t t/203_csv.t t/204_csv.t t/205_csv.t t/210_csv.t t/211_csv.t t/212_csv.t t/213_csv.t t/214_csv.t t/220_csv.t t/221_csv.t t/222_csv.t t/223_csv.t t/224_csv.t t/30_xls.t t/31_clr.t t/33_misc.t t/32_fmt.t t/34_dates.t t/35_perc.t t/36_xls.t t/37_merged.t t/40_sxc.t t/45_ods.t t/46_clr.t t/50_sc.t t/51_sc.t t/600_xlsx.t t/601_clr.t t/602_fmt.t t/603_misc.t t/604_dates.t t/605_perc.t t/607_merged.t t/610_xlsx.t t/611_clr.t t/612_fmt.t t/613_misc.t t/614_dates.t t/615_perc.t t/617_merged.t t/620_xlsx.t t/621_clr.t t/622_fmt.t t/623_misc.t t/624_dates.t t/625_perc.t t/627_merged.t t/999_fail.t META.yml Module YAML meta-data (added by MakeMaker) META.json Module JSON meta-data (added by MakeMaker) Spreadsheet-Read-0.81/Changes0000644000031300001440000004021513530437420016555 0ustar00merijnusers000000000000000.81 - 25 Aug 2019, H.Merijn Brand * It's 2019 * Allow -c + --sep in xlscat * Add --sep= to xls2csv for -A * Add xlsx2csv to distribution (xlsx2csv has -A) * Add -J s / --join str to xlsx2csv * Add cpanfile * Add explicit documentation about formatted vs unformatted * Improve ->new behavior * Auto-detect fallback for CSV now includes '|' for sep_char (PR#26) 0.80 - 31 Dec 2018, H.Merijn Brand * Raise Spreadsheet::ParseXLSX minimum version to 0.24 * Improve docs on attributes * Add attribute accessors 0.79 - 29 Aug 2018, H.Merijn Brand * Environmant control hardening * ReadData () docs (opening from scalar ref: issue#21) * Check for XLSX content on opening from plain scalar content * Fix typo in ss-dup-tk.pl (PRC, Branislav Zahradnik) * Allow source from command line option in xls2csv (PRC, Branislav Zahradnik) * Allow --in-sep=tab in xlscat/xlsgrep * Add --hash to xlscat/xlsgrep * Help and usage for examples/xls2csv (PR#23) 0.78 - 29 Jan 2018, H.Merijn Brand * Spreadsheet::ParseExcel supports the active flag as of version 0.61 * Fix typo in docs (SPROUT, RT#124214) 0.77 - 22 Jan 2018, H.Merijn Brand * Note possible name clashes with example/tool files * Clipping and stripping more efficient 0.76 - 01 Jan 2018, H.Merijn Brand * Allow streaming in xlscat * Add --dump to xlscat * Add error for opening ODS/SXC from reference * It's 2018 0.75 - 09 Nov 2017, H.Merijn Brand * Windows does not like an exec with arguments that have spaces (PR#15) Three fixes by Andrew Gregory ). Thanks! * Fix column clipping * Manually generate cells to delete when clipping * Skip cell deletion if they were never generated * File names cannot have \0 in newer perls 0.74 - 27 Aug 2017, H.Merijn Brand * Re-enable opening files with bad characters in the filename (issue#14) 0.73 - 30 Jul 2017, H.Merijn Brand * Spreadsheet::XLSX::Reader::LibXML support completely dropped * New options for ss2tk (font specs and SS labels) * Safer xls2csv option parsing/passing * Pass unknown command-line options to the parser * Fix ReadData ("a,b,c\n1,2,3\n", parser => "csv") * Drop 5.8.0 support. 5.8.1 is now minimum 0.72 - 25 May 2017, H.Merijn Brand * get_active_sheet is only available as of Spreadsheet::ParseExcel 0.61 * Support password protected spreadsheets (implementation just for Excel) * Do not warn on undefined labels (xlscat) 0.71 - 13 May 2017, H.Merijn Brand * Use -w as intended * Add option pivot * No trailing spaces on xlscat -L * Lexicalize code snippet (issue#12) * Add attr method * Remove special chars from worksheet name component (Windows, PR#13) * Add refresh to ss2tk / csv2tk * Add shortcut for UTF-8 output to xlscat * Upgrade recommended modules to required for cpancover 0.70 - 02 Mar 2017, H.Merijn Brand * Add label functionality to ::Sheet * Add ->column and ->cellcolumn for ::Sheet * Add col2label sub/method * Sanitize xls2csv export filenames * Fix sorting in xlscat for un-aligned columns * It's 2017 * Be overly verbose about maxrow and maxcol being 1-based (RT#120476) 0.69 - 02 Dec 2016, H.Merijn Brand * Several OO fixes, more tests, more docs 0.68 - 29 Nov 2016, H.Merijn Brand * List non-core modules/version used on very verbose in xlscat * Option to export all sheets in a spreadsheet to CSV (UTF-8 only) * Add OO interface * Feature: add new spreadsheets to existing book (even of different types) 0.67 - 17 Jun 2016, H.Merijn Brand * CPANTESTERS showed that some versions really messed op numeric/percentage 0.66 - 16 Jun 2016, H.Merijn Brand * Remove Spreadsheet::XLSX::Reader::LibXML test files from distribution * Allow old versions of Spreadsheet::ParseXLSX to "fail" on percentage tests 0.65 - 15 Jun 2016, H.Merijn Brand * Test with perl-5.24.0 * Show parser-version used under debug * No more Spreadsheet::XLSX::Reader::LibXML * Cells will inherit hidden state from hidden rows and columns * Require 5.8.0 as 5.6.x does not include required Encode 0.64 - 22 Apr 2016, H.Merijn Brand * It's 2016 * Allow inconsistent Spreadsheet::XLSX releases on Debian (tests) * Decode utf-16be entries in Excel when appropriate * Two examples in xlscat 0.63 - 10 Oct 2015, H.Merijn Brand * Guard against negative MinRow in XLSX * Documentation updated * Support Spreadsheet::XLSX::Reader::LibXML disabled on author request * Fix warning in utilities * Check minimum parser version for pre-selected parser 0.62 - 16 Aug 2015, H.Merijn Brand * Fix documentation structure * Test all supported parsers (not just the preferred one) * Basic support for Spreadsheet::XLSX::Reader::LibXML (work in progress) * Copy example file if link fails (Alan Berndt) * Add a contributing guide 0.61 - 13 Jun 2015, H.Merijn Brand * Discourage Spreadsheet::XLSX * A space is not an empty field in XLS * Strip the correct selection (RT#105197) 0.60 - 30 Mar 2015, H.Merijn Brand * No merged cell support in Spreadsheet::XLSX 0.59 - 26 Mar 2015, H.Merijn Brand * Minimal support (+ docs) for merged cells * Make parser errors report at one level up * Don't select non-existing columns in xlscat 0.58 - 11 Feb 2015, H.Merijn Brand * Remove perl recommendation from META as it breaks cpan clients * Move sort instruction to correct place in xlscat's help 0.57 - 08 Feb 2015, H.Merijn Brand * Moved project to github * Add --sort to xlscat * Clip before conversion * Removed an unneeded localizing of $/ (related to p5 RT#123218) 0.56 - 05 Jan 2015, H.Merijn Brand * printf does not play nice with encoding (related to RT#98436) * default output UTF-8 if whole line is UTF-8 0.55 - 01 Jan 2015, H.Merijn Brand * Mention Spreadsheet::CSV in documentation * Add ssdiff to examples * Amend xlscat -n to also number in HTML * Updated copyright to 2015 0.54 - 30 Jan 2014, H.Merijn Brand * Optional features required versions now builtin 0.53 - 29 Jan 2014, H.Merijn Brand * Updated copyright to 2014 * Prefer Data::Peek over Data::Dumper * Support (and prefer) Spreadsheet::ParseXLSX for .xlsx 0.52 - 05 Dec 2013, H.Merijn Brand * Store CSV parse error - if any - in $ss->[0]{error} 0.51 - 30 Oct 2013, H.Merijn Brand * Link xlsgrep during install 0.50 - 24 Oct 2013, H.Merijn Brand * Added xlsgrep to examples * Allow -C B,D for xlscat * More prominent reference to xlscat in docs 0.49 - 11 May 2013, H.Merijn Brand * /dev/null cannot be used for tests on Windows 0.48 - 14 Mar 2013, H.Merijn Brand * Improve documentation consistency (RT#80409) * Updated copyright to 2013 * Force old(er) tar format (ustar) - assumes GNU tar on release box * Fix yml/json optional_features * Install utilities from example by default * Several minor changes (for maint) 0.47 - 30 Jun 2012, H.Merijn Brand * Note that empty sheets are skipped when clip is true (RT#75277) * Allow undef as valid value for the options (Max Maischein) * Don't generate warnings when stripping whitespace and only generating one of cells or rc. (Max Maschein) * Fix test warning under perl-5.17.x 0.46 - 14 Feb 2012, H.Merijn Brand * Updated copyright to 2012 * Support passing attributes to the underlying parser * Do not strip fields in sheets with no cells at all (RT#74976) 0.45 - 07 Sep 2011, H.Merijn Brand * NAME / DISTNAME in Makefile.PL 0.44 - 07 Sep 2011, H.Merijn Brand * More cross-checks for META data 0.43 - 02 Aug 2011, H.Merijn Brand * Changed name in META.yml (RT#69574) 0.42 - 01 Jun 2011, H.Merijn Brand * Add --html output option to xlscat * Force CSV parser when in-sep is given * Prefer Data::Peek over Data::Dumper if available 0.41 - 06 Oct 2010, H.Merijn Brand * Spell-check * Fixed requiring optional modules (RT#61928 - Roderick Schupp) 0.40 - 31 Mar 2010, H.Merijn Brand * Default option for clip fixed (RT#56151 - Alan James) 0.39 - 16 Mar 2010, H.Merijn Brand * Doc fix (RT#54507, Patrick Cronin) * Upped Copyright notices to 2010 * Drop YAML version to 1.0 0.38 - 15 Dec 2009, H.Merijn Brand * Add row () and cellrow () * Updated META.yml to meet most recent specs (optional_features = map) 0.37 - 09 Nov 2009, H.Merijn Brand * IO streams improvements * MANIFEST fix 0.36 - 06 Nov 2009, H.Merijn Brand * Add strip option * Spreadsheet::XLSX 0.12 still does not support attributes * Require Text::CSV_XS-0.69 for CSV for auto-detection of \r * New attribute "parser" to force format * Allow CSV streams * Allow SC streams * Allow XLS streams 0.35 - 03 Jun 2009, H.Merijn Brand * Add Test::NoWarnings, which is not run in AUTOMATED_TESTING * Switched to Test::More using tests_done () * Text::CSV_XS requires 0.43 or up, as we use ->eof () still prefer a really new release, like 0.65, which is Test::NoWarnings safe * Spreadsheet::XLSX 0.10 still does not support attributes * Added -n to xlscat * XLSX tests skip on feature, not on version 0.34 - 27 Jan 2009, H.Merijn Brand * Spreadsheet::XLSX 0.09 still does not support attributes still think it is better to follow closely. 0.09 is much better than 0.08 0.33 - 23 Jan 2009, H.Merijn Brand * A few Perl::Critic inspired changes * Modified tests to prevent rounding errors (we were not checking for that) * Added examples/ss-dups-tk.pl 0.32 - 06 Jan 2009, H.Merijn Brand * Add basic support for M$ Excel 2007 using Spreadsheet::XLSX * Test suite reports the parsers it found 0.31 - 04 Jan 2009, H.Merijn Brand * Upped Copyright notices to 2009 * Detection of percentage type * Even more reliable detection of Date types 0.30 - 22 Dec 2008, H.Merijn Brand * Wrong e-mail in META.yml * CSV files from a Mac, with \r as eol, would not parse 0.29 - 19 Oct 2008, H.Merijn Brand * Make Read safer for files that do not match extension, like HTML in foo.xls * YAML declared 1.4 (META.yml) instead of 1.1 (YAML) * Bring Makefile.PL in sync with META.yml * Recommend Text-CSV-0.56 0.28 - 04 Sep 2008, H.Merijn Brand * More tests on date formats * Declare Spreadsheet::ParseExcel::FmtDefault in META.yml * Add 'size' from Excel font size * Update docs about Excel quirks and CPAN links * Reference to public git repo * Some typo's 0.27 - 31 Aug 2008, H.Merijn Brand * Fixed META.yml (the specs are inconsistent) * Added --dtfmt to xlscat 0.26 - 29 Aug 2008, H.Merijn Brand * Added examples/xls2csv * Upped copyright to 2008 in examples * Don't ask to install examples under automated testing * die => croak * Added tgzdist target * Added encoding options to examples/xlscat * Added date-type checks for SS:PE > 0.32 0.25 - 02 Jan 2008, H.Merijn Brand * Spreadsheet-Read now under git * Upped copyrights to 2008 * Added all prereq's to Makefile.PL, even core mods * Tested under perl-5.10.0 * Text::CSV as of 1.00 is OK 0.24 - 05 Oct 2007, H.Merijn Brand * -? and --help in utils moved to Getopt::Long * Adjusted copyright notice in utils * removed prototypes in utils * next is illegal in do {} while (); (Johan Vromans) only happens with old Text::CSV_XS 0.23 - 21 Jun 2007, H.Merijn Brand * Use IO::Scalar instead of File::Temp when installed Thanks to David Cantrell for making a OpenBSD test box available! * use binmode () when opening files * Also use 3-arg open in test files * die if test files cannot be opene'ed 0.22 - 18 Jun 2007, H.Merijn Brand * 0.21 should already support Text::CSV_PP 1.05 Tested Text::CSV_PP 1.05 on bleadperl. * Better detection of (not) installed modules * Module requires perl 5.6.x 0.21 - 18 Jun 2007, H.Merijn Brand * Text::CSV_XS uses keep_meta_info instead of get_flags * Removed always_quote from xlscat's CSV output 0.20 - 31 May 2007, H.Merijn Brand * perlcritic OK * CSV parsing now uses getline (), and auto-detects eol Assumes first line does not contain embedded eol. This implies that parsing CSV with embedded eol sequences is now safe. * As I now also maintain Text::CSV_XS, I changed the references * Changed TODO's from Text::CSV to Text::CSV_PP (::CSV is dated 1997) 0.19 - 04 May 2007, H.Merijn Brand * Could not retreive '0' fields from OpenOffice (Jim Kelly) 0.18 - 27 Apr 2007, H.Merijn Brand * use strict in Makefile.PL * Added test_cover make target * Added "ods" for OpenOffice conversions * Added color tests for ods (but SR::RS doesn't support that yet) * Switched from \d to 0-9 in regexp * Added more test files and tests (increase coverage) 0.17 - 04 Jul 2006, H.Merijn Brand * xlscat new option: --ansii to (try to) use the ansi colors for fields * Fixed a color attribute off-by-one error * Added test cases (not yet complete) * Added bold and underline 0.16 - 04 Jul 2006, H.Merijn Brand * xlscat new option: --in-sep-char to force-define input sep-char for CSV * More debug lines * Parser name info in $ref->[0] * SquirrelCalc now reports Spreadsheet::Read and its version for parser info * Most of the attributes for Excel now implemented. Tested, but no test case 0.15 - 21 Jun 2006, H.Merijn Brand * Small doc change from AnnoCPAN * Sheets with undefined labels might cause havoc * Clip now skips empty xls sheets (TODO: sxc) * xlscat clips by default * xlscat new options -d and --noclip * xlscat usage () from -?/--help to STDOUT from fault to STDERR 0.14 - 20 Jan 2006, H.Merijn Brand * maxrow and maxcol were swapped in csv sheets * promoted internal debug flag to option * small doc changes 0.13 - 04 Nov 2005, H.Merijn Brand * Control attrib 'cells' was misinterpreted * New option: clip, default is true if {cell} is selected, false otherwise Removes trailing lines and columns in each sheet that have no visible data * new test t/11_call.t for checking options. Not complete yet * Added test_cover target to Makefile.PL 0.12 - 31 Oct 2005, H.Merijn Brand * Added ss2tk to examples 0.11 - 26 Oct 2005, H.Merijn Brand * Allow ods (OpenOffice 2.0) for sxc * include real ods test files and new test * Check if sc.version is undef, not 0 0.10 - 19 Sep 2005, H.Merijn Brand * More test coverage * cr2cell () returns "" for illegal col/row values * cell2cr () returns (0, 0) for illegal cell values * rows () tests even better for valid reference pointer * Renamed the test files 0.09 - 18 Sep 2005, H.Merijn Brand * Added Test::Pod * Added Test::Pod::Coverage * Spreadsheet::ReadSXC 0.20 now required (too many tests fail on 0.12) * Small changes to the docs * More secure handling of false values * Mention a bug in Spreadsheet::ParseExcel 0.08 - 22 Aug 2005, H.Merijn Brand * Slightly changed the Synopsis 0.07 - 06 Jul 2005, H.Merijn Brand * Added function rows () * Added function parses () * Made all modules optional * Prepared for Spreadsheet::Perl * Doc updates 0.06 - 22 Jun 2005, H.Merijn Brand * Repaired error in label names in metadata for SXC 0.05 - 17 Jun 2005, H.Merijn Brand * Spreadsheet::ReadSXC >= 0.20 supports sheet order * Spreadsheet::ReadSXC has new data structure (we still support the old) * Added "version" to the meta data for parser version * More tests 0.04 - 14 Jun 2005, H.Merijn Brand * Changed TODO * Added options "rc", and "cell" * Added CSV * Added CSV options "sep", and "quote" * Support xls from content * Added basic support for SquirrelCalc format * Updated pod * xlscat -R option for row selection was a one-off * xlscat now supports selecting fields with -F 0.03 - 19 May 2005, H.Merijn Brand * Expanded xlscat to support -i for index * Optionally install xlscat 0.02 - 19 May 2005, H.Merijn Brand * Typoes in the doc * Small change in organization so it actually installs 0.01 - 12 May 2005, H.Merijn Brand * Initial CPAN version. A lot can still change Spreadsheet-Read-0.81/META.yml0000644000031300001440000000270513530442215016533 0ustar00merijnusers00000000000000--- abstract: Meta-Wrapper for reading spreadsheet data author: - H.Merijn Brand configure_requires: ExtUtils::MakeMaker: 0 dynamic_config: 1 generated_by: Author, CPAN::Meta::Converter version 2.150010 license: perl meta-spec: url: http://module-build.sourceforge.net/META-spec-v1.4.html version: '1.4' name: Spreadsheet-Read optional_features: opt_csv: description: Provides parsing of CSV streams requires: Text::CSV_XS: '0.71' opt_excel: description: Provides parsing of Microsoft Excel files requires: Spreadsheet::ParseExcel: '0.34' Spreadsheet::ParseExcel::FmtDefault: 0 opt_excelx: description: Provides parsing of Microsoft Excel 2007 files requires: Spreadsheet::ParseExcel::FmtDefault: 0 Spreadsheet::ParseXLSX: '0.24' opt_oo: description: Provides parsing of OpenOffice spreadsheets requires: Spreadsheet::ReadSXC: '0.20' opt_tools: description: Spreadsheet tools provides: Spreadsheet::Read: file: Read.pm version: '0.81' recommends: Data::Peek: '0.48' File::Temp: '0.2309' IO::Scalar: 0 Test::More: '1.302167' requires: Carp: 0 Data::Dumper: 0 Data::Peek: 0 Encode: 0 Exporter: 0 File::Temp: '0.22' Test::Harness: 0 Test::More: '0.88' Test::NoWarnings: 0 perl: '5.008001' resources: license: http://dev.perl.org/licenses/ repository: https://github.com/Tux/Spreadsheet-Read version: '0.81' Spreadsheet-Read-0.81/META.json0000644000031300001440000000713513530442215016705 0ustar00merijnusers00000000000000{ "abstract" : "Meta-Wrapper for reading spreadsheet data", "generated_by" : "Author", "author" : [ "H.Merijn Brand " ], "resources" : { "repository" : { "type" : "git", "web" : "https://github.com/Tux/Spreadsheet-Read", "url" : "https://github.com/Tux/Spreadsheet-Read" }, "license" : [ "http://dev.perl.org/licenses/" ] }, "provides" : { "Spreadsheet::Read" : { "version" : "0.81", "file" : "Read.pm" } }, "name" : "Spreadsheet-Read", "version" : "0.81", "optional_features" : { "opt_excel" : { "description" : "Provides parsing of Microsoft Excel files", "prereqs" : { "runtime" : { "requires" : { "Spreadsheet::ParseExcel" : "0.34", "Spreadsheet::ParseExcel::FmtDefault" : "0" }, "recommends" : { "Spreadsheet::ParseExcel" : "0.65" } } } }, "opt_csv" : { "description" : "Provides parsing of CSV streams", "prereqs" : { "runtime" : { "recommends" : { "Text::CSV_XS" : "1.39", "Text::CSV_PP" : "2.00", "Text::CSV" : "2.00" }, "requires" : { "Text::CSV_XS" : "0.71" } } } }, "opt_tools" : { "prereqs" : { "runtime" : { "recommends" : { "Tk::TableMatrix::Spreadsheet" : "0", "Tk::NoteBook" : "0", "Tk" : "804.034" } } }, "description" : "Spreadsheet tools" }, "opt_oo" : { "prereqs" : { "runtime" : { "requires" : { "Spreadsheet::ReadSXC" : "0.20" } } }, "description" : "Provides parsing of OpenOffice spreadsheets" }, "opt_excelx" : { "prereqs" : { "runtime" : { "recommends" : { "Spreadsheet::ParseXLSX" : "0.27" }, "requires" : { "Spreadsheet::ParseXLSX" : "0.24", "Spreadsheet::ParseExcel::FmtDefault" : "0" } } }, "description" : "Provides parsing of Microsoft Excel 2007 files" } }, "dynamic_config" : 1, "prereqs" : { "test" : { "requires" : { "Test::NoWarnings" : "0", "Test::More" : "0.88", "Test::Harness" : "0" }, "recommends" : { "Test::More" : "1.302167" } }, "configure" : { "requires" : { "ExtUtils::MakeMaker" : "0" } }, "runtime" : { "requires" : { "File::Temp" : "0.22", "Data::Peek" : "0", "Encode" : "0", "Carp" : "0", "Data::Dumper" : "0", "Exporter" : "0", "perl" : "5.008001" }, "recommends" : { "IO::Scalar" : "0", "File::Temp" : "0.2309", "Data::Peek" : "0.48" } } }, "license" : [ "perl_5" ], "meta-spec" : { "version" : 2, "url" : "http://search.cpan.org/perldoc?CPAN::Meta::Spec" }, "release_status" : "stable" }