use_ok( 'B::Terse' );
# indent should return a string indented four spaces times the argument
-is( B::Terse::indent(2), ' ' x 8, 'indent works with an argument' );
-is( B::Terse::indent(), '', 'indent works with no argument' );
+is( B::Terse::indent(2), ' ' x 8, 'indent with an argument' );
+is( B::Terse::indent(), '', 'indent with no argument' );
# this should fail without a reference
eval { B::Terse::terse('scalar') };
-like( $@, qr/not a reference/, 'terse() caught bad parameters okay' );
+like( $@, qr/not a reference/, 'terse() fed bad parameters' );
# now point it at a sub and see what happens
sub foo {}
my $sub;
eval{ $sub = B::Terse::compile('', 'foo') };
-is( $@, '', 'compile() worked without error' );
-ok( defined &$sub, 'got a valid subref back from compile()' );
+is( $@, '', 'compile()' );
+ok( defined &$sub, 'valid subref back from compile()' );
# and point it at a real sub and hope the returned ops look alright
my $out = tie *STDOUT, 'TieOut';
if (/^([A-Z]+)\s+/) {
my $op = $1;
next unless exists $ops{$op};
- like( $_, $ops{$op}, "$op appears okay" );
+ like( $_, $ops{$op}, "$op " );
delete $ops{$op};
s/$ops{$op}//;
redo if $_;
my $path = join " ", map { qq["-I$_"] } @INC;
my $redir = $^O eq 'MacOS' ? '' : "2>&1";
my $items = qx{$^X $path "-MO=Terse" -le "print \\42" $redir};
-like( $items, qr/RV $hex \\42/, 'found an RV, appears okay!' );
+like( $items, qr/RV $hex \\42/, 'RV' );
package TieOut;