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|
#!/usr/bin/perl -w
=head1 NAME
harness.t - Test suite for IPC::Run::harness
=cut
BEGIN {
if( $ENV{PERL_CORE} ) {
chdir '../lib/IPC/Run' if -d '../lib/IPC/Run';
unshift @INC, 'lib', '../..';
$^X = '../../../t/' . $^X;
}
}
use strict ;
use Test ;
use IPC::Run qw( harness ) ;
my $f ;
sub expand_test {
my ( $args, $expected ) = @_ ;
my $h ;
my @out ;
my $i = 0 ;
return (
sub {
$h = IPC::Run::harness( @$args ) ;
@out = @{$h->{KIDS}->[0]->{OPS}} ;
ok(
scalar( @out ),
scalar( @$expected ),
join( ' ', @$args )
)
},
map {
my $j = $i++ ;
my $h = $_ ;
map {
my ( $key, $value ) = ( $_, $h->{$_} ) ;
sub {
my $got = $out[$j]->{$key} ;
$got = @$got if ref $got eq 'ARRAY' ;
$got = '<undef>' unless defined $got ;
ok( $got, $value, join( ' ', @$args ) . ": $j, $key" )
} ;
} sort keys %$h ;
} @$expected
) ;
}
my @tests = (
expand_test(
[ ['a'], qw( <b < c 0<d 0< e 1<f 1< g) ],
[
{ TYPE => '<', SOURCE => 'b', KFD => 0, },
{ TYPE => '<', SOURCE => 'c', KFD => 0, },
{ TYPE => '<', SOURCE => 'd', KFD => 0, },
{ TYPE => '<', SOURCE => 'e', KFD => 0, },
{ TYPE => '<', SOURCE => 'f', KFD => 1, },
{ TYPE => '<', SOURCE => 'g', KFD => 1, },
]
),
expand_test(
[ ['a'], qw( >b > c 2>d 2> e >>f >> g 2>>h 2>> i) ],
[
{ TYPE => '>', DEST => 'b', KFD => 1, TRUNC => 1, },
{ TYPE => '>', DEST => 'c', KFD => 1, TRUNC => 1, },
{ TYPE => '>', DEST => 'd', KFD => 2, TRUNC => 1, },
{ TYPE => '>', DEST => 'e', KFD => 2, TRUNC => 1, },
{ TYPE => '>', DEST => 'f', KFD => 1, TRUNC => '', },
{ TYPE => '>', DEST => 'g', KFD => 1, TRUNC => '', },
{ TYPE => '>', DEST => 'h', KFD => 2, TRUNC => '', },
{ TYPE => '>', DEST => 'i', KFD => 2, TRUNC => '', },
]
),
expand_test(
[ ['a'], qw( >&b >& c &>d &> e ) ],
[
{ TYPE => '>', DEST => 'b', KFD => 1, TRUNC => 1, },
{ TYPE => 'dup', KFD1 => 1, KFD2 => 2 },
{ TYPE => '>', DEST => 'c', KFD => 1, TRUNC => 1, },
{ TYPE => 'dup', KFD1 => 1, KFD2 => 2 },
{ TYPE => '>', DEST => 'd', KFD => 1, TRUNC => 1, },
{ TYPE => 'dup', KFD1 => 1, KFD2 => 2 },
{ TYPE => '>', DEST => 'e', KFD => 1, TRUNC => 1, },
{ TYPE => 'dup', KFD1 => 1, KFD2 => 2 },
]
),
expand_test(
[ ['a'],
'>&', sub{}, sub{}, \$f,
'>', sub{}, sub{}, \$f,
'<', sub{}, sub{}, \$f,
],
[
{ TYPE => '>', DEST => \$f, KFD => 1, TRUNC => 1,
FILTERS => 2 },
{ TYPE => 'dup', KFD1 => 1, KFD2 => 2 },
{ TYPE => '>', DEST => \$f, KFD => 1, TRUNC => 1,
FILTERS => 2 },
{ TYPE => '<', SOURCE => \$f, KFD => 0,
FILTERS => 3 },
]
),
expand_test(
[ ['a'], '<', \$f, '>', \$f ],
[
{ TYPE => '<', SOURCE => \$f, KFD => 0, },
{ TYPE => '>', DEST => \$f, KFD => 1, },
]
),
expand_test(
[ ['a'], '<pipe', \$f, '>pipe', \$f ],
[
{ TYPE => '<pipe', SOURCE => \$f, KFD => 0, },
{ TYPE => '>pipe', DEST => \$f, KFD => 1, },
]
),
expand_test(
[ ['a'], '<pipe', \$f, '>', \$f ],
[
{ TYPE => '<pipe', SOURCE => \$f, KFD => 0, },
{ TYPE => '>', DEST => \$f, KFD => 1, },
]
),
) ;
plan tests => scalar @tests ;
$_->() for ( @tests ) ;
|
