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|
#!/usr/bin/perl
# Formal unit tests for specific PPI::Token classes
sub warns_on_misplaced_underscore { $] >= 5.006 and $] < 5.008 }
use lib 't/lib';
use PPI::Test::pragmas;
use Test::More tests => 568 + (warns_on_misplaced_underscore() ? 2 : 0 ) + ($ENV{AUTHOR_TESTING} ? 1 : 0);
use File::Spec::Functions ':ALL';
use PPI;
use PPI::Test::Run;
#####################################################################
# Code/Dump Testing
PPI::Test::Run->run_testdir( catdir( 't', 'data', '07_token' ) );
#####################################################################
# PPI::Token::Number Unit Tests
SCOPE: {
my @examples = (
# code => base | '10f' | '10e'
'0' => 10,
'1' => 10,
'10' => 10,
'1_0' => 10,
'.0' => '10f',
'.0_0' => '10f',
'-.0' => '10f',
'0.' => '10f',
'0.0' => '10f',
'0.0_0' => '10f',
'1_0.' => '10f',
'.0e0' => '10e',
'-.0e0' => '10e',
'0.e1' => '10e',
'0.0e-1' => '10e',
'0.0e+1' => '10e',
'0.0e-10' => '10e',
'0.0e+10' => '10e',
'0.0e100' => '10e',
'1_0e1_0' => '10e',
'0b' => 2,
'0b0' => 2,
'0b10' => 2,
'0b1_0' => 2,
'00' => 8,
'01' => 8,
'010' => 8,
'01_0' => 8,
'0x' => 16,
'0x0' => 16,
'0x10' => 16,
'0x1_0' => 16,
'0.0.0' => 256,
'.0.0' => 256,
'127.0.0.1' => 256,
'1.1.1.1.1.1' => 256,
);
while ( @examples ) {
my $code = shift @examples;
my $base = shift @examples;
if ( $] >= 5.006 and $] < 5.008 and ($code eq '1_0e1_0' or $code eq '1_0' or $code eq '1_0.') ) {
SKIP: {
skip( 'Ignoring known-bad cases on Perl 5.6.2', 5 );
}
next;
}
my $exp = $base =~ s/e//;
my $float = $exp || $base =~ s/f//;
my $T = PPI::Tokenizer->new( \$code );
my $token = $T->get_token;
is("$token", $code, "'$code' is a single token");
is($token->base, $base, "base of '$code' is $base");
if ($float) {
ok($token->isa('PPI::Token::Number::Float'), "'$code' is ::Float");
} else {
ok(!$token->isa('PPI::Token::Number::Float'), "'$code' not ::Float");
}
if ($exp) {
ok($token->isa('PPI::Token::Number::Exp'), "'$code' is ::Exp");
} else {
ok(!$token->isa('PPI::Token::Number::Exp'), "'$code' not ::Exp");
}
if ($base != 256) {
$^W = 0;
my $literal;
if ( warns_on_misplaced_underscore() and $code =~ /^1_0[.]?$/ ) {
warning_is { $literal = eval $code } "Misplaced _ in number",
"$] warns about misplaced underscore";
} else {
$literal = eval $code;
}
if ($@) {
is($token->literal, undef, "literal('$code'), $@");
} else {
cmp_ok($token->literal, '==', $literal, "literal('$code')");
}
}
}
}
foreach my $code ( '1.0._0', '1.0.0.0_0' ) {
my $T = PPI::Tokenizer->new( \$code );
my $token = $T->get_token;
isnt("$token", $code, 'tokenize bad version');
}
foreach my $code ( '08', '09', '0778', '0779' ) {
my $T = PPI::Tokenizer->new( \$code );
my $token = $T->get_token;
isa_ok($token, 'PPI::Token::Number::Octal');
is("$token", $code, "tokenize bad octal '$code'");
ok($token->{_error} && $token->{_error} =~ m/octal/i,
'invalid octal number should trigger parse error');
is($token->literal, undef, "literal('$code') is undef");
}
BINARY: {
my @tests = (
# Good binary numbers
{ code => '0b0', error => 0, value => 0 },
{ code => '0b1', error => 0, value => 1 },
{ code => '0B1', error => 0, value => 1 },
{ code => '0b101', error => 0, value => 5 },
{ code => '0b1_1', error => 0, value => 3 },
{ code => '0b1__1', error => 0, value => 3 }, # perl warns, but parses it
{ code => '0b1__1_', error => 0, value => 3 }, # perl warns, but parses it
# Bad binary numbers
{ code => '0b2', error => 1, value => 0 },
{ code => '0B2', error => 1, value => 0 },
{ code => '0b012', error => 1, value => 0 },
{ code => '0B012', error => 1, value => 0 },
{ code => '0B0121', error => 1, value => 0 },
);
foreach my $test ( @tests ) {
my $code = $test->{code};
my $T = PPI::Tokenizer->new( \$code );
my $token = $T->get_token;
isa_ok($token, 'PPI::Token::Number::Binary');
if ( $test->{error} ) {
ok($token->{_error} && $token->{_error} =~ m/binary/i,
'invalid binary number should trigger parse error');
is($token->literal, undef, "literal('$code') is undef");
}
else {
ok(!$token->{_error}, "no error for '$code'");
is($token->literal, $test->{value}, "literal('$code') is $test->{value}");
}
is($token->content, $code, "parsed everything");
}
}
HEX: {
my @tests = (
# Good hex numbers--entire thing goes in the token
{ code => '0x0', parsed => '0x0', value => 0 },
{ code => '0X1', parsed => '0X1', value => 1 },
{ code => '0x1', parsed => '0x1', value => 1 },
{ code => '0x_1', parsed => '0x_1', value => 1 },
{ code => '0x__1', parsed => '0x__1', value => 1 }, # perl warns, but parses it
{ code => '0x__1_', parsed => '0x__1_', value => 1 }, # perl warns, but parses it
{ code => '0X1', parsed => '0X1', value => 1 },
{ code => '0xc', parsed => '0xc', value => 12 },
{ code => '0Xc', parsed => '0Xc', value => 12 },
{ code => '0XC', parsed => '0XC', value => 12 },
{ code => '0xbeef', parsed => '0xbeef', value => 48879 },
{ code => '0XbeEf', parsed => '0XbeEf', value => 48879 },
{ code => '0x0e', parsed => '0x0e', value => 14 },
{ code => '0x00000e', parsed => '0x00000e', value => 14 },
{ code => '0x000_00e', parsed => '0x000_00e', value => 14 },
{ code => '0x000__00e', parsed => '0x000__00e', value => 14 }, # perl warns, but parses it
# Bad hex numbers--tokenizing stops when bad digit seen
{ code => '0x', parsed => '0x', value => 0 },
{ code => '0X', parsed => '0X', value => 0 },
{ code => '0xg', parsed => '0x', value => 0 },
{ code => '0Xg', parsed => '0X', value => 0 },
{ code => '0XG', parsed => '0X', value => 0 },
{ code => '0x0g', parsed => '0x0', value => 0 },
{ code => '0X0g', parsed => '0X0', value => 0 },
{ code => '0X0G', parsed => '0X0', value => 0 },
{ code => '0x1g', parsed => '0x1', value => 1 },
{ code => '0x1g2', parsed => '0x1', value => 1 },
{ code => '0x1_g', parsed => '0x1_', value => 1 },
);
foreach my $test ( @tests ) {
my $code = $test->{code};
my $T = PPI::Tokenizer->new( \$code );
my $token = $T->get_token;
isa_ok($token, 'PPI::Token::Number::Hex');
ok(!$token->{_error}, "no error for '$code' even on invalid digits");
is($token->content, $test->{parsed}, "correctly parsed everything expected");
is($token->literal, $test->{value}, "literal('$code') is $test->{value}");
}
}
|
