package main;
-our $test = 0;
$| = 1;
-use Test::More tests=>498;
-
-sub test {
- $test++;
- if (@_ > 1) {
- my $comment = "";
- $comment = " # " . $_ [2] if @_ > 2;
- if ($_[0] eq $_[1]) {
- print "ok $test$comment\n";
- return 1;
- } else {
- $comment .= ": '$_[0]' ne '$_[1]'";
- print "not ok $test$comment\n";
- return 0;
- }
- } else {
- if (shift) {
- print "ok $test\n";
- return 1;
- } else {
- print "not ok $test\n";
- return 0;
- }
- }
-}
+use Test::More tests => 509;
+
$a = new Oscalar "087";
$b= "$a";
-# All test numbers in comments are off by 1.
-# So much for hard-wiring them in :-) To fix this:
-test(1); # 1
-
-test ($b eq $a); # 2
-test ($b eq "087"); # 3
-test (ref $a eq "Oscalar"); # 4
-test ($a eq $a); # 5
-test ($a eq "087"); # 6
+is($b, $a);
+is($b, "087");
+is(ref $a, "Oscalar");
+is($a, $a);
+is($a, "087");
$c = $a + 7;
-test (ref $c eq "Oscalar"); # 7
-test (!($c eq $a)); # 8
-test ($c eq "94"); # 9
+is(ref $c, "Oscalar");
+isnt($c, $a);
+is($c, "94");
$b=$a;
-test (ref $a eq "Oscalar"); # 10
+is(ref $a, "Oscalar");
$b++;
-test (ref $b eq "Oscalar"); # 11
-test ( $a eq "087"); # 12
-test ( $b eq "88"); # 13
-test (ref $a eq "Oscalar"); # 14
+is(ref $b, "Oscalar");
+is($a, "087");
+is($b, "88");
+is(ref $a, "Oscalar");
$c=$b;
$c-=$a;
-test (ref $c eq "Oscalar"); # 15
-test ( $a eq "087"); # 16
-test ( $c eq "1"); # 17
-test (ref $a eq "Oscalar"); # 18
+is(ref $c, "Oscalar");
+is($a, "087");
+is($c, "1");
+is(ref $a, "Oscalar");
$b=1;
$b+=$a;
-test (ref $b eq "Oscalar"); # 19
-test ( $a eq "087"); # 20
-test ( $b eq "88"); # 21
-test (ref $a eq "Oscalar"); # 22
+is(ref $b, "Oscalar");
+is($a, "087");
+is($b, "88");
+is(ref $a, "Oscalar");
eval q[ package Oscalar; use overload ('++' => sub { $ {$_[0]}++;$_[0] } ) ];
$b=$a;
-test (ref $a eq "Oscalar"); # 23
+is(ref $a, "Oscalar");
$b++;
-test (ref $b eq "Oscalar"); # 24
-test ( $a eq "087"); # 25
-test ( $b eq "88"); # 26
-test (ref $a eq "Oscalar"); # 27
+is(ref $b, "Oscalar");
+is($a, "087");
+is($b, "88");
+is(ref $a, "Oscalar");
package Oscalar;
$dummy=bless \$dummy; # Now cache of method should be reloaded
$b=$a;
$b++;
-test (ref $b eq "Oscalar"); # 28
-test ( $a eq "087"); # 29
-test ( $b eq "88"); # 30
-test (ref $a eq "Oscalar"); # 31
+is(ref $b, "Oscalar");
+is($a, "087");
+is($b, "88");
+is(ref $a, "Oscalar");
undef $b; # Destroying updates tables too...
$b=$a;
-test (ref $a eq "Oscalar"); # 32
+is(ref $a, "Oscalar");
$b++;
-test (ref $b eq "Oscalar"); # 33
-test ( $a eq "087"); # 34
-test ( $b eq "88"); # 35
-test (ref $a eq "Oscalar"); # 36
+is(ref $b, "Oscalar");
+is($a, "087");
+is($b, "88");
+is(ref $a, "Oscalar");
package Oscalar;
$dummy=bless \$dummy; # Now cache of method should be reloaded
$b++;
-test (ref $b eq "Oscalar"); # 37
-test ( $a eq "087"); # 38
-test ( $b eq "90"); # 39
-test (ref $a eq "Oscalar"); # 40
+is(ref $b, "Oscalar");
+is($a, "087");
+is($b, "90");
+is(ref $a, "Oscalar");
$b=$a;
$b++;
-test (ref $b eq "Oscalar"); # 41
-test ( $a eq "087"); # 42
-test ( $b eq "89"); # 43
-test (ref $a eq "Oscalar"); # 44
+is(ref $b, "Oscalar");
+is($a, "087");
+is($b, "89");
+is(ref $a, "Oscalar");
-test ($b? 1:0); # 45
+ok($b? 1:0);
eval q[ package Oscalar; use overload ('=' => sub {$main::copies++;
package Oscalar;
$b=new Oscalar "$a";
-test (ref $b eq "Oscalar"); # 46
-test ( $a eq "087"); # 47
-test ( $b eq "087"); # 48
-test (ref $a eq "Oscalar"); # 49
+is(ref $b, "Oscalar");
+is($a, "087");
+is($b, "087");
+is(ref $a, "Oscalar");
$b++;
-test (ref $b eq "Oscalar"); # 50
-test ( $a eq "087"); # 51
-test ( $b eq "89"); # 52
-test (ref $a eq "Oscalar"); # 53
-test ($copies == 0); # 54
+is(ref $b, "Oscalar");
+is($a, "087");
+is($b, "89");
+is(ref $a, "Oscalar");
+is($copies, undef);
$b+=1;
-test (ref $b eq "Oscalar"); # 55
-test ( $a eq "087"); # 56
-test ( $b eq "90"); # 57
-test (ref $a eq "Oscalar"); # 58
-test ($copies == 0); # 59
+is(ref $b, "Oscalar");
+is($a, "087");
+is($b, "90");
+is(ref $a, "Oscalar");
+is($copies, undef);
$b=$a;
$b+=1;
-test (ref $b eq "Oscalar"); # 60
-test ( $a eq "087"); # 61
-test ( $b eq "88"); # 62
-test (ref $a eq "Oscalar"); # 63
-test ($copies == 0); # 64
+is(ref $b, "Oscalar");
+is($a, "087");
+is($b, "88");
+is(ref $a, "Oscalar");
+is($copies, undef);
$b=$a;
$b++;
-test (ref $b eq "Oscalar") || print ref $b,"=ref(b)\n"; # 65
-test ( $a eq "087"); # 66
-test ( $b eq "89"); # 67
-test (ref $a eq "Oscalar"); # 68
-test ($copies == 1); # 69
+is(ref $b, "Oscalar");
+is($a, "087");
+is($b, "89");
+is(ref $a, "Oscalar");
+is($copies, 1);
eval q[package Oscalar; use overload ('+=' => sub {$ {$_[0]} += 3*$_[1];
$_[0] } ) ];
$b=$a;
$b+=1;
-test (ref $b eq "Oscalar"); # 70
-test ( $a eq "087"); # 71
-test ( $b eq "90"); # 72
-test (ref $a eq "Oscalar"); # 73
-test ($copies == 2); # 74
+is(ref $b, "Oscalar");
+is($a, "087");
+is($b, "90");
+is(ref $a, "Oscalar");
+is($copies, 2);
$b+=$b;
-test (ref $b eq "Oscalar"); # 75
-test ( $b eq "360"); # 76
-test ($copies == 2); # 77
+is(ref $b, "Oscalar");
+is($b, "360");
+is($copies, 2);
$b=-$b;
-test (ref $b eq "Oscalar"); # 78
-test ( $b eq "-360"); # 79
-test ($copies == 2); # 80
+is(ref $b, "Oscalar");
+is($b, "-360");
+is($copies, 2);
$b=abs($b);
-test (ref $b eq "Oscalar"); # 81
-test ( $b eq "360"); # 82
-test ($copies == 2); # 83
+is(ref $b, "Oscalar");
+is($b, "360");
+is($copies, 2);
$b=abs($b);
-test (ref $b eq "Oscalar"); # 84
-test ( $b eq "360"); # 85
-test ($copies == 2); # 86
+is(ref $b, "Oscalar");
+is($b, "360");
+is($copies, 2);
eval q[package Oscalar;
use overload ('x' => sub {new Oscalar ( $_[2] ? "_.$_[1]._" x $ {$_[0]}
$a=new Oscalar "yy";
$a x= 3;
-test ($a eq "_.yy.__.yy.__.yy._"); # 87
+is($a, "_.yy.__.yy.__.yy._");
eval q[package Oscalar;
use overload ('.' => sub {new Oscalar ( $_[2] ?
$a=new Oscalar "xx";
-test ("b${a}c" eq "_._.b.__.xx._.__.c._"); # 88
+is("b${a}c", "_._.b.__.xx._.__.c._");
# Check inheritance of overloading;
{
}
$aI = new OscalarI "$a";
-test (ref $aI eq "OscalarI"); # 89
-test ("$aI" eq "xx"); # 90
-test ($aI eq "xx"); # 91
-test ("b${aI}c" eq "_._.b.__.xx._.__.c._"); # 92
+is(ref $aI, "OscalarI");
+is("$aI", "xx");
+is($aI, "xx");
+is("b${aI}c", "_._.b.__.xx._.__.c._");
# Here we test blessing to a package updates hash
eval "package Oscalar; no overload '.'";
-test ("b${a}" eq "_.b.__.xx._"); # 93
+is("b${a}", "_.b.__.xx._");
$x="1";
bless \$x, Oscalar;
-test ("b${a}c" eq "bxxc"); # 94
+is("b${a}c", "bxxc");
new Oscalar 1;
-test ("b${a}c" eq "bxxc"); # 95
+is("b${a}c", "bxxc");
# Negative overloading:
$na = eval { ~$a };
-test($@ =~ /no method found/); # 96
+like($@, qr/no method found/);
# Check AUTOLOADING:
eval "package Oscalar; sub comple; use overload '~' => 'comple'";
$na = eval { ~$a }; # Hash was not updated
-test($@ =~ /no method found/); # 97
+like($@, qr/no method found/);
bless \$x, Oscalar;
$na = eval { ~$a }; # Hash updated
warn "`$na', $@" if $@;
-test !$@; # 98
-test($na eq '_!_xx_!_'); # 99
+ok !$@;
+is($na, '_!_xx_!_');
$na = 0;
$na = eval { ~$aI }; # Hash was not updated
-test($@ =~ /no method found/); # 100
+like($@, qr/no method found/);
bless \$x, OscalarI;
$na = eval { ~$aI };
print $@;
-test !$@; # 101
-test($na eq '_!_xx_!_'); # 102
+ok(!$@);
+is($na, '_!_xx_!_');
eval "package Oscalar; sub rshft; use overload '>>' => 'rshft'";
$na = eval { $aI >> 1 }; # Hash was not updated
-test($@ =~ /no method found/); # 103
+like($@, qr/no method found/);
bless \$x, OscalarI;
$na = eval { $aI >> 1 };
print $@;
-test !$@; # 104
-test($na eq '_!_xx_!_'); # 105
+ok(!$@);
+is($na, '_!_xx_!_');
# warn overload::Method($a, '0+'), "\n";
-test (overload::Method($a, '0+') eq \&Oscalar::numify); # 106
-test (overload::Method($aI,'0+') eq \&Oscalar::numify); # 107
-test (overload::Overloaded($aI)); # 108
-test (!overload::Overloaded('overload')); # 109
+is(overload::Method($a, '0+'), \&Oscalar::numify);
+is(overload::Method($aI,'0+'), \&Oscalar::numify);
+ok(overload::Overloaded($aI));
+ok(!overload::Overloaded('overload'));
-test (! defined overload::Method($aI, '<<')); # 110
-test (! defined overload::Method($a, '<')); # 111
+ok(! defined overload::Method($aI, '<<'));
+ok(! defined overload::Method($a, '<'));
-test (overload::StrVal($aI) =~ /^OscalarI=SCALAR\(0x[\da-fA-F]+\)$/); # 112
-test (overload::StrVal(\$aI) eq "@{[\$aI]}"); # 113
+like (overload::StrVal($aI), qr/^OscalarI=SCALAR\(0x[\da-fA-F]+\)$/);
+is(overload::StrVal(\$aI), "@{[\$aI]}");
# Check overloading by methods (specified deep in the ISA tree).
{
$aII = \$aaII;
bless $aII, 'OscalarII';
bless \$fake, 'OscalarI'; # update the hash
-test(($aI | 3) eq '_<<_xx_<<_'); # 114
+is(($aI | 3), '_<<_xx_<<_');
# warn $aII << 3;
-test(($aII << 3) eq '_<<_087_<<_'); # 115
+is(($aII << 3), '_<<_087_<<_');
{
BEGIN { $int = 7; overload::constant 'integer' => sub {$int++; shift}; }
$out = 2**10;
}
-test($int, 9); # 116
-test($out, 1024); # 117
+is($int, 9);
+is($out, 1024);
$foo = 'foo';
$foo1 = 'f\'o\\o';
/b\b$foo.\./;
}
-test($out, 'foo'); # 118
-test($out, $foo); # 119
-test($out1, 'f\'o\\o'); # 120
-test($out1, $foo1); # 121
-test($out2, "a\afoo,\,"); # 122
-test("@q", "foo q f'o\\\\o q a\\a qq ,\\, qq"); # 123
-test($q, 11); # 124
-test("@qr", "b\\b qq .\\. qq"); # 125
-test($qr, 9); # 126
+is($out, 'foo');
+is($out, $foo);
+is($out1, 'f\'o\\o');
+is($out1, $foo1);
+is($out2, "a\afoo,\,");
+is("@q", "foo q f'o\\\\o q a\\a qq ,\\, qq");
+is($q, 11);
+is("@qr", "b\\b qq .\\. qq");
+is($qr, 9);
{
$_ = '!<b>!foo!<-.>!';
tr/A-Z/a-z/;
}
-test($out, '_<foo>_'); # 117
-test($out1, '_<f\'o\\o>_'); # 128
-test($out2, "_<a\a>_foo_<,\,>_"); # 129
-test("@q1", "foo q f'o\\\\o q a\\a qq ,\\, qq oups
+is($out, '_<foo>_');
+is($out1, '_<f\'o\\o>_');
+is($out2, "_<a\a>_foo_<,\,>_");
+is("@q1", "foo q f'o\\\\o q a\\a qq ,\\, qq oups
qq oups1
- q second part q tail here s A-Z tr a-z tr"); # 130
-test("@qr1", "b\\b qq .\\. qq try it q first part q yet another qq"); # 131
-test($res, 1); # 132
-test($a, "_<oups
->_"); # 133
-test($b, "_<oups1
->_"); # 134
-test($c, "bareword"); # 135
+ q second part q tail here s A-Z tr a-z tr");
+is("@qr1", "b\\b qq .\\. qq try it q first part q yet another qq");
+is($res, 1);
+is($a, "_<oups
+>_");
+is($b, "_<oups1
+>_");
+is($c, "bareword");
{
package symbolic; # Primitive symbolic calculator
{
my $foo = new symbolic 11;
my $baz = $foo++;
- test( (sprintf "%d", $foo), '12');
- test( (sprintf "%d", $baz), '11');
+ is((sprintf "%d", $foo), '12');
+ is((sprintf "%d", $baz), '11');
my $bar = $foo;
$baz = ++$foo;
- test( (sprintf "%d", $foo), '13');
- test( (sprintf "%d", $bar), '12');
- test( (sprintf "%d", $baz), '13');
+ is((sprintf "%d", $foo), '13');
+ is((sprintf "%d", $bar), '12');
+ is((sprintf "%d", $baz), '13');
my $ban = $foo;
$baz = ($foo += 1);
- test( (sprintf "%d", $foo), '14');
- test( (sprintf "%d", $bar), '12');
- test( (sprintf "%d", $baz), '14');
- test( (sprintf "%d", $ban), '13');
+ is((sprintf "%d", $foo), '14');
+ is((sprintf "%d", $bar), '12');
+ is((sprintf "%d", $baz), '14');
+ is((sprintf "%d", $ban), '13');
$baz = 0;
$baz = $foo++;
- test( (sprintf "%d", $foo), '15');
- test( (sprintf "%d", $baz), '14');
- test( "$foo", '[++ [+= [++ [++ [n 11] 1] 1] 1] 1]');
+ is((sprintf "%d", $foo), '15');
+ is((sprintf "%d", $baz), '14');
+ is("$foo", '[++ [+= [++ [++ [n 11] 1] 1] 1] 1]');
}
{
$side = (sqrt(1 + $side**2) - 1)/$side;
}
my $pi = $side*(2**($iter+2));
- test "$side", '[/ [- [sqrt [+ 1 [** [/ [- [sqrt [+ 1 [** [n 1] 2]]] 1] [n 1]] 2]]] 1] [/ [- [sqrt [+ 1 [** [n 1] 2]]] 1] [n 1]]]';
- test( (sprintf "%f", $pi), '3.182598');
+ is("$side", '[/ [- [sqrt [+ 1 [** [/ [- [sqrt [+ 1 [** [n 1] 2]]] 1] [n 1]] 2]]] 1] [/ [- [sqrt [+ 1 [** [n 1] 2]]] 1] [n 1]]]');
+ is((sprintf "%f", $pi), '3.182598');
}
{
$side = (sqrt(1 + $side**2) - 1)/$side;
}
my $pi = $side*(2**($iter+2));
- test "$side", '[/ [- [sqrt [+ 1 [** [/ [- [sqrt [+ 1 [** [n 1] 2]]] 1] [n 1]] 2]]] 1] [/ [- [sqrt [+ 1 [** [n 1] 2]]] 1] [n 1]]]';
- test( (sprintf "%f", $pi), '3.182598');
+ is("$side", '[/ [- [sqrt [+ 1 [** [/ [- [sqrt [+ 1 [** [n 1] 2]]] 1] [n 1]] 2]]] 1] [/ [- [sqrt [+ 1 [** [n 1] 2]]] 1] [n 1]]]');
+ is((sprintf "%f", $pi), '3.182598');
}
{
symbolic->vars($a, $b);
my $c = sqrt($a**2 + $b**2);
$a = 3; $b = 4;
- test( (sprintf "%d", $c), '5');
+ is((sprintf "%d", $c), '5');
$a = 12; $b = 5;
- test( (sprintf "%d", $c), '13');
+ is((sprintf "%d", $c), '13');
}
{
{
my $foo = new symbolic1 11;
my $baz = $foo++;
- test( (sprintf "%d", $foo), '12');
- test( (sprintf "%d", $baz), '11');
+ is((sprintf "%d", $foo), '12');
+ is((sprintf "%d", $baz), '11');
my $bar = $foo;
$baz = ++$foo;
- test( (sprintf "%d", $foo), '13');
- test( (sprintf "%d", $bar), '12');
- test( (sprintf "%d", $baz), '13');
+ is((sprintf "%d", $foo), '13');
+ is((sprintf "%d", $bar), '12');
+ is((sprintf "%d", $baz), '13');
my $ban = $foo;
$baz = ($foo += 1);
- test( (sprintf "%d", $foo), '14');
- test( (sprintf "%d", $bar), '12');
- test( (sprintf "%d", $baz), '14');
- test( (sprintf "%d", $ban), '13');
+ is((sprintf "%d", $foo), '14');
+ is((sprintf "%d", $bar), '12');
+ is((sprintf "%d", $baz), '14');
+ is((sprintf "%d", $ban), '13');
$baz = 0;
$baz = $foo++;
- test( (sprintf "%d", $foo), '15');
- test( (sprintf "%d", $baz), '14');
- test( "$foo", '[++ [+= [++ [++ [n 11] 1] 1] 1] 1]');
+ is((sprintf "%d", $foo), '15');
+ is((sprintf "%d", $baz), '14');
+ is("$foo", '[++ [+= [++ [++ [n 11] 1] 1] 1] 1]');
}
{
$side = (sqrt(1 + $side**2) - 1)/$side;
}
my $pi = $side*(2**($iter+2));
- test "$side", '[/ [- [sqrt [+ 1 [** [/ [- [sqrt [+ 1 [** [n 1] 2]]] 1] [n 1]] 2]]] 1] [/ [- [sqrt [+ 1 [** [n 1] 2]]] 1] [n 1]]]';
- test( (sprintf "%f", $pi), '3.182598');
+ is("$side", '[/ [- [sqrt [+ 1 [** [/ [- [sqrt [+ 1 [** [n 1] 2]]] 1] [n 1]] 2]]] 1] [/ [- [sqrt [+ 1 [** [n 1] 2]]] 1] [n 1]]]');
+ is((sprintf "%f", $pi), '3.182598');
}
{
$side = (sqrt(1 + $side**2) - 1)/$side;
}
my $pi = $side*(2**($iter+2));
- test "$side", '[/ [- [sqrt [+ 1 [** [/ [- [sqrt [+ 1 [** [n 1] 2]]] 1] [n 1]] 2]]] 1] [/ [- [sqrt [+ 1 [** [n 1] 2]]] 1] [n 1]]]';
- test( (sprintf "%f", $pi), '3.182598');
+ is("$side", '[/ [- [sqrt [+ 1 [** [/ [- [sqrt [+ 1 [** [n 1] 2]]] 1] [n 1]] 2]]] 1] [/ [- [sqrt [+ 1 [** [n 1] 2]]] 1] [n 1]]]');
+ is((sprintf "%f", $pi), '3.182598');
}
{
symbolic1->vars($a, $b);
my $c = sqrt($a**2 + $b**2);
$a = 3; $b = 4;
- test( (sprintf "%d", $c), '5');
+ is((sprintf "%d", $c), '5');
$a = 12; $b = 5;
- test( (sprintf "%d", $c), '13');
+ is((sprintf "%d", $c), '13');
}
{
{
my $seven = new two_face ("vii", 7);
- test( (sprintf "seven=$seven, seven=%d, eight=%d", $seven, $seven+1),
+ is((sprintf "seven=$seven, seven=%d, eight=%d", $seven, $seven+1),
'seven=vii, seven=7, eight=8');
- test( scalar ($seven =~ /i/), '1')
+ is(scalar ($seven =~ /i/), '1');
}
{
- my $Test = Test::Builder->new;
- $Test->current_test(173);
-}
-{
package sorting;
use overload 'cmp' => \∁
sub new { my ($p, $v) = @_; bless \$v, $p }
BEGIN { overload::constant integer => sub { 23 } }
is(eval "17", $twenty_three);
}
+
+{
+ package Sklorsh;
+ use overload
+ bool => sub { shift->is_cool };
+
+ sub is_cool {
+ $_[0]->{name} eq 'cool';
+ }
+
+ sub delete {
+ undef %{$_[0]};
+ bless $_[0], 'Brap';
+ return 1;
+ }
+
+ sub delete_with_self {
+ my $self = shift;
+ undef %$self;
+ bless $self, 'Brap';
+ return 1;
+ }
+
+ package Brap;
+
+ 1;
+
+ package main;
+
+ my $obj;
+ $obj = bless {name => 'cool'}, 'Sklorsh';
+ $obj->delete;
+ ok(eval {if ($obj) {1}; 1}, $@ || 'reblessed into nonexist namespace');
+
+ $obj = bless {name => 'cool'}, 'Sklorsh';
+ $obj->delete_with_self;
+ ok (eval {if ($obj) {1}; 1}, $@);
+
+ my $a = $b = {name => 'hot'};
+ bless $b, 'Sklorsh';
+ is(ref $a, 'Sklorsh');
+ is(ref $b, 'Sklorsh');
+ ok(!$b, "Expect overloaded boolean");
+ ok(!$a, "Expect overloaded boolean");
+}
+{
+ use Scalar::Util 'weaken';
+
+ package Shklitza;
+ use overload '""' => sub {"CLiK KLAK"};
+
+ package Ksshfwoom;
+
+ package main;
+
+ my ($obj, $ref);
+ $obj = bless do {my $a; \$a}, 'Shklitza';
+ $ref = $obj;
+
+ is ($obj, "CLiK KLAK");
+ is ($ref, "CLiK KLAK");
+
+ weaken $ref;
+ is ($ref, "CLiK KLAK");
+
+ bless $obj, 'Ksshfwoom';
+
+ like ($obj, qr/^Ksshfwoom=/);
+ like ($ref, qr/^Ksshfwoom=/);
+
+ undef $obj;
+ is ($ref, undef);
+}
projects / p5sagit/p5-mst-13.2.git / blobdiff