BEGIN {
  require Config; import Config;
  if ($Config{usequadmath}) {
     print "1..0 # Skip: usequadmath\n";
     exit(0);
  }
}

use Test::More tests => 12;

BEGIN { use_ok('XS::APItest') };

#########################

my $ldok = have_long_double();

# first some IO redirection
ok open(my $oldout, ">&STDOUT"), "saving STDOUT";
ok open(STDOUT, '>', "foo.out"),"redirecting STDOUT";

# Allow for it to be removed
END { unlink "foo.out"; };

select STDOUT; $| = 1; # make unbuffered

# Run the printf tests
print_double(5);
print_int(3);
print_long(4);
print_float(4);
print_long_double() if $ldok;  # val=7 hardwired

print_flush();

# Now redirect STDOUT and read from the file
ok open(STDOUT, ">&", $oldout), "restore STDOUT";
ok open(my $foo, '<', 'foo.out'), "open foo.out";
#print "# Test output by reading from file\n";
# now test the output
my @output = map { chomp; $_ } <$foo>;
close $foo;
ok @output >= 4, "captured at least four output lines";

is($output[0], "5.000", "print_double");
is($output[1], "3", "print_int");
is($output[2], "4", "print_long");
is($output[3], "4.000", "print_float");

SKIP: {
   skip "No long doubles", 1 unless $ldok;
   is($output[4], "7.000", "print_long_double");
}

{
    # GH #17338
    # This is unlikely to fail here since int and long are the
    # same size on our usual platforms, but it's less likely to
    # be ignored than the warning that's the real diagnostic
    # for this bug.
    my $uv_max = ~0;
    my $iv_max = $uv_max >> 1;
    my $max_out = "iv $iv_max uv $uv_max";
    is(test_MAX_types(), $max_out,
       "check types for IV_MAX and UV_MAX match IVdf/UVuf");
}