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|
use Test2::V0 -no_srand => 1;
use FFI::Platypus;
use FFI::CheckLib;
my @lib = find_lib lib => 'test', symbol => 'f0', libpath => 't/ffi';
foreach my $api (0, 1, 2)
{
subtest "api = $api" => sub {
local $SIG{__WARN__} = sub {
my $message = shift;
return if $message =~ /^Subroutine main::.* redefined/;
warn $message;
};
my $ffi = FFI::Platypus->new( api => $api, lib => [@lib], experimental => ($api > 2 ? $api : undef) );
$ffi->type('sint8 *' => 'sint8_p');
$ffi->type('sint8 [10]' => 'sint8_a');
$ffi->type('sint8 []' => 'sint8_a2');
$ffi->type('(sint8)->sint8' => 'sint8_c');
$ffi->attach( [sint8_add => 'add'] => ['sint8', 'sint8'] => 'sint8');
$ffi->attach( [sint8_inc => 'inc'] => ['sint8_p', 'sint8'] => 'sint8_p');
$ffi->attach( [sint8_sum => 'sum'] => ['sint8_a'] => 'sint8');
$ffi->attach( [sint8_sum2 => 'sum2'] => ['sint8_a2','size_t'] => 'sint8');
$ffi->attach( [sint8_array_inc => 'array_inc'] => ['sint8_a'] => 'void');
$ffi->attach( [pointer_null => 'null'] => [] => 'sint8_p');
$ffi->attach( [pointer_is_null => 'is_null'] => ['sint8_p'] => 'int');
$ffi->attach( [sint8_static_array => 'static_array'] => [] => 'sint8_a');
$ffi->attach( [pointer_null => 'null2'] => [] => 'sint8_a');
if($api >= 2)
{
$ffi->attach( [sint8_sum => 'sum3'] => ['sint8*'] => 'sint8' );
$ffi->attach( [sint8_array_inc => 'array_inc2'] => ['sint8*'] => 'void');
}
is add(-1,2), 1, 'add(-1,2) = 1';
is do { no warnings; add() }, 0, 'add() = 0';
my $i = -3;
is ${inc(\$i, 4)}, 1, 'inc(\$i,4) = \1';
is $i, 1, "i=1";
is ${inc(\-3,4)}, 1, 'inc(\-3,4) = \1';
my @list = (-5,-4,-3,-2,-1,0,1,2,3,4);
is sum(\@list), -5, 'sum([-5..4]) = -5';
is sum2(\@list,scalar @list), -5, 'sum([-5..4],10) = -5';
if($api >= 2)
{
is(sum3(\@list), -5, 'sum([-5..4]) = -5 (passed as pointer)');
}
array_inc(\@list);
do { local $SIG{__WARN__} = sub {}; array_inc() };
is \@list, [-4,-3,-2,-1,0,1,2,3,4,5], 'array increment';
if($api >= 2)
{
@list = (-5,-4,-3,-2,-1,0,1,2,3,4);
array_inc2(\@list);
is \@list, [-4,-3,-2,-1,0,1,2,3,4,5], 'array increment';
}
is [null()], [$api >= 2 ? (undef) : ()], 'null() == undef';
is is_null(undef), 1, 'is_null(undef) == 1';
is is_null(), 1, 'is_null() == 1';
is is_null(\22), 0, 'is_null(22) == 0';
is static_array(), [-1,2,-3,4,-5,6,-7,8,-9,10], 'static_array = [-1,2,-3,4,-5,6,-7,8,-9,10]';
is [null2()], [$api >= 2 ? (undef) : ()], 'null2() == undef';
my $closure = $ffi->closure(sub { $_[0]-2 });
$ffi->attach( [sint8_set_closure => 'set_closure'] => ['sint8_c'] => 'void');
$ffi->attach( [sint8_call_closure => 'call_closure'] => ['sint8'] => 'sint8');
set_closure($closure);
is call_closure(-2), -4, 'call_closure(-2) = -4';
$closure = $ffi->closure(sub { undef });
set_closure($closure);
is do { no warnings; call_closure(2) }, 0, 'call_closure(2) = 0';
subtest 'custom type input' => sub {
$ffi->custom_type(type1 => { native_type => 'uint8', perl_to_native => sub { is $_[0], -2; $_[0]*2 } });
$ffi->attach( [sint8_add => 'custom_add'] => ['type1','sint8'] => 'sint8');
is custom_add(-2,-1), -5, 'custom_add(-2,-1) = -5';
};
subtest 'custom type output' => sub {
$ffi->custom_type(type2 => { native_type => 'sint8', native_to_perl => sub { is $_[0], -3; $_[0]*2 } });
$ffi->attach( [sint8_add => 'custom_add2'] => ['sint8','sint8'] => 'type2');
is custom_add2(-2,-1), -6, 'custom_add2(-2,-1) = -6';
};
$ffi->attach( [pointer_is_null => 'closure_pointer_is_null'] => ['()->void'] => 'int');
is closure_pointer_is_null(), 1, 'closure_pointer_is_null() = 1';
};
}
foreach my $api (1,2)
{
subtest 'object' => sub {
{ package Roger }
my $ffi = FFI::Platypus->new( api => $api, lib => [@lib], experimental => ($api > 2 ? $api : undef) );
$ffi->type('object(Roger,sint8)', 'roger_t');
my $int = -22;
subtest 'argument' => sub {
is $ffi->cast('roger_t' => 'sint8', bless(\$int, 'Roger')), $int;
};
subtest 'return value' => sub {
my $obj1 = $ffi->cast('sint8' => 'roger_t', $int);
isa_ok $obj1, 'Roger';
is $$obj1, $int;
};
};
};
done_testing;
|
