library #lib;
import self as self;
import "dart:ffi" as ffi;
import "dart:core" as core;
import "dart:_internal" as _in;

import "dart:ffi";

static method testVoidNoArg() → dynamic {
  final ffi::Pointer<ffi::NativeFunction<() → ffi::Void>> pointer = ffi::Pointer::fromAddress<ffi::NativeFunction<() → ffi::Void>>(3735928559);
  final () → void function = block {
    synthesized ffi::Pointer<ffi::NativeFunction<() → ffi::Void>> #ffiTarget0 = pointer;
    @#C4
    function #ffiClosure0() → void {
      return ffi::_ffiCall<void>(#ffiTarget0);
    }
  } =>#ffiClosure0;
  function(){() → void};
}
static method testIntInt() → dynamic {
  final ffi::Pointer<ffi::NativeFunction<(ffi::Int64) → ffi::Int32>> pointer = ffi::Pointer::fromAddress<ffi::NativeFunction<(ffi::Int64) → ffi::Int32>>(3735928559);
  final (core::int) → core::int function = block {
    synthesized ffi::Pointer<ffi::NativeFunction<(ffi::Int64) → ffi::Int32>> #ffiTarget1 = pointer;
    @#C6
    function #ffiClosure1(core::int arg1) → core::int {
      _in::_nativeEffect(arg1);
      return ffi::_ffiCall<core::int>(#ffiTarget1);
    }
  } =>#ffiClosure1;
  return function(42){(core::int) → core::int};
}
static method testLeaf5Args() → dynamic {
  final ffi::Pointer<ffi::NativeFunction<(ffi::Int32, ffi::Int32, ffi::Int32, ffi::Int32, ffi::Int32) → ffi::Int32>> pointer = ffi::Pointer::fromAddress<ffi::NativeFunction<(ffi::Int32, ffi::Int32, ffi::Int32, ffi::Int32, ffi::Int32) → ffi::Int32>>(3735928559);
  final (core::int, core::int, core::int, core::int, core::int) → core::int function = block {
    synthesized ffi::Pointer<ffi::NativeFunction<(ffi::Int32, ffi::Int32, ffi::Int32, ffi::Int32, ffi::Int32) → ffi::Int32>> #ffiTarget2 = pointer;
    @#C9
    function #ffiClosure2(core::int arg1, core::int arg2, core::int arg3, core::int arg4, core::int arg5) → core::int {
      _in::_nativeEffect(arg1);
      _in::_nativeEffect(arg2);
      _in::_nativeEffect(arg3);
      _in::_nativeEffect(arg4);
      _in::_nativeEffect(arg5);
      return ffi::_ffiCall<core::int>(#ffiTarget2);
    }
  } =>#ffiClosure2;
  return function(1, 2, 3, 4, 5){(core::int, core::int, core::int, core::int, core::int) → core::int};
}
static method main() → void {
  self::testVoidNoArg();
  self::testIntInt();
  self::testLeaf5Args();
}
constants  {
  #C1 = "vm:ffi:call-closure"
  #C2 = false
  #C3 = ffi::_FfiCall<() → ffi::Void> {isLeaf:#C2}
  #C4 = core::pragma {name:#C1, options:#C3}
  #C5 = ffi::_FfiCall<(ffi::Int64) → ffi::Int32> {isLeaf:#C2}
  #C6 = core::pragma {name:#C1, options:#C5}
  #C7 = true
  #C8 = ffi::_FfiCall<(ffi::Int32, ffi::Int32, ffi::Int32, ffi::Int32, ffi::Int32) → ffi::Int32> {isLeaf:#C7}
  #C9 = core::pragma {name:#C1, options:#C8}
}