# Change 1..1 below to 1..last_test_to_print .
# (It may become useful if the test is moved to ./t subdirectory.)
use strict;
-my $loaded;
-BEGIN { $| = 1; print "1..41\n"; }
-END {print "not ok 1\n" unless $loaded;}
-use Imager qw(:all);
-use Imager::Color;
-require "t/testtools.pl";
-
-$loaded = 1;
-okx(1, "loaded");
+use Test::More;
+use Imager ':all';
+use Imager::Test qw(diff_text_with_nul is_color3);
+use Cwd qw(getcwd abs_path);
#$Imager::DEBUG=1;
+i_has_format("t1")
+ or plan skip_all => "t1lib unavailble or disabled";
+
+plan tests => 95;
+
init_log("testout/t30t1font.log",1);
-my $deffont = './fontfiles/dcr10.pfb';
+my $deffont = 'fontfiles/dcr10.pfb';
my $fontname_pfb=$ENV{'T1FONTTESTPFB'}||$deffont;
my $fontname_afm=$ENV{'T1FONTTESTAFM'}||'./fontfiles/dcr10.afm';
+-f $fontname_pfb
+ or skip_all("cannot find fontfile for type 1 test $fontname_pfb");
+-f $fontname_afm
+ or skip_all("cannot find fontfile for type 1 test $fontname_afm");
-if (!(i_has_format("t1")) ) {
- skipx(40, "t1lib unavailable or disabled");
-}
-elsif (! -f $fontname_pfb) {
- skipx(40, "cannot find fontfile for type 1 test $fontname_pfb");
-}
-elsif (! -f $fontname_afm) {
- skipx(40, "cannot find fontfile for type 1 test $fontname_afm");
-} else {
-
+SKIP:
+{
print "# has t1\n";
- i_t1_set_aa(1);
+ #i_t1_set_aa(1);
+
+ unlink "t1lib.log"; # lose it if it exists
+ init(t1log=>0);
+ ok(!-e("t1lib.log"), "disable t1log");
+ init(t1log=>1);
+ ok(-e("t1lib.log"), "enable t1log");
+ init(t1log=>0);
+ unlink "t1lib.log";
my $fnum=Imager::i_t1_new($fontname_pfb,$fontname_afm); # this will load the pfb font
- unless (okx($fnum >= 0, "load font $fontname_pfb")) {
- skipx(31, "without the font I can't do a thing");
- exit;
+ unless (ok($fnum >= 0, "load font $fontname_pfb")) {
+ skip("without the font I can't do a thing", 90);
}
my $bgcolor=Imager::Color->new(255,0,0,0);
my $overlay=Imager::ImgRaw::new(200,70,3);
- okx(i_t1_cp($overlay,5,50,1,$fnum,50.0,'XMCLH',5,1), "i_t1_cp");
+ ok(i_t1_cp($overlay,5,50,1,$fnum,50.0,'XMCLH',5,1), "i_t1_cp");
i_line($overlay,0,50,100,50,$bgcolor,1);
my @bbox=i_t1_bbox(0,50.0,'XMCLH',5);
- okx(@bbox == 7, "i_t1_bbox");
+ is(@bbox, 8, "i_t1_bbox");
print "# bbox: ($bbox[0], $bbox[1]) - ($bbox[2], $bbox[3])\n";
open(FH,">testout/t30t1font.ppm") || die "cannot open testout/t35t1font.ppm\n";
my $backgr=Imager::ImgRaw::new(280,300,3);
i_t1_set_aa(2);
- okx(i_t1_text($backgr,10,100,$bgcolor,$fnum,150.0,'test',4,1), "i_t1_text");
+ ok(i_t1_text($backgr,10,100,$bgcolor,$fnum,150.0,'test',4,1), "i_t1_text");
# "UTF8" tests
# for perl < 5.6 we can hand-encode text
my $alttext = "A\xA1A";
my @utf8box = i_t1_bbox($fnum, 50.0, $text, length($text), 1);
- okx(@utf8box == 7, "utf8 bbox element count");
+ is(@utf8box, 8, "utf8 bbox element count");
my @base = i_t1_bbox($fnum, 50.0, $alttext, length($alttext), 0);
- okx(@base == 7, "alt bbox element count");
+ is(@base, 8, "alt bbox element count");
my $maxdiff = $fontname_pfb eq $deffont ? 0 : $base[2] / 3;
print "# (@utf8box vs @base)\n";
- okx(abs($utf8box[2] - $base[2]) <= $maxdiff,
+ ok(abs($utf8box[2] - $base[2]) <= $maxdiff,
"compare box sizes $utf8box[2] vs $base[2] (maxerror $maxdiff)");
# hand-encoded UTF8 drawing
- okx(i_t1_text($backgr, 10, 140, $bgcolor, $fnum, 32, $text, length($text), 1,1), "draw hand-encoded UTF8");
+ ok(i_t1_text($backgr, 10, 140, $bgcolor, $fnum, 32, $text, length($text), 1,1), "draw hand-encoded UTF8");
- okx(i_t1_cp($backgr, 80, 140, 1, $fnum, 32, $text, length($text), 1, 1),
+ ok(i_t1_cp($backgr, 80, 140, 1, $fnum, 32, $text, length($text), 1, 1),
"cp hand-encoded UTF8");
# ok, try native perl UTF8 if available
- if ($] >= 5.006) {
+ SKIP:
+ {
+ $] >= 5.006 or skip("perl too old to test native UTF8 support", 5);
my $text;
# we need to do this in eval to prevent compile time errors in older
# versions
eval q{$text = "A\xA1\x{2010}A"}; # A, a with ogonek, HYPHEN, A in our test font
#$text = "A".chr(0xA1).chr(0x2010)."A"; # this one works too
- okx(i_t1_text($backgr, 10, 180, $bgcolor, $fnum, 32, $text, length($text), 1),
+ ok(i_t1_text($backgr, 10, 180, $bgcolor, $fnum, 32, $text, length($text), 1),
"draw UTF8");
- okx(i_t1_cp($backgr, 80, 180, 1, $fnum, 32, $text, length($text), 1),
+ ok(i_t1_cp($backgr, 80, 180, 1, $fnum, 32, $text, length($text), 1),
"cp UTF8");
@utf8box = i_t1_bbox($fnum, 50.0, $text, length($text), 0);
- okx(@utf8box == 7, "native utf8 bbox element count");
- okx(abs($utf8box[2] - $base[2]) <= $maxdiff,
+ is(@utf8box, 8, "native utf8 bbox element count");
+ ok(abs($utf8box[2] - $base[2]) <= $maxdiff,
"compare box sizes native $utf8box[2] vs $base[2] (maxerror $maxdiff)");
eval q{$text = "A\xA1\xA2\x01\x1F\x{0100}A"};
- okx(i_t1_text($backgr, 10, 220, $bgcolor, $fnum, 32, $text, 0, 1, 0, "uso"),
- "more complex output");
- }
- else {
- skipx(5, "perl too old to test native UTF8 support");
+ ok(i_t1_text($backgr, 10, 220, $bgcolor, $fnum, 32, $text, 0, 1, 0, "uso"),
+ "more complex output");
}
open(FH,">testout/t30t1font2.ppm") || die "cannot open testout/t35t1font.ppm\n";
close(FH);
my $rc=i_t1_destroy($fnum);
- unless (okx($rc >= 0, "i_t1_destroy")) {
+ unless (ok($rc >= 0, "i_t1_destroy")) {
print "# i_t1_destroy failed: rc=$rc\n";
}
print "# debug: ",join(" x ",i_t1_bbox(0,50,"eses",4) ),"\n";
print "# debug: ",join(" x ",i_t1_bbox(0,50,"llll",4) ),"\n";
- unlink "t1lib.log"; # lose it if it exists
- init(t1log=>0);
- okx(!-e("t1lib.log"), "disable t1log");
- init(t1log=>1);
- okx(-e("t1lib.log"), "enable t1log");
- init(t1log=>0);
- unlink "t1lib.log";
-
# character existance tests - uses the special ExistenceTest font
my $exists_font = 'fontfiles/ExistenceTest.pfb';
my $exists_afm = 'fontfiles/ExistenceText.afm';
-e $exists_font or die;
my $font_num = Imager::i_t1_new($exists_font, $exists_afm);
- if (okx($font_num >= 0, 'loading test font')) {
+ SKIP: {
+ ok($font_num >= 0, 'loading test font')
+ or skip('Could not load test font', 6);
# first the list interface
my @exists = Imager::i_t1_has_chars($font_num, "!A");
- okx(@exists == 2, "return count from has_chars");
- okx($exists[0], "we have an exclamation mark");
- okx(!$exists[1], "we have no uppercase A");
+ is(@exists, 2, "return count from has_chars");
+ ok($exists[0], "we have an exclamation mark");
+ ok(!$exists[1], "we have no uppercase A");
# then the scalar interface
my $exists = Imager::i_t1_has_chars($font_num, "!A");
- okx(length($exists) == 2, "return scalar length");
- okx(ord(substr($exists, 0, 1)), "we have an exclamation mark");
- okx(!ord(substr($exists, 1, 1)), "we have no upper-case A");
- }
- else {
- skipx(6, 'Could not load test font');
+ is(length($exists), 2, "return scalar length");
+ ok(ord(substr($exists, 0, 1)), "we have an exclamation mark");
+ ok(!ord(substr($exists, 1, 1)), "we have no upper-case A");
+ i_t1_destroy($font_num);
}
my $font = Imager::Font->new(file=>$exists_font, type=>'t1');
- if (okx($font, "loaded OO font")) {
+ SKIP:
+ {
+ ok($font, "loaded OO font")
+ or skip("Could not load test font", 24);
my @exists = $font->has_chars(string=>"!A");
- okx(@exists == 2, "return count from has_chars");
- okx($exists[0], "we have an exclamation mark");
- okx(!$exists[1], "we have no uppercase A");
+ is(@exists, 2, "return count from has_chars");
+ ok($exists[0], "we have an exclamation mark");
+ ok(!$exists[1], "we have no uppercase A");
# then the scalar interface
my $exists = $font->has_chars(string=>"!A");
- okx(length($exists) == 2, "return scalar length");
- okx(ord(substr($exists, 0, 1)), "we have an exclamation mark");
- okx(!ord(substr($exists, 1, 1)), "we have no upper-case A");
+ is(length($exists), 2, "return scalar length");
+ ok(ord(substr($exists, 0, 1)), "we have an exclamation mark");
+ ok(!ord(substr($exists, 1, 1)), "we have no upper-case A");
# check the advance width
my @bbox = $font->bounding_box(string=>'/', size=>100);
print "# @bbox\n";
- okx($bbox[2] != $bbox[5], "different advance to pos_width");
+ isnt($bbox[2], $bbox[5], "different advance to pos_width");
# names
my $face_name = Imager::i_t1_face_name($font->{id});
print "# face $face_name\n";
- okx($face_name eq 'ExistenceTest', "face name");
+ is($face_name, 'ExistenceTest', "face name");
$face_name = $font->face_name;
- okx($face_name eq 'ExistenceTest', "face name");
+ is($face_name, 'ExistenceTest', "face name");
my @glyph_names = $font->glyph_names(string=>"!J/");
- isx($glyph_names[0], 'exclam', "check exclam name OO");
- okx(!defined($glyph_names[1]), "check for no J name OO");
- isx($glyph_names[2], 'slash', "check slash name OO");
+ is($glyph_names[0], 'exclam', "check exclam name OO");
+ ok(!defined($glyph_names[1]), "check for no J name OO");
+ is($glyph_names[2], 'slash', "check slash name OO");
# this character chosen since when it's truncated to one byte it
# becomes 0x21 or '!' which the font does define
my $text = pack("C*", 0xE2, 0x80, 0xA1); # "\x{2021}" as utf-8
@glyph_names = $font->glyph_names(string=>$text, utf8=>1);
- isx($glyph_names[0], undef, "expect no glyph_name for \\x{20A1}");
+ is($glyph_names[0], undef, "expect no glyph_name for \\x{20A1}");
# make sure a missing string parameter is handled correctly
eval {
$font->glyph_names();
};
- isx($@, "", "correct error handling");
- matchx(Imager->errstr, qr/no string parameter/, "error message");
+ is($@, "", "correct error handling");
+ cmp_ok(Imager->errstr, '=~', qr/no string parameter/, "error message");
+
+ # test extended bounding box results
+ # the test font is known to have a shorter advance width for that char
+ @bbox = $font->bounding_box(string=>"/", size=>100);
+ is(@bbox, 8, "should be 8 entries");
+ isnt($bbox[6], $bbox[2], "different advance width");
+ my $bbox = $font->bounding_box(string=>"/", size=>100);
+ cmp_ok($bbox->pos_width, '>', $bbox->advance_width, "OO check");
+
+ cmp_ok($bbox->right_bearing, '<', 0, "check right bearing");
+
+ cmp_ok($bbox->display_width, '>', $bbox->advance_width,
+ "check display width (roughly)");
+
+ # check with a char that fits inside the box
+ $bbox = $font->bounding_box(string=>"!", size=>100);
+ print "# pos width ", $bbox->pos_width, "\n";
+
+ # they aren't the same historically for the type 1 driver
+ isnt($bbox->pos_width, $bbox->advance_width,
+ "check backwards compatibility");
+ cmp_ok($bbox->left_bearing, '>', 0, "left bearing positive");
+ cmp_ok($bbox->right_bearing, '>', 0, "right bearing positive");
+ cmp_ok($bbox->display_width, '<', $bbox->advance_width,
+ "display smaller than advance");
+ }
+
+ SKIP:
+ { print "# alignment tests\n";
+ my $font = Imager::Font->new(file=>$deffont, type=>'t1');
+ ok($font, "loaded deffont OO")
+ or skip("could not load font:".Imager->errstr, 4);
+ my $im = Imager->new(xsize=>140, ysize=>150);
+ my %common =
+ (
+ font=>$font,
+ size=>40,
+ aa=>1,
+ );
+ $im->line(x1=>0, y1=>40, x2=>139, y2=>40, color=>'blue');
+ $im->line(x1=>0, y1=>90, x2=>139, y2=>90, color=>'blue');
+ $im->line(x1=>0, y1=>110, x2=>139, y2=>110, color=>'blue');
+ for my $args ([ x=>5, text=>"A", color=>"white" ],
+ [ x=>40, text=>"y", color=>"white" ],
+ [ x=>75, text=>"A", channel=>1 ],
+ [ x=>110, text=>"y", channel=>1 ]) {
+ ok($im->string(%common, @$args, 'y'=>40), "A no alignment");
+ ok($im->string(%common, @$args, 'y'=>90, align=>1), "A align=1");
+ ok($im->string(%common, @$args, 'y'=>110, align=>0), "A align=0");
+ }
+ ok($im->write(file=>'testout/t30align.ppm'), "save align image");
+ }
+
+ SKIP:
+ {
+ # see http://rt.cpan.org/Ticket/Display.html?id=20555
+ print "# bounding box around spaces\n";
+ # SpaceTest contains 3 characters, space, ! and .undef
+ # only characters that define character zero seem to illustrate
+ # the problem we had with spaces
+ my $space_fontfile = "fontfiles/SpaceTest.pfb";
+ my $font = Imager::Font->new(file => $space_fontfile, type => 't1');
+ ok($font, "loaded $deffont")
+ or skip("failed to load $deffont" . Imager->errstr, 13);
+ my $bbox = $font->bounding_box(string => "", size => 36);
+ print "# empty string bbox: @$bbox\n";
+ is($bbox->start_offset, 0, "empty string start_offset");
+ is($bbox->end_offset, 0, "empty string end_offset");
+ is($bbox->advance_width, 0, "empty string advance_width");
+ is($bbox->ascent, 0, "empty string ascent");
+ is($bbox->descent, 0, "empty string descent");
+
+ # a single space
+ my $bbox_space = $font->bounding_box(string => " ", size => 36);
+ print "# space bbox: @$bbox_space\n";
+ is($bbox_space->start_offset, 0, "single space start_offset");
+ is($bbox_space->end_offset, $bbox_space->advance_width,
+ "single space end_offset");
+ cmp_ok($bbox_space->ascent, '>=', $bbox_space->descent,
+ "single space ascent/descent");
+
+ my $bbox_bang = $font->bounding_box(string => "!", size => 36);
+ print "# '!' bbox: @$bbox_bang\n";
+
+ # space ! space
+ my $bbox_spbangsp = $font->bounding_box(string => " ! ", size => 36);
+ print "# ' ! ' bbox: @$bbox_spbangsp\n";
+ my $exp_advance = $bbox_bang->advance_width + 2 * $bbox_space->advance_width;
+ is($bbox_spbangsp->advance_width, $exp_advance, "sp ! sp advance_width");
+ is($bbox_spbangsp->start_offset, 0, "sp ! sp start_offset");
+ is($bbox_spbangsp->end_offset, $exp_advance, "sp ! sp end_offset");
}
- else {
- skipx(15, "Could not load test font");
+
+ SKIP:
+ { # http://rt.cpan.org/Ticket/Display.html?id=20554
+ # this is "A\xA1\x{2010}A"
+ # the t1 driver is meant to ignore any UTF8 characters over 0xff
+ print "# issue 20554\n";
+ my $text = pack("C*", 0x41, 0xC2, 0xA1, 0xE2, 0x80, 0x90, 0x41);
+ my $tran_text = "A\xA1A";
+ my $font = Imager::Font->new(file => 'fontfiles/dcr10.pfb', type => 't1');
+ $font
+ or skip("cannot load font fontfiles/fcr10.pfb:".Imager->errstr, 1);
+ my $bbox_utf8 = $font->bounding_box(string => $text, utf8 => 1, size => 36);
+ my $bbox_tran = $font->bounding_box(string => $tran_text, size => 36);
+ is($bbox_utf8->advance_width, $bbox_tran->advance_width,
+ "advance widths should match");
+ }
+ { # string output cut off at NUL ('\0')
+ # https://rt.cpan.org/Ticket/Display.html?id=21770 cont'd
+ my $font = Imager::Font->new(file => 'fontfiles/dcr10.pfb', type => 't1');
+ ok($font, "loaded dcr10.pfb");
+
+ diff_text_with_nul("a\\0b vs a", "a\0b", "a",
+ font => $font, color => '#FFFFFF');
+ diff_text_with_nul("a\\0b vs a", "a\0b", "a",
+ font => $font, channel => 1);
+
+ # UTF8 encoded \xBF
+ my $pound = pack("C*", 0xC2, 0xBF);
+ diff_text_with_nul("utf8 pound\0pound vs pound", "$pound\0$pound", $pound,
+ font => $font, color => '#FFFFFF', utf8 => 1);
+ diff_text_with_nul("utf8 dash\0dash vs dash", "$pound\0$pound", $pound,
+ font => $font, channel => 1, utf8 => 1);
+
+ }
+
+ { # RT 11972
+ # when rendering to a transparent image the coverage should be
+ # expressed in terms of the alpha channel rather than the color
+ my $font = Imager::Font->new(file=>'fontfiles/dcr10.pfb', type=>'t1');
+ my $im = Imager->new(xsize => 40, ysize => 20, channels => 4);
+ ok($im->string(string => "AB", size => 20, aa => 2, color => '#F00',
+ x => 0, y => 15, font => $font),
+ "draw to transparent image");
+ my $im_noalpha = $im->convert(preset => 'noalpha');
+ my $im_pal = $im->to_paletted(make_colors => 'mediancut');
+ my @colors = $im_pal->getcolors;
+ is(@colors, 2, "should be only 2 colors");
+ @colors = sort { ($a->rgba)[0] <=> ($b->rgba)[0] } @colors;
+ is_color3($colors[0], 0, 0, 0, "check we got black");
+ is_color3($colors[1], 255, 0, 0, "and red");
+ }
+
+ SKIP:
+ { # RT 60509
+ # checks that a c:foo or c:\foo path is handled correctly on win32
+ my $type = "t1";
+ $^O eq "MSWin32" || $^O eq "cygwin"
+ or skip("only for win32", 2);
+ my $dir = getcwd
+ or skip("Cannot get cwd", 2);
+ if ($^O eq "cygwin") {
+ $dir = Cygwin::posix_to_win_path($dir);
+ }
+ my $abs_path = abs_path($deffont);
+ my $font = Imager::Font->new(file => $abs_path, type => $type);
+ ok($font, "found font by absolute path")
+ or print "# path $abs_path\n";
+ undef $font;
+
+ $^O eq "cygwin"
+ and skip("cygwin doesn't support drive relative DOSsish paths", 1);
+ my ($drive) = $dir =~ /^([a-z]:)/i
+ or skip("cwd has no drive letter", 2);
+ my $drive_path = $drive . $deffont;
+ $font = Imager::Font->new(file => $drive_path, type => $type);
+ ok($font, "found font by drive relative path")
+ or print "# path $drive_path\n";
}
}
projects / imager.git / blobdiff