[libc++][any][NFC] Reformat and refactor any_cast tests

libcxx/test/std/utilities/any/any.nonmembers/any.cast/any_cast_pointer.pass.cpp

@@ -25,156 +25,157 @@
 
 // Test that the operators are properly noexcept.
 void test_cast_is_noexcept() {
-    std::any a;
-    ASSERT_NOEXCEPT(std::any_cast<int>(&a));
+  std::any a;
+  ASSERT_NOEXCEPT(std::any_cast<int>(&a));
 
-    const std::any& ca = a;
-    ASSERT_NOEXCEPT(std::any_cast<int>(&ca));
+  const std::any& ca = a;
+  ASSERT_NOEXCEPT(std::any_cast<int>(&ca));
 }
 
 // Test that the return type of any_cast is correct.
 void test_cast_return_type() {
-    std::any a;
-    ASSERT_SAME_TYPE(decltype(std::any_cast<int>(&a)),       int*);
-    ASSERT_SAME_TYPE(decltype(std::any_cast<int const>(&a)), int const*);
+  std::any a;
+  ASSERT_SAME_TYPE(decltype(std::any_cast<int>(&a)), int*);
+  ASSERT_SAME_TYPE(decltype(std::any_cast<int const>(&a)), int const*);
 
-    const std::any& ca = a;
-    ASSERT_SAME_TYPE(decltype(std::any_cast<int>(&ca)),       int const*);
-    ASSERT_SAME_TYPE(decltype(std::any_cast<int const>(&ca)), int const*);
+  const std::any& ca = a;
+  ASSERT_SAME_TYPE(decltype(std::any_cast<int>(&ca)), int const*);
+  ASSERT_SAME_TYPE(decltype(std::any_cast<int const>(&ca)), int const*);
 }
 
 // Test that any_cast handles null pointers.
 void test_cast_nullptr() {
-    std::any *a = nullptr;
-    assert(nullptr == std::any_cast<int>(a));
-    assert(nullptr == std::any_cast<int const>(a));
+  std::any* a = nullptr;
+  assert(nullptr == std::any_cast<int>(a));
+  assert(nullptr == std::any_cast<int const>(a));
 
-    const std::any *ca = nullptr;
-    assert(nullptr == std::any_cast<int>(ca));
-    assert(nullptr == std::any_cast<int const>(ca));
+  const std::any* ca = nullptr;
+  assert(nullptr == std::any_cast<int>(ca));
+  assert(nullptr == std::any_cast<int const>(ca));
 }
 
 // Test casting an empty object.
 void test_cast_empty() {
-    {
-        std::any a;
-        assert(nullptr == std::any_cast<int>(&a));
-        assert(nullptr == std::any_cast<int const>(&a));
-
-        const std::any& ca = a;
-        assert(nullptr == std::any_cast<int>(&ca));
-        assert(nullptr == std::any_cast<int const>(&ca));
-    }
-    // Create as non-empty, then make empty and run test.
-    {
-        std::any a(42);
-        a.reset();
-        assert(nullptr == std::any_cast<int>(&a));
-        assert(nullptr == std::any_cast<int const>(&a));
-
-        const std::any& ca = a;
-        assert(nullptr == std::any_cast<int>(&ca));
-        assert(nullptr == std::any_cast<int const>(&ca));
-    }
+  {
+    std::any a;
+    assert(nullptr == std::any_cast<int>(&a));
+    assert(nullptr == std::any_cast<int const>(&a));
+
+    const std::any& ca = a;
+    assert(nullptr == std::any_cast<int>(&ca));
+    assert(nullptr == std::any_cast<int const>(&ca));
+  }
+  // Create as non-empty, then make empty and run test.
+  {
+    std::any a(42);
+    a.reset();
+    assert(nullptr == std::any_cast<int>(&a));
+    assert(nullptr == std::any_cast<int const>(&a));
+
+    const std::any& ca = a;
+    assert(nullptr == std::any_cast<int>(&ca));
+    assert(nullptr == std::any_cast<int const>(&ca));
+  }
 }
 
 template <class Type>
 void test_cast() {
-    assert(Type::count == 0);
-    Type::reset();
-    {
-        std::any a = Type(42);
-        const std::any& ca = a;
-        assert(Type::count == 1);
-        assert(Type::copied == 0);
-        assert(Type::moved == 1);
-
-        // Try a cast to a bad type.
-        // NOTE: Type cannot be an int.
-        assert(std::any_cast<int>(&a) == nullptr);
-        assert(std::any_cast<int const>(&a) == nullptr);
-        assert(std::any_cast<int const volatile>(&a) == nullptr);
-
-        // Try a cast to the right type, but as a pointer.
-        assert(std::any_cast<Type*>(&a) == nullptr);
-        assert(std::any_cast<Type const*>(&a) == nullptr);
-
-        // Check getting a unqualified type from a non-const any.
-        Type* v = std::any_cast<Type>(&a);
-        assert(v != nullptr);
-        assert(v->value == 42);
-
-        // change the stored value and later check for the new value.
-        v->value = 999;
-
-        // Check getting a const qualified type from a non-const any.
-        Type const* cv = std::any_cast<Type const>(&a);
-        assert(cv != nullptr);
-        assert(cv == v);
-        assert(cv->value == 999);
-
-        // Check getting a unqualified type from a const any.
-        cv = std::any_cast<Type>(&ca);
-        assert(cv != nullptr);
-        assert(cv == v);
-        assert(cv->value == 999);
-
-        // Check getting a const-qualified type from a const any.
-        cv = std::any_cast<Type const>(&ca);
-        assert(cv != nullptr);
-        assert(cv == v);
-        assert(cv->value == 999);
-
-        // Check that no more objects were created, copied or moved.
-        assert(Type::count == 1);
-        assert(Type::copied == 0);
-        assert(Type::moved == 1);
-    }
-    assert(Type::count == 0);
+  assert(Type::count == 0);
+  Type::reset();
+  {
+    std::any a         = Type(42);
+    const std::any& ca = a;
+    assert(Type::count == 1);
+    assert(Type::copied == 0);
+    assert(Type::moved == 1);
+
+    // Try a cast to a bad type.
+    // NOTE: Type cannot be an int.
+    assert(std::any_cast<int>(&a) == nullptr);
+    assert(std::any_cast<int const>(&a) == nullptr);
+    assert(std::any_cast<int const volatile>(&a) == nullptr);
+
+    // Try a cast to the right type, but as a pointer.
+    assert(std::any_cast<Type*>(&a) == nullptr);
+    assert(std::any_cast<Type const*>(&a) == nullptr);
+
+    // Check getting a unqualified type from a non-const any.
+    Type* v = std::any_cast<Type>(&a);
+    assert(v != nullptr);
+    assert(v->value == 42);
+
+    // change the stored value and later check for the new value.
+    v->value = 999;
+
+    // Check getting a const qualified type from a non-const any.
+    Type const* cv = std::any_cast<Type const>(&a);
+    assert(cv != nullptr);
+    assert(cv == v);
+    assert(cv->value == 999);
+
+    // Check getting a unqualified type from a const any.
+    cv = std::any_cast<Type>(&ca);
+    assert(cv != nullptr);
+    assert(cv == v);
+    assert(cv->value == 999);
+
+    // Check getting a const-qualified type from a const any.
+    cv = std::any_cast<Type const>(&ca);
+    assert(cv != nullptr);
+    assert(cv == v);
+    assert(cv->value == 999);
+
+    // Check that no more objects were created, copied or moved.
+    assert(Type::count == 1);
+    assert(Type::copied == 0);
+    assert(Type::moved == 1);
+  }
+  assert(Type::count == 0);
 }
 
-void test_cast_non_copyable_type()
-{
-    // Even though 'any' never stores non-copyable types
-    // we still need to support any_cast<NoCopy>(ptr)
-    struct NoCopy { NoCopy(NoCopy const&) = delete; };
-    std::any a(42);
-    std::any const& ca = a;
-    assert(std::any_cast<NoCopy>(&a) == nullptr);
-    assert(std::any_cast<NoCopy>(&ca) == nullptr);
+void test_cast_non_copyable_type() {
+  // Even though 'any' never stores non-copyable types
+  // we still need to support any_cast<NoCopy>(ptr)
+  struct NoCopy {
+    NoCopy(NoCopy const&) = delete;
+  };
+  std::any a(42);
+  std::any const& ca = a;
+  assert(std::any_cast<NoCopy>(&a) == nullptr);
+  assert(std::any_cast<NoCopy>(&ca) == nullptr);
 }
 
 void test_cast_array() {
-    int arr[3];
-    std::any a(arr);
-    RTTI_ASSERT(a.type() == typeid(int*)); // contained value is decayed
-    // We can't get an array out
-    int (*p)[3] = std::any_cast<int[3]>(&a);
-    assert(p == nullptr);
+  int arr[3];
+  std::any a(arr);
+  RTTI_ASSERT(a.type() == typeid(int*)); // contained value is decayed
+  // We can't get an array out
+  int (*p)[3] = std::any_cast<int[3]>(&a);
+  assert(p == nullptr);
 }
 
 void test_fn() {}
 
 void test_cast_function_pointer() {
-    using T = void(*)();
-    std::any a(test_fn);
-    // An any can never store a function type, but we should at least be able
-    // to ask.
-    assert(std::any_cast<void()>(&a) == nullptr);
-    T fn_ptr = std::any_cast<T>(a);
-    assert(fn_ptr == test_fn);
+  using T = void (*)();
+  std::any a(test_fn);
+  // An any can never store a function type, but we should at least be able
+  // to ask.
+  assert(std::any_cast<void()>(&a) == nullptr);
+  T fn_ptr = std::any_cast<T>(a);
+  assert(fn_ptr == test_fn);
 }
 
 int main(int, char**) {
-    test_cast_is_noexcept();
-    test_cast_return_type();
-    test_cast_nullptr();
-    test_cast_empty();
-    test_cast<small>();
-    test_cast<large>();
-    test_cast_non_copyable_type();
-    test_cast_array();
-    test_cast_function_pointer();
+  test_cast_is_noexcept();
+  test_cast_return_type();
+  test_cast_nullptr();
+  test_cast_empty();
+  test_cast<small>();
+  test_cast<large>();
+  test_cast_non_copyable_type();
+  test_cast_array();
+  test_cast_function_pointer();
 
   return 0;
 }