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tomlplusplus/tests/manipulating_values.cpp
Mark Gillard 0ffd23d73f removed final from value, array and table 
also:
- renamed `TOML_WINDOWS_COMPAT` to `TOML_ENABLE_WINDOWS_COMPAT`
- renamed `TOML_UNRELEASED_FEATURES` to `TOML_ENABLE_UNRELEASED_FEATURES`
- added additional tests
- fixed minor documentation issues
2021-10-31 17:58:42 +02:00

591 lines
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// This file is a part of toml++ and is subject to the the terms of the MIT license.
// Copyright (c) Mark Gillard <mark.gillard@outlook.com.au>
// See https://github.com/marzer/tomlplusplus/blob/master/LICENSE for the full license text.
// SPDX-License-Identifier: MIT
#include "tests.h"
#ifdef _WIN32
TOML_DISABLE_WARNINGS;
#include <Windows.h>
TOML_ENABLE_WARNINGS;
#endif
template <typename T>
static constexpr T one = static_cast<T>(1);
TEST_CASE("values - construction")
{
static constexpr auto check_value = [](const auto& init_value, auto expected_native_type_tag)
{
using init_type = impl::remove_cvref<decltype(init_value)>;
using native_type = impl::native_type_of<init_type>;
using expected_native_type = typename decltype(expected_native_type_tag)::type;
static_assert(std::is_same_v<native_type, expected_native_type>);
auto v = value{ init_value };
using value_type = decltype(v);
static_assert(std::is_same_v<value_type, value<native_type>>);
if constexpr (std::is_same_v<std::string, native_type>)
{
#if TOML_HAS_CHAR8
using char8_type = char8_t;
#else
using char8_type = char;
#endif
using init_char_type = impl::remove_cvref<decltype(init_value[0])>;
using init_view_type = std::basic_string_view<init_char_type>;
static_assert(impl::is_one_of<init_char_type, char, wchar_t, char8_type>);
const auto init_view = init_view_type{ init_value };
if constexpr (impl::is_one_of<init_char_type, char, char8_type>)
{
const auto coerced_view =
std::string_view{ reinterpret_cast<const char*>(init_view.data()), init_view.length() };
CHECK(v == coerced_view);
CHECK(coerced_view == v);
}
#if TOML_ENABLE_WINDOWS_COMPAT
else if constexpr (impl::is_one_of<init_char_type, wchar_t>)
{
const auto narrowed_string = impl::narrow(init_view);
CHECK(v == narrowed_string);
CHECK(narrowed_string == v);
}
#endif
else
{
static_assert(impl::dependent_false<init_char_type>, "evaluated unreachable branch");
}
}
else if constexpr (impl::is_one_of<native_type, int64_t, double, bool>)
{
CHECK(v == static_cast<native_type>(init_value));
CHECK(static_cast<native_type>(init_value) == v);
}
else // dates + times
{
CHECK(v == init_value);
CHECK(init_value == v);
}
static constexpr auto expected_node_type = impl::node_type_of<native_type>;
CHECK(v.is_homogeneous());
CHECK(v.template is_homogeneous<native_type>());
CHECK(v.is_homogeneous(expected_node_type));
// sanity check the virtual type checks
CHECK(v.type() == expected_node_type);
CHECK(!v.is_table());
CHECK(!v.is_array());
CHECK(!v.is_array_of_tables());
CHECK(v.is_value());
CHECK(v.is_string() == (expected_node_type == node_type::string));
CHECK(v.is_integer() == (expected_node_type == node_type::integer));
CHECK(v.is_floating_point() == (expected_node_type == node_type::floating_point));
CHECK(v.is_number()
== (expected_node_type == node_type::integer || expected_node_type == node_type::floating_point));
CHECK(v.is_boolean() == (expected_node_type == node_type::boolean));
CHECK(v.is_date() == (expected_node_type == node_type::date));
CHECK(v.is_time() == (expected_node_type == node_type::time));
CHECK(v.is_date_time() == (expected_node_type == node_type::date_time));
// sanity check the virtual type casts (non-const)
CHECK(!v.as_table());
CHECK(!v.as_array());
if constexpr (expected_node_type == node_type::string)
CHECK(v.as_string() == &v);
else
CHECK(!v.as_string());
if constexpr (expected_node_type == node_type::integer)
CHECK(v.as_integer() == &v);
else
CHECK(!v.as_integer());
if constexpr (expected_node_type == node_type::floating_point)
CHECK(v.as_floating_point() == &v);
else
CHECK(!v.as_floating_point());
if constexpr (expected_node_type == node_type::boolean)
CHECK(v.as_boolean() == &v);
else
CHECK(!v.as_boolean());
if constexpr (expected_node_type == node_type::date)
CHECK(v.as_date() == &v);
else
CHECK(!v.as_date());
if constexpr (expected_node_type == node_type::time)
CHECK(v.as_time() == &v);
else
CHECK(!v.as_time());
if constexpr (expected_node_type == node_type::date_time)
CHECK(v.as_date_time() == &v);
else
CHECK(!v.as_date_time());
// sanity check the virtual type casts (const)
const auto& cv = std::as_const(v);
CHECK(!cv.as_table());
CHECK(!cv.as_array());
if constexpr (expected_node_type == node_type::string)
CHECK(cv.as_string() == &v);
else
CHECK(!cv.as_string());
if constexpr (expected_node_type == node_type::integer)
CHECK(cv.as_integer() == &v);
else
CHECK(!cv.as_integer());
if constexpr (expected_node_type == node_type::floating_point)
CHECK(cv.as_floating_point() == &v);
else
CHECK(!cv.as_floating_point());
if constexpr (expected_node_type == node_type::boolean)
CHECK(cv.as_boolean() == &v);
else
CHECK(!cv.as_boolean());
if constexpr (expected_node_type == node_type::date)
CHECK(cv.as_date() == &v);
else
CHECK(!cv.as_date());
if constexpr (expected_node_type == node_type::time)
CHECK(cv.as_time() == &v);
else
CHECK(!cv.as_time());
if constexpr (expected_node_type == node_type::date_time)
CHECK(cv.as_date_time() == &v);
else
CHECK(!cv.as_date_time());
};
check_value(one<signed char>, type_tag<int64_t>{});
check_value(one<signed short>, type_tag<int64_t>{});
check_value(one<signed int>, type_tag<int64_t>{});
check_value(one<signed long>, type_tag<int64_t>{});
check_value(one<signed long long>, type_tag<int64_t>{});
check_value(one<unsigned char>, type_tag<int64_t>{});
check_value(one<unsigned short>, type_tag<int64_t>{});
check_value(one<unsigned int>, type_tag<int64_t>{});
check_value(one<unsigned long>, type_tag<int64_t>{});
check_value(one<unsigned long long>, type_tag<int64_t>{});
check_value(true, type_tag<bool>{});
check_value(false, type_tag<bool>{});
check_value("kek", type_tag<std::string>{});
check_value("kek"s, type_tag<std::string>{});
check_value("kek"sv, type_tag<std::string>{});
check_value("kek"sv.data(), type_tag<std::string>{});
#if TOML_HAS_CHAR8
check_value(u8"kek", type_tag<std::string>{});
check_value(u8"kek"s, type_tag<std::string>{});
check_value(u8"kek"sv, type_tag<std::string>{});
check_value(u8"kek"sv.data(), type_tag<std::string>{});
#endif
#ifdef _WIN32
check_value(one<BOOL>, type_tag<int64_t>{});
check_value(one<SHORT>, type_tag<int64_t>{});
check_value(one<INT>, type_tag<int64_t>{});
check_value(one<LONG>, type_tag<int64_t>{});
check_value(one<INT_PTR>, type_tag<int64_t>{});
check_value(one<LONG_PTR>, type_tag<int64_t>{});
check_value(one<USHORT>, type_tag<int64_t>{});
check_value(one<UINT>, type_tag<int64_t>{});
check_value(one<ULONG>, type_tag<int64_t>{});
check_value(one<UINT_PTR>, type_tag<int64_t>{});
check_value(one<ULONG_PTR>, type_tag<int64_t>{});
check_value(one<WORD>, type_tag<int64_t>{});
check_value(one<DWORD>, type_tag<int64_t>{});
check_value(one<DWORD32>, type_tag<int64_t>{});
check_value(one<DWORD64>, type_tag<int64_t>{});
check_value(one<DWORDLONG>, type_tag<int64_t>{});
#if TOML_ENABLE_WINDOWS_COMPAT
check_value(L"kek", type_tag<std::string>{});
check_value(L"kek"s, type_tag<std::string>{});
check_value(L"kek"sv, type_tag<std::string>{});
check_value(L"kek"sv.data(), type_tag<std::string>{});
#endif // TOML_ENABLE_WINDOWS_COMPAT
#endif
}
TEST_CASE("values - toml_formatter")
{
static constexpr auto print_value = [](auto&& raw)
{
auto val = toml::value{ std::forward<decltype(raw)>(raw) };
std::stringstream ss;
ss << val;
return ss.str();
};
CHECK(print_value(1) == "1");
CHECK(print_value(1.0f) == "1.0");
CHECK(print_value(1.0) == "1.0");
CHECK(print_value(1.5f) == "1.5");
CHECK(print_value(1.5) == "1.5");
CHECK(print_value(10) == "10");
CHECK(print_value(10.0f) == "10.0");
CHECK(print_value(10.0) == "10.0");
CHECK(print_value(100) == "100");
CHECK(print_value(100.0f) == "100.0");
CHECK(print_value(100.0) == "100.0");
CHECK(print_value(1000) == "1000");
CHECK(print_value(1000.0f) == "1000.0");
CHECK(print_value(1000.0) == "1000.0");
CHECK(print_value(10000) == "10000");
CHECK(print_value(10000.0f) == "10000.0");
CHECK(print_value(10000.0) == "10000.0");
CHECK(print_value(std::numeric_limits<double>::infinity()) == "inf");
CHECK(print_value(-std::numeric_limits<double>::infinity()) == "-inf");
CHECK(print_value(std::numeric_limits<double>::quiet_NaN()) == "nan");
// only integers for large values;
// large floats might get output as scientific notation and that's fine
CHECK(print_value(10000000000) == "10000000000");
CHECK(print_value(100000000000000) == "100000000000000");
}
TEST_CASE("nodes - value() int/float/bool conversions")
{
#define CHECK_VALUE_PASS(type, v) CHECK(n.value<type>() == static_cast<type>(v))
#define CHECK_VALUE_FAIL(type) CHECK(!n.value<type>())
// bools
{
value val{ false };
const node& n = val;
CHECK_VALUE_PASS(bool, false);
CHECK_VALUE_PASS(int8_t, 0);
CHECK_VALUE_PASS(uint8_t, 0);
CHECK_VALUE_PASS(int16_t, 0);
CHECK_VALUE_PASS(uint16_t, 0);
CHECK_VALUE_PASS(int32_t, 0);
CHECK_VALUE_PASS(uint32_t, 0);
CHECK_VALUE_PASS(int64_t, 0);
CHECK_VALUE_PASS(uint64_t, 0);
CHECK_VALUE_FAIL(float);
CHECK_VALUE_FAIL(double);
CHECK_VALUE_FAIL(std::string);
CHECK_VALUE_FAIL(std::string_view);
CHECK_VALUE_FAIL(toml::date);
CHECK_VALUE_FAIL(toml::time);
CHECK_VALUE_FAIL(toml::date_time);
*val = true;
CHECK_VALUE_PASS(bool, true);
CHECK_VALUE_PASS(int8_t, 1);
CHECK_VALUE_PASS(uint8_t, 1);
CHECK_VALUE_PASS(int16_t, 1);
CHECK_VALUE_PASS(uint16_t, 1);
CHECK_VALUE_PASS(int32_t, 1);
CHECK_VALUE_PASS(uint32_t, 1);
CHECK_VALUE_PASS(int64_t, 1);
CHECK_VALUE_PASS(uint64_t, 1);
CHECK_VALUE_FAIL(float);
CHECK_VALUE_FAIL(double);
CHECK_VALUE_FAIL(std::string);
CHECK_VALUE_FAIL(std::string_view);
CHECK_VALUE_FAIL(toml::date);
CHECK_VALUE_FAIL(toml::time);
CHECK_VALUE_FAIL(toml::date_time);
}
// ints
{
value val{ 0 };
const node& n = val;
CHECK_VALUE_PASS(bool, false); // int -> bool coercion
CHECK_VALUE_PASS(int8_t, 0);
CHECK_VALUE_PASS(uint8_t, 0);
CHECK_VALUE_PASS(int16_t, 0);
CHECK_VALUE_PASS(uint16_t, 0);
CHECK_VALUE_PASS(int32_t, 0);
CHECK_VALUE_PASS(uint32_t, 0);
CHECK_VALUE_PASS(int64_t, 0);
CHECK_VALUE_PASS(uint64_t, 0);
CHECK_VALUE_PASS(float, 0);
CHECK_VALUE_PASS(double, 0);
CHECK_VALUE_FAIL(std::string);
CHECK_VALUE_FAIL(std::string_view);
CHECK_VALUE_FAIL(toml::date);
CHECK_VALUE_FAIL(toml::time);
CHECK_VALUE_FAIL(toml::date_time);
*val = 100;
CHECK_VALUE_PASS(bool, true); // int -> bool coercion
CHECK_VALUE_PASS(int8_t, 100);
CHECK_VALUE_PASS(uint8_t, 100);
CHECK_VALUE_PASS(int16_t, 100);
CHECK_VALUE_PASS(uint16_t, 100);
CHECK_VALUE_PASS(int32_t, 100);
CHECK_VALUE_PASS(uint32_t, 100);
CHECK_VALUE_PASS(int64_t, 100);
CHECK_VALUE_PASS(uint64_t, 100);
CHECK_VALUE_PASS(float, 100);
CHECK_VALUE_PASS(double, 100);
CHECK_VALUE_FAIL(std::string);
CHECK_VALUE_FAIL(std::string_view);
CHECK_VALUE_FAIL(toml::date);
CHECK_VALUE_FAIL(toml::time);
CHECK_VALUE_FAIL(toml::date_time);
*val = -100;
CHECK_VALUE_PASS(bool, true); // int -> bool coercion
CHECK_VALUE_PASS(int8_t, -100);
CHECK_VALUE_FAIL(uint8_t);
CHECK_VALUE_PASS(int16_t, -100);
CHECK_VALUE_FAIL(uint16_t);
CHECK_VALUE_PASS(int32_t, -100);
CHECK_VALUE_FAIL(uint32_t);
CHECK_VALUE_PASS(int64_t, -100);
CHECK_VALUE_FAIL(uint64_t);
CHECK_VALUE_PASS(float, -100);
CHECK_VALUE_PASS(double, -100);
CHECK_VALUE_FAIL(std::string);
CHECK_VALUE_FAIL(std::string_view);
CHECK_VALUE_FAIL(toml::date);
CHECK_VALUE_FAIL(toml::time);
CHECK_VALUE_FAIL(toml::date_time);
*val = 1000;
CHECK_VALUE_PASS(bool, true); // int -> bool coercion
CHECK_VALUE_FAIL(int8_t);
CHECK_VALUE_FAIL(uint8_t);
CHECK_VALUE_PASS(int16_t, 1000);
CHECK_VALUE_PASS(uint16_t, 1000);
CHECK_VALUE_PASS(int32_t, 1000);
CHECK_VALUE_PASS(uint32_t, 1000);
CHECK_VALUE_PASS(int64_t, 1000);
CHECK_VALUE_PASS(uint64_t, 1000);
CHECK_VALUE_PASS(float, 1000);
CHECK_VALUE_PASS(double, 1000);
CHECK_VALUE_FAIL(std::string);
CHECK_VALUE_FAIL(std::string_view);
CHECK_VALUE_FAIL(toml::date);
CHECK_VALUE_FAIL(toml::time);
CHECK_VALUE_FAIL(toml::date_time);
*val = -1000;
CHECK_VALUE_PASS(bool, true); // int -> bool coercion
CHECK_VALUE_FAIL(int8_t);
CHECK_VALUE_FAIL(uint8_t);
CHECK_VALUE_PASS(int16_t, -1000);
CHECK_VALUE_FAIL(uint16_t);
CHECK_VALUE_PASS(int32_t, -1000);
CHECK_VALUE_FAIL(uint32_t);
CHECK_VALUE_PASS(int64_t, -1000);
CHECK_VALUE_FAIL(uint64_t);
CHECK_VALUE_PASS(float, -1000);
CHECK_VALUE_PASS(double, -1000);
CHECK_VALUE_FAIL(std::string);
CHECK_VALUE_FAIL(std::string_view);
CHECK_VALUE_FAIL(toml::date);
CHECK_VALUE_FAIL(toml::time);
CHECK_VALUE_FAIL(toml::date_time);
*val = (std::numeric_limits<int64_t>::max)();
CHECK_VALUE_PASS(bool, true); // int -> bool coercion
CHECK_VALUE_FAIL(int8_t);
CHECK_VALUE_FAIL(uint8_t);
CHECK_VALUE_FAIL(int16_t);
CHECK_VALUE_FAIL(uint16_t);
CHECK_VALUE_FAIL(int32_t);
CHECK_VALUE_FAIL(uint32_t);
CHECK_VALUE_PASS(int64_t, (std::numeric_limits<int64_t>::max)());
CHECK_VALUE_PASS(uint64_t, (std::numeric_limits<int64_t>::max)());
CHECK_VALUE_FAIL(float);
CHECK_VALUE_FAIL(double);
CHECK_VALUE_FAIL(std::string);
CHECK_VALUE_FAIL(std::string_view);
CHECK_VALUE_FAIL(toml::date);
CHECK_VALUE_FAIL(toml::time);
CHECK_VALUE_FAIL(toml::date_time);
*val = (std::numeric_limits<int64_t>::min)();
CHECK_VALUE_PASS(bool, true); // int -> bool coercion
CHECK_VALUE_FAIL(int8_t);
CHECK_VALUE_FAIL(uint8_t);
CHECK_VALUE_FAIL(int16_t);
CHECK_VALUE_FAIL(uint16_t);
CHECK_VALUE_FAIL(int32_t);
CHECK_VALUE_FAIL(uint32_t);
CHECK_VALUE_PASS(int64_t, (std::numeric_limits<int64_t>::min)());
CHECK_VALUE_FAIL(uint64_t);
CHECK_VALUE_FAIL(float);
CHECK_VALUE_FAIL(double);
CHECK_VALUE_FAIL(std::string);
CHECK_VALUE_FAIL(std::string_view);
CHECK_VALUE_FAIL(toml::date);
CHECK_VALUE_FAIL(toml::time);
CHECK_VALUE_FAIL(toml::date_time);
}
// floats
{
value val{ 0.0 };
const node& n = val;
CHECK_VALUE_FAIL(bool);
CHECK_VALUE_PASS(int8_t, 0);
CHECK_VALUE_PASS(uint8_t, 0);
CHECK_VALUE_PASS(int16_t, 0);
CHECK_VALUE_PASS(uint16_t, 0);
CHECK_VALUE_PASS(int32_t, 0);
CHECK_VALUE_PASS(uint32_t, 0);
CHECK_VALUE_PASS(int64_t, 0);
CHECK_VALUE_PASS(uint64_t, 0);
CHECK_VALUE_PASS(float, 0);
CHECK_VALUE_PASS(double, 0);
CHECK_VALUE_FAIL(std::string);
CHECK_VALUE_FAIL(std::string_view);
CHECK_VALUE_FAIL(toml::date);
CHECK_VALUE_FAIL(toml::time);
CHECK_VALUE_FAIL(toml::date_time);
*val = 1.0;
CHECK_VALUE_FAIL(bool);
CHECK_VALUE_PASS(int8_t, 1);
CHECK_VALUE_PASS(uint8_t, 1);
CHECK_VALUE_PASS(int16_t, 1);
CHECK_VALUE_PASS(uint16_t, 1);
CHECK_VALUE_PASS(int32_t, 1);
CHECK_VALUE_PASS(uint32_t, 1);
CHECK_VALUE_PASS(int64_t, 1);
CHECK_VALUE_PASS(uint64_t, 1);
CHECK_VALUE_PASS(float, 1);
CHECK_VALUE_PASS(double, 1);
CHECK_VALUE_FAIL(std::string);
CHECK_VALUE_FAIL(std::string_view);
CHECK_VALUE_FAIL(toml::date);
CHECK_VALUE_FAIL(toml::time);
CHECK_VALUE_FAIL(toml::date_time);
*val = -1.0;
CHECK_VALUE_FAIL(bool);
CHECK_VALUE_PASS(int8_t, -1);
CHECK_VALUE_FAIL(uint8_t);
CHECK_VALUE_PASS(int16_t, -1);
CHECK_VALUE_FAIL(uint16_t);
CHECK_VALUE_PASS(int32_t, -1);
CHECK_VALUE_FAIL(uint32_t);
CHECK_VALUE_PASS(int64_t, -1);
CHECK_VALUE_FAIL(uint64_t);
CHECK_VALUE_PASS(float, -1);
CHECK_VALUE_PASS(double, -1);
CHECK_VALUE_FAIL(std::string);
CHECK_VALUE_FAIL(std::string_view);
CHECK_VALUE_FAIL(toml::date);
CHECK_VALUE_FAIL(toml::time);
CHECK_VALUE_FAIL(toml::date_time);
*val = 1.5;
CHECK_VALUE_FAIL(bool);
CHECK_VALUE_FAIL(int8_t);
CHECK_VALUE_FAIL(uint8_t);
CHECK_VALUE_FAIL(int16_t);
CHECK_VALUE_FAIL(uint16_t);
CHECK_VALUE_FAIL(int32_t);
CHECK_VALUE_FAIL(uint32_t);
CHECK_VALUE_FAIL(int64_t);
CHECK_VALUE_FAIL(uint64_t);
CHECK_VALUE_PASS(float, 1.5);
CHECK_VALUE_PASS(double, 1.5);
CHECK_VALUE_FAIL(std::string);
CHECK_VALUE_FAIL(std::string_view);
CHECK_VALUE_FAIL(toml::date);
CHECK_VALUE_FAIL(toml::time);
CHECK_VALUE_FAIL(toml::date_time);
*val = -1.5;
CHECK_VALUE_FAIL(bool);
CHECK_VALUE_FAIL(int8_t);
CHECK_VALUE_FAIL(uint8_t);
CHECK_VALUE_FAIL(int16_t);
CHECK_VALUE_FAIL(uint16_t);
CHECK_VALUE_FAIL(int32_t);
CHECK_VALUE_FAIL(uint32_t);
CHECK_VALUE_FAIL(int64_t);
CHECK_VALUE_FAIL(uint64_t);
CHECK_VALUE_PASS(float, -1.5);
CHECK_VALUE_PASS(double, -1.5);
CHECK_VALUE_FAIL(std::string);
CHECK_VALUE_FAIL(std::string_view);
CHECK_VALUE_FAIL(toml::date);
CHECK_VALUE_FAIL(toml::time);
CHECK_VALUE_FAIL(toml::date_time);
*val = std::numeric_limits<double>::infinity();
CHECK_VALUE_FAIL(bool);
CHECK_VALUE_FAIL(int8_t);
CHECK_VALUE_FAIL(uint8_t);
CHECK_VALUE_FAIL(int16_t);
CHECK_VALUE_FAIL(uint16_t);
CHECK_VALUE_FAIL(int32_t);
CHECK_VALUE_FAIL(uint32_t);
CHECK_VALUE_FAIL(int64_t);
CHECK_VALUE_FAIL(uint64_t);
CHECK_VALUE_PASS(float, std::numeric_limits<float>::infinity());
CHECK_VALUE_PASS(double, std::numeric_limits<double>::infinity());
CHECK_VALUE_FAIL(std::string);
CHECK_VALUE_FAIL(std::string_view);
CHECK_VALUE_FAIL(toml::date);
CHECK_VALUE_FAIL(toml::time);
CHECK_VALUE_FAIL(toml::date_time);
*val = -std::numeric_limits<double>::infinity();
CHECK_VALUE_FAIL(bool);
CHECK_VALUE_FAIL(int8_t);
CHECK_VALUE_FAIL(uint8_t);
CHECK_VALUE_FAIL(int16_t);
CHECK_VALUE_FAIL(uint16_t);
CHECK_VALUE_FAIL(int32_t);
CHECK_VALUE_FAIL(uint32_t);
CHECK_VALUE_FAIL(int64_t);
CHECK_VALUE_FAIL(uint64_t);
CHECK_VALUE_PASS(float, -std::numeric_limits<float>::infinity());
CHECK_VALUE_PASS(double, -std::numeric_limits<double>::infinity());
CHECK_VALUE_FAIL(std::string);
CHECK_VALUE_FAIL(std::string_view);
CHECK_VALUE_FAIL(toml::date);
CHECK_VALUE_FAIL(toml::time);
CHECK_VALUE_FAIL(toml::date_time);
*val = std::numeric_limits<double>::quiet_NaN();
CHECK_VALUE_FAIL(bool);
CHECK_VALUE_FAIL(int8_t);
CHECK_VALUE_FAIL(uint8_t);
CHECK_VALUE_FAIL(int16_t);
CHECK_VALUE_FAIL(uint16_t);
CHECK_VALUE_FAIL(int32_t);
CHECK_VALUE_FAIL(uint32_t);
CHECK_VALUE_FAIL(int64_t);
CHECK_VALUE_FAIL(uint64_t);
{
auto fval = n.value<float>();
REQUIRE(fval.has_value());
CHECK(impl::fpclassify(*fval) == impl::fp_class::nan);
}
{
auto fval = n.value<double>();
REQUIRE(fval.has_value());
CHECK(impl::fpclassify(*fval) == impl::fp_class::nan);
}
CHECK_VALUE_FAIL(std::string);
CHECK_VALUE_FAIL(std::string_view);
CHECK_VALUE_FAIL(toml::date);
CHECK_VALUE_FAIL(toml::time);
CHECK_VALUE_FAIL(toml::date_time);
}
}
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