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toml11/tests/test_value.cpp

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test: update test codes to v4
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#define DOCTEST_CONFIG_IMPLEMENT_WITH_MAIN
#include "doctest.h"
Consistent unit test header inclusion order This patch consistently changes the inclusion order for unit test files to the following: 1. The header of the unit under test (using <> includes). 2. The unit_test.hpp header (using "" includes). 3. Any additional auxiliary test headers (using "" includes and sorted alphabetically). 4. Additional system headers needed for the test (using <> includes and sorted alphabetically). 5. Conditionally included system headers (using <> includes). Putting the unit under test's header at the very beginning has the advantage of also testing that the header is self-contained. It also makes it very quick to tell what unit is tested in this file.
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test: update test codes to v4
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#include "utility.hpp"
Factor redundant test boilerplate out into unit_test.hpp helper
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#include <toml11/value.hpp>
implement union-based toml::value
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#include <deque>
#include <map>
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template<typename TC>
void test_is_type(const toml::basic_value<TC>& v, const toml::value_t t)
{
CHECK_EQ(v.type(), t);
if(t == toml::value_t::boolean ) {CHECK_UNARY(v.is_boolean() );} else {CHECK_UNARY_FALSE(v.is_boolean() );}
if(t == toml::value_t::integer ) {CHECK_UNARY(v.is_integer() );} else {CHECK_UNARY_FALSE(v.is_integer() );}
if(t == toml::value_t::floating ) {CHECK_UNARY(v.is_floating() );} else {CHECK_UNARY_FALSE(v.is_floating() );}
if(t == toml::value_t::string ) {CHECK_UNARY(v.is_string() );} else {CHECK_UNARY_FALSE(v.is_string() );}
if(t == toml::value_t::offset_datetime) {CHECK_UNARY(v.is_offset_datetime());} else {CHECK_UNARY_FALSE(v.is_offset_datetime());}
if(t == toml::value_t::local_datetime ) {CHECK_UNARY(v.is_local_datetime() );} else {CHECK_UNARY_FALSE(v.is_local_datetime() );}
if(t == toml::value_t::local_date ) {CHECK_UNARY(v.is_local_date() );} else {CHECK_UNARY_FALSE(v.is_local_date() );}
if(t == toml::value_t::local_time ) {CHECK_UNARY(v.is_local_time() );} else {CHECK_UNARY_FALSE(v.is_local_time() );}
if(t == toml::value_t::array ) {CHECK_UNARY(v.is_array() );} else {CHECK_UNARY_FALSE(v.is_array() );}
if(t == toml::value_t::table ) {CHECK_UNARY(v.is_table() );} else {CHECK_UNARY_FALSE(v.is_table() );}
if(t == toml::value_t::empty ) {CHECK_UNARY(v.is_empty() );} else {CHECK_UNARY_FALSE(v.is_empty() );}
using value_type = toml::basic_value<TC>;
using boolean_type = typename value_type::boolean_type ;
using integer_type = typename value_type::integer_type ;
using floating_type = typename value_type::floating_type ;
using string_type = typename value_type::string_type ;
using local_time_type = typename value_type::local_time_type ;
using local_date_type = typename value_type::local_date_type ;
using local_datetime_type = typename value_type::local_datetime_type ;
using offset_datetime_type = typename value_type::offset_datetime_type;
using array_type = typename value_type::array_type ;
using table_type = typename value_type::table_type ;
if(t == toml::value_t::boolean ) {CHECK_UNARY(v.template is<boolean_type>() );} else {CHECK_UNARY_FALSE(v.template is<boolean_type>() );}
if(t == toml::value_t::integer ) {CHECK_UNARY(v.template is<integer_type>() );} else {CHECK_UNARY_FALSE(v.template is<integer_type>() );}
if(t == toml::value_t::floating ) {CHECK_UNARY(v.template is<floating_type>() );} else {CHECK_UNARY_FALSE(v.template is<floating_type>() );}
if(t == toml::value_t::string ) {CHECK_UNARY(v.template is<string_type>() );} else {CHECK_UNARY_FALSE(v.template is<string_type>() );}
if(t == toml::value_t::offset_datetime) {CHECK_UNARY(v.template is<offset_datetime_type>());} else {CHECK_UNARY_FALSE(v.template is<offset_datetime_type>());}
if(t == toml::value_t::local_datetime ) {CHECK_UNARY(v.template is<local_datetime_type>() );} else {CHECK_UNARY_FALSE(v.template is<local_datetime_type>() );}
if(t == toml::value_t::local_date ) {CHECK_UNARY(v.template is<local_date_type>() );} else {CHECK_UNARY_FALSE(v.template is<local_date_type>() );}
if(t == toml::value_t::local_time ) {CHECK_UNARY(v.template is<local_time_type>() );} else {CHECK_UNARY_FALSE(v.template is<local_time_type>() );}
if(t == toml::value_t::array ) {CHECK_UNARY(v.template is<array_type>() );} else {CHECK_UNARY_FALSE(v.template is<array_type>() );}
if(t == toml::value_t::table ) {CHECK_UNARY(v.template is<table_type>() );} else {CHECK_UNARY_FALSE(v.template is<table_type>() );}
// if(t == toml::value_t::empty ) {CHECK_UNARY(v.template is</*no such type!*/>());} else {CHECK_UNARY_FALSE(v.template is</*no such type!*/>() );}
return;
}
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test: update test codes to v4
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template<typename TC>
void test_as_type_throws(toml::basic_value<TC>& v, const toml::value_t t)
implement union-based toml::value
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{
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if(t != toml::value_t::boolean ) {CHECK_THROWS_AS(v.as_boolean() , toml::type_error); CHECK_THROWS_AS(v.template as<toml::value_t::boolean>() , toml::type_error);}
if(t != toml::value_t::integer ) {CHECK_THROWS_AS(v.as_integer() , toml::type_error); CHECK_THROWS_AS(v.template as<toml::value_t::integer>() , toml::type_error);}
if(t != toml::value_t::floating ) {CHECK_THROWS_AS(v.as_floating() , toml::type_error); CHECK_THROWS_AS(v.template as<toml::value_t::floating>() , toml::type_error);}
if(t != toml::value_t::string ) {CHECK_THROWS_AS(v.as_string() , toml::type_error); CHECK_THROWS_AS(v.template as<toml::value_t::string>() , toml::type_error);}
if(t != toml::value_t::offset_datetime) {CHECK_THROWS_AS(v.as_offset_datetime(), toml::type_error); CHECK_THROWS_AS(v.template as<toml::value_t::offset_datetime>(), toml::type_error);}
if(t != toml::value_t::local_datetime ) {CHECK_THROWS_AS(v.as_local_datetime() , toml::type_error); CHECK_THROWS_AS(v.template as<toml::value_t::local_datetime>() , toml::type_error);}
if(t != toml::value_t::local_date ) {CHECK_THROWS_AS(v.as_local_date() , toml::type_error); CHECK_THROWS_AS(v.template as<toml::value_t::local_date>() , toml::type_error);}
if(t != toml::value_t::local_time ) {CHECK_THROWS_AS(v.as_local_time() , toml::type_error); CHECK_THROWS_AS(v.template as<toml::value_t::local_time>() , toml::type_error);}
if(t != toml::value_t::array ) {CHECK_THROWS_AS(v.as_array() , toml::type_error); CHECK_THROWS_AS(v.template as<toml::value_t::array>() , toml::type_error);}
if(t != toml::value_t::table ) {CHECK_THROWS_AS(v.as_table() , toml::type_error); CHECK_THROWS_AS(v.template as<toml::value_t::table>() , toml::type_error);}
if(t != toml::value_t::boolean ) {CHECK_THROWS_AS(as_const(v).as_boolean() , toml::type_error); CHECK_THROWS_AS(as_const(v).template as<toml::value_t::boolean>() , toml::type_error);}
if(t != toml::value_t::integer ) {CHECK_THROWS_AS(as_const(v).as_integer() , toml::type_error); CHECK_THROWS_AS(as_const(v).template as<toml::value_t::integer>() , toml::type_error);}
if(t != toml::value_t::floating ) {CHECK_THROWS_AS(as_const(v).as_floating() , toml::type_error); CHECK_THROWS_AS(as_const(v).template as<toml::value_t::floating>() , toml::type_error);}
if(t != toml::value_t::string ) {CHECK_THROWS_AS(as_const(v).as_string() , toml::type_error); CHECK_THROWS_AS(as_const(v).template as<toml::value_t::string>() , toml::type_error);}
if(t != toml::value_t::offset_datetime) {CHECK_THROWS_AS(as_const(v).as_offset_datetime(), toml::type_error); CHECK_THROWS_AS(as_const(v).template as<toml::value_t::offset_datetime>(), toml::type_error);}
if(t != toml::value_t::local_datetime ) {CHECK_THROWS_AS(as_const(v).as_local_datetime() , toml::type_error); CHECK_THROWS_AS(as_const(v).template as<toml::value_t::local_datetime>() , toml::type_error);}
if(t != toml::value_t::local_date ) {CHECK_THROWS_AS(as_const(v).as_local_date() , toml::type_error); CHECK_THROWS_AS(as_const(v).template as<toml::value_t::local_date>() , toml::type_error);}
if(t != toml::value_t::local_time ) {CHECK_THROWS_AS(as_const(v).as_local_time() , toml::type_error); CHECK_THROWS_AS(as_const(v).template as<toml::value_t::local_time>() , toml::type_error);}
if(t != toml::value_t::array ) {CHECK_THROWS_AS(as_const(v).as_array() , toml::type_error); CHECK_THROWS_AS(as_const(v).template as<toml::value_t::array>() , toml::type_error);}
if(t != toml::value_t::table ) {CHECK_THROWS_AS(as_const(v).as_table() , toml::type_error); CHECK_THROWS_AS(as_const(v).template as<toml::value_t::table>() , toml::type_error);}
return;
add test for values
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}
test: update test codes to v4
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template<toml::value_t VT>
struct as_type_tester;
#ifndef TOML11_TEST_DEFINE_AS_TYPE_TESTER
#define TOML11_TEST_DEFINE_AS_TYPE_TESTER(ty) \
template<> \
struct as_type_tester<toml::value_t::ty> \
{ \
template<typename TC, typename T> \
static void test(toml::basic_value<TC>& v, const T& eq, const T& ne) \
{ \
CHECK_EQ(v.as_ ## ty(), eq); \
CHECK_NE(v.as_ ## ty(), ne); \
CHECK_EQ(as_const(v).as_ ## ty(), eq); \
CHECK_NE(as_const(v).as_ ## ty(), ne); \
if(v.type() == toml::value_t::ty) \
{ \
CHECK_EQ(v.as_ ## ty(std::nothrow), eq); \
CHECK_NE(v.as_ ## ty(std::nothrow), ne); \
CHECK_EQ(as_const(v).as_ ## ty(std::nothrow), eq); \
CHECK_NE(as_const(v).as_ ## ty(std::nothrow), ne); \
} \
} \
}; /**/
#endif // TOML11_TEST_DEFINE_AS_TYPE_TESTER
TOML11_TEST_DEFINE_AS_TYPE_TESTER(boolean )
TOML11_TEST_DEFINE_AS_TYPE_TESTER(integer )
TOML11_TEST_DEFINE_AS_TYPE_TESTER(floating )
TOML11_TEST_DEFINE_AS_TYPE_TESTER(string )
TOML11_TEST_DEFINE_AS_TYPE_TESTER(offset_datetime)
TOML11_TEST_DEFINE_AS_TYPE_TESTER(local_datetime )
TOML11_TEST_DEFINE_AS_TYPE_TESTER(local_date )
TOML11_TEST_DEFINE_AS_TYPE_TESTER(local_time )
TOML11_TEST_DEFINE_AS_TYPE_TESTER(array )
TOML11_TEST_DEFINE_AS_TYPE_TESTER(table )
#undef TOML11_TEST_DEFINE_AS_TYPE_TESTER
template<toml::value_t VT, typename TC, typename T, typename U>
void test_as_type(toml::basic_value<TC>& v, const T& eq_, const U& ne_)
add test for values
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{
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using elem_type = toml::detail::enum_to_type_t<VT, toml::basic_value<TC>>;
const elem_type eq(eq_);
const elem_type ne(ne_);
as_type_tester<VT>::test(v, eq, ne);
// as<T>
CHECK_EQ(v.template as<VT>(), eq);
CHECK_NE(v.template as<VT>(), ne);
CHECK_EQ(as_const(v).template as<VT>(), eq);
CHECK_NE(as_const(v).template as<VT>(), ne);
if(v.type() == VT)
{
CHECK_EQ(v.template as<VT>(std::nothrow), eq);
CHECK_NE(v.template as<VT>(std::nothrow), ne);
CHECK_EQ(as_const(v).template as<VT>(std::nothrow), eq);
CHECK_NE(as_const(v).template as<VT>(std::nothrow), ne);
}
return;
implement union-based toml::value
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}
add test for values
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test: update test codes to v4
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template<typename TC>
void test_as_type_fmt_throws(toml::basic_value<TC>& v, const toml::value_t t)
add test for substitution
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{
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if(t != toml::value_t::boolean ) {CHECK_THROWS_AS(v.as_boolean_fmt() , toml::type_error); CHECK_THROWS_AS(v.template as_fmt<toml::value_t::boolean>() , toml::type_error);}
if(t != toml::value_t::integer ) {CHECK_THROWS_AS(v.as_integer_fmt() , toml::type_error); CHECK_THROWS_AS(v.template as_fmt<toml::value_t::integer>() , toml::type_error);}
if(t != toml::value_t::floating ) {CHECK_THROWS_AS(v.as_floating_fmt() , toml::type_error); CHECK_THROWS_AS(v.template as_fmt<toml::value_t::floating>() , toml::type_error);}
if(t != toml::value_t::string ) {CHECK_THROWS_AS(v.as_string_fmt() , toml::type_error); CHECK_THROWS_AS(v.template as_fmt<toml::value_t::string>() , toml::type_error);}
if(t != toml::value_t::offset_datetime) {CHECK_THROWS_AS(v.as_offset_datetime_fmt(), toml::type_error); CHECK_THROWS_AS(v.template as_fmt<toml::value_t::offset_datetime>(), toml::type_error);}
if(t != toml::value_t::local_datetime ) {CHECK_THROWS_AS(v.as_local_datetime_fmt() , toml::type_error); CHECK_THROWS_AS(v.template as_fmt<toml::value_t::local_datetime>() , toml::type_error);}
if(t != toml::value_t::local_date ) {CHECK_THROWS_AS(v.as_local_date_fmt() , toml::type_error); CHECK_THROWS_AS(v.template as_fmt<toml::value_t::local_date>() , toml::type_error);}
if(t != toml::value_t::local_time ) {CHECK_THROWS_AS(v.as_local_time_fmt() , toml::type_error); CHECK_THROWS_AS(v.template as_fmt<toml::value_t::local_time>() , toml::type_error);}
if(t != toml::value_t::array ) {CHECK_THROWS_AS(v.as_array_fmt() , toml::type_error); CHECK_THROWS_AS(v.template as_fmt<toml::value_t::array>() , toml::type_error);}
if(t != toml::value_t::table ) {CHECK_THROWS_AS(v.as_table_fmt() , toml::type_error); CHECK_THROWS_AS(v.template as_fmt<toml::value_t::table>() , toml::type_error);}
if(t != toml::value_t::boolean ) {CHECK_THROWS_AS(as_const(v).as_boolean_fmt() , toml::type_error); CHECK_THROWS_AS(as_const(v).template as_fmt<toml::value_t::boolean>() , toml::type_error);}
if(t != toml::value_t::integer ) {CHECK_THROWS_AS(as_const(v).as_integer_fmt() , toml::type_error); CHECK_THROWS_AS(as_const(v).template as_fmt<toml::value_t::integer>() , toml::type_error);}
if(t != toml::value_t::floating ) {CHECK_THROWS_AS(as_const(v).as_floating_fmt() , toml::type_error); CHECK_THROWS_AS(as_const(v).template as_fmt<toml::value_t::floating>() , toml::type_error);}
if(t != toml::value_t::string ) {CHECK_THROWS_AS(as_const(v).as_string_fmt() , toml::type_error); CHECK_THROWS_AS(as_const(v).template as_fmt<toml::value_t::string>() , toml::type_error);}
if(t != toml::value_t::offset_datetime) {CHECK_THROWS_AS(as_const(v).as_offset_datetime_fmt(), toml::type_error); CHECK_THROWS_AS(as_const(v).template as_fmt<toml::value_t::offset_datetime>(), toml::type_error);}
if(t != toml::value_t::local_datetime ) {CHECK_THROWS_AS(as_const(v).as_local_datetime_fmt() , toml::type_error); CHECK_THROWS_AS(as_const(v).template as_fmt<toml::value_t::local_datetime>() , toml::type_error);}
if(t != toml::value_t::local_date ) {CHECK_THROWS_AS(as_const(v).as_local_date_fmt() , toml::type_error); CHECK_THROWS_AS(as_const(v).template as_fmt<toml::value_t::local_date>() , toml::type_error);}
if(t != toml::value_t::local_time ) {CHECK_THROWS_AS(as_const(v).as_local_time_fmt() , toml::type_error); CHECK_THROWS_AS(as_const(v).template as_fmt<toml::value_t::local_time>() , toml::type_error);}
if(t != toml::value_t::array ) {CHECK_THROWS_AS(as_const(v).as_array_fmt() , toml::type_error); CHECK_THROWS_AS(as_const(v).template as_fmt<toml::value_t::array>() , toml::type_error);}
if(t != toml::value_t::table ) {CHECK_THROWS_AS(as_const(v).as_table_fmt() , toml::type_error); CHECK_THROWS_AS(as_const(v).template as_fmt<toml::value_t::table>() , toml::type_error);}
return;
update toml::value and improve test_value - enable to store new types - store source string if possible - refactoring
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}
test: update test codes to v4
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template<toml::value_t VT>
struct as_type_fmt_tester;
#ifndef TOML11_TEST_DEFINE_AS_TYPE_FMT_TESTER
#define TOML11_TEST_DEFINE_AS_TYPE_FMT_TESTER(ty) \
template<> \
struct as_type_fmt_tester<toml::value_t::ty> \
{ \
template<typename TC, typename FMT> \
static void test(toml::basic_value<TC>& v, const FMT& fmt) \
{ \
CHECK_EQ( v .as_ ## ty ## _fmt(), fmt); \
CHECK_EQ(as_const(v).as_ ## ty ## _fmt(), fmt); \
if(v.type() == toml::value_t::ty) \
{ \
CHECK_EQ( v .as_ ## ty ## _fmt(std::nothrow), fmt); \
CHECK_EQ(as_const(v).as_ ## ty ## _fmt(std::nothrow), fmt); \
} \
} \
}; /**/
#endif // TOML11_TEST_DEFINE_AS_TYPE_TESTER
TOML11_TEST_DEFINE_AS_TYPE_FMT_TESTER(boolean )
TOML11_TEST_DEFINE_AS_TYPE_FMT_TESTER(integer )
TOML11_TEST_DEFINE_AS_TYPE_FMT_TESTER(floating )
TOML11_TEST_DEFINE_AS_TYPE_FMT_TESTER(string )
TOML11_TEST_DEFINE_AS_TYPE_FMT_TESTER(offset_datetime)
TOML11_TEST_DEFINE_AS_TYPE_FMT_TESTER(local_datetime )
TOML11_TEST_DEFINE_AS_TYPE_FMT_TESTER(local_date )
TOML11_TEST_DEFINE_AS_TYPE_FMT_TESTER(local_time )
TOML11_TEST_DEFINE_AS_TYPE_FMT_TESTER(array )
TOML11_TEST_DEFINE_AS_TYPE_FMT_TESTER(table )
#undef TOML11_TEST_DEFINE_AS_TYPE_FMT_TESTER
template<toml::value_t VT, typename TC, typename FMT>
void test_as_type_fmt(toml::basic_value<TC>& v, const FMT& fmt)
update toml::value and improve test_value - enable to store new types - store source string if possible - refactoring
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{
test: update test codes to v4
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as_type_fmt_tester<VT>::test(v, fmt);
update toml::value and improve test_value - enable to store new types - store source string if possible - refactoring
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test: update test codes to v4
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// as<T>
CHECK_EQ(v .template as_fmt<VT>(), fmt);
CHECK_EQ(as_const(v).template as_fmt<VT>(), fmt);
if(v.type() == VT)
{
CHECK_EQ(v .template as_fmt<VT>(std::nothrow), fmt);
CHECK_EQ(as_const(v).template as_fmt<VT>(std::nothrow), fmt);
}
return;
update toml::value and improve test_value - enable to store new types - store source string if possible - refactoring
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}
test: update test codes to v4
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template<toml::value_t TYPE, typename T, typename U, typename FMT>
void test_ctors(T eq, U ne, FMT fmt)
update toml::value and improve test_value - enable to store new types - store source string if possible - refactoring
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{
test: update test codes to v4
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{
toml::value x(eq);
test_is_type (x, TYPE);
test_as_type_throws (x, TYPE);
test_as_type_fmt_throws(x, TYPE);
test_as_type<TYPE>(x, eq, ne);
CHECK_EQ(x.comments().size(), 0);
CHECK_EQ(x.location().is_ok(), false);
}
// -----------------------------------------------------------------------
{
toml::value x_with_comments(eq, std::vector<std::string>{"foo", "bar"});
test_is_type (x_with_comments, TYPE);
test_as_type_throws (x_with_comments, TYPE);
test_as_type_fmt_throws(x_with_comments, TYPE);
test_as_type<TYPE>(x_with_comments, eq, ne);
CHECK_EQ(x_with_comments.comments().size(), 2);
CHECK_EQ(x_with_comments.comments().at(0), "foo");
CHECK_EQ(x_with_comments.comments().at(1), "bar");
CHECK_EQ(x_with_comments.location().is_ok(), false);
}
// -----------------------------------------------------------------------
{
toml::value x_with_format(eq, fmt);
test_is_type (x_with_format, TYPE);
test_as_type_throws (x_with_format, TYPE);
test_as_type_fmt_throws(x_with_format, TYPE);
test_as_type <TYPE>(x_with_format, eq, ne);
test_as_type_fmt<TYPE>(x_with_format, fmt);
CHECK_EQ(x_with_format.comments().size(), 0);
CHECK_EQ(x_with_format.location().is_ok(), false);
}
// -----------------------------------------------------------------------
{
toml::value x_with_com_fmt(eq, fmt,
std::vector<std::string>{"foo", "bar"});
test_is_type (x_with_com_fmt, TYPE);
test_as_type_throws (x_with_com_fmt, TYPE);
test_as_type_fmt_throws(x_with_com_fmt, TYPE);
test_as_type <TYPE>(x_with_com_fmt, eq, ne);
test_as_type_fmt<TYPE>(x_with_com_fmt, fmt);
CHECK_EQ(x_with_com_fmt.comments().size(), 2);
CHECK_EQ(x_with_com_fmt.comments().at(0), "foo");
CHECK_EQ(x_with_com_fmt.comments().at(1), "bar");
CHECK_EQ(x_with_com_fmt.location().is_ok(), false);
}
// -----------------------------------------------------------------------
{
toml::value x_assign(ne, fmt);
x_assign = eq;
test_is_type (x_assign, TYPE);
test_as_type_throws (x_assign, TYPE);
test_as_type_fmt_throws(x_assign, TYPE);
test_as_type <TYPE>(x_assign, eq, ne);
test_as_type_fmt<TYPE>(x_assign, fmt);
CHECK_EQ(x_assign.comments().size(), 0);
CHECK_EQ(x_assign.location().is_ok(), false);
}
// -----------------------------------------------------------------------
{
toml::value x_assign_different_type(true);
x_assign_different_type = eq;
test_is_type (x_assign_different_type, TYPE);
test_as_type_throws (x_assign_different_type, TYPE);
test_as_type_fmt_throws(x_assign_different_type, TYPE);
test_as_type<TYPE>(x_assign_different_type, eq, ne);
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CHECK_EQ(x_assign_different_type.comments().size(), 0);
CHECK_EQ(x_assign_different_type.location().is_ok(), false);
}
}
template<toml::value_t TYPE, typename T, typename U, typename FMT>
void test_copy_move_ctors(T eq, U ne, FMT fmt)
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{
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{
toml::value x_original(eq, fmt, std::vector<std::string>{"foo", "bar"});
toml::value x_copy(x_original);
test_is_type (x_copy, TYPE);
test_as_type_throws (x_copy, TYPE);
test_as_type_fmt_throws(x_copy, TYPE);
test_as_type <TYPE>(x_copy, eq, ne);
test_as_type_fmt<TYPE>(x_copy, fmt);
CHECK_EQ(x_copy.comments().size(), 2);
CHECK_EQ(x_copy.comments().at(0), "foo");
CHECK_EQ(x_copy.comments().at(1), "bar");
CHECK_EQ(x_copy.location().is_ok(), false);
x_copy = 0; // reset with integer 0
x_copy = x_original;
test_is_type (x_copy, TYPE);
test_as_type_throws (x_copy, TYPE);
test_as_type_fmt_throws(x_copy, TYPE);
test_as_type <TYPE>(x_copy, eq, ne);
test_as_type_fmt<TYPE>(x_copy, fmt);
CHECK_EQ(x_copy.comments().size(), 2);
CHECK_EQ(x_copy.comments().at(0), "foo");
CHECK_EQ(x_copy.comments().at(1), "bar");
CHECK_EQ(x_copy.location().is_ok(), false);
}
// -----------------------------------------------------------------------
{
toml::value x_original(eq, fmt, std::vector<std::string>{"foo", "bar"});
toml::value x_move(std::move(x_original));
test_is_type (x_move, TYPE);
test_as_type_throws (x_move, TYPE);
test_as_type_fmt_throws(x_move, TYPE);
test_as_type <TYPE>(x_move, eq, ne);
test_as_type_fmt<TYPE>(x_move, fmt);
CHECK_EQ(x_move.comments().size(), 2);
CHECK_EQ(x_move.comments().at(0), "foo");
CHECK_EQ(x_move.comments().at(1), "bar");
CHECK_EQ(x_move.location().is_ok(), false);
x_move = 0; // reset with integer 0
toml::value x_original2(eq, fmt, std::vector<std::string>{"foo", "bar"});
x_move = std::move(x_original2);
test_is_type (x_move, TYPE);
test_as_type_throws (x_move, TYPE);
test_as_type_fmt_throws(x_move, TYPE);
test_as_type <TYPE>(x_move, eq, ne);
test_as_type_fmt<TYPE>(x_move, fmt);
CHECK_EQ(x_move.comments().size(), 2);
CHECK_EQ(x_move.comments().at(0), "foo");
CHECK_EQ(x_move.comments().at(1), "bar");
CHECK_EQ(x_move.location().is_ok(), false);
}
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}
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TEST_CASE("testing default constructor (empty)")
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{
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toml::value v;
test_is_type(v, toml::value_t::empty);
CHECK_EQ(v.comments().size(), 0);
CHECK_EQ(v.location().is_ok(), false);
toml::value v1(v);
test_is_type(v1, toml::value_t::empty);
CHECK_EQ(v1.comments().size(), 0);
CHECK_EQ(v1.location().is_ok(), false);
toml::value v2(std::move(v));
test_is_type(v2, toml::value_t::empty);
CHECK_EQ(v2.comments().size(), 0);
CHECK_EQ(v2.location().is_ok(), false);
toml::value v3(std::move(v), std::vector<std::string>{"foo", "bar"});
test_is_type(v3, toml::value_t::empty);
CHECK_EQ(v3.comments().size(), 2);
CHECK_EQ(v3.comments().at(0), "foo");
CHECK_EQ(v3.comments().at(1), "bar");
CHECK_EQ(v3.location().is_ok(), false);
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}
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TEST_CASE("testing constructor (boolean)")
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{
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toml::boolean_format_info fmt;
const bool eq = true;
const bool ne = false;
test_ctors <toml::value_t::boolean>(eq, ne, fmt);
test_copy_move_ctors<toml::value_t::boolean>(eq, ne, fmt);
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}
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TEST_CASE("testing constructor (integer)")
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{
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toml::integer_format_info fmt;
fmt.width = 10;
const int eq = 42;
const int ne = 6 * 9;
test_ctors <toml::value_t::integer>(eq, ne, fmt);
test_copy_move_ctors<toml::value_t::integer>(eq, ne, fmt);
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}
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TEST_CASE("testing constructor (floating)")
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{
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toml::floating_format_info fmt;
fmt.fmt = toml::floating_format::fixed;
fmt.prec = 6;
const double eq = 3.14;
const double ne = 2.71;
test_ctors <toml::value_t::floating>(eq, ne, fmt);
test_copy_move_ctors<toml::value_t::floating>(eq, ne, fmt);
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}
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TEST_CASE("testing constructor (string)")
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{
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toml::string_format_info fmt;
fmt.fmt = toml::string_format::literal;
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const std::string eq("hoge");
const std::string ne("fuga");
test_ctors <toml::value_t::string>(eq, ne, fmt);
test_copy_move_ctors<toml::value_t::string>(eq, ne, fmt);
}
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TEST_CASE("testing constructor (literal string)")
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{
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toml::string_format_info fmt;
fmt.fmt = toml::string_format::literal;
// to explicitly pass (const char&)[N], we write it here directly
// {{{
// -----------------------------------------------------------------------
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{
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toml::value x("foo");
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test_is_type(x, toml::value_t::string);
test_as_type_throws(x, toml::value_t::string);
test_as_type_fmt_throws(x, toml::value_t::string);
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test_as_type<toml::value_t::string>(x, "foo", "bar");
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CHECK_EQ(x.comments().size(), 0);
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CHECK_EQ(x.location().is_ok(), false);
}
// -----------------------------------------------------------------------
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{
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toml::value x_with_comments("foo", std::vector<std::string>{"foo", "bar"});
test_is_type (x_with_comments, toml::value_t::string);
test_as_type_throws (x_with_comments, toml::value_t::string);
test_as_type_fmt_throws(x_with_comments, toml::value_t::string);
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test_as_type<toml::value_t::string>(x_with_comments, "foo", "bar");
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CHECK_EQ(x_with_comments.comments().size(), 2);
CHECK_EQ(x_with_comments.comments().at(0), "foo");
CHECK_EQ(x_with_comments.comments().at(1), "bar");
CHECK_EQ(x_with_comments.location().is_ok(), false);
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}
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// -----------------------------------------------------------------------
{
toml::value x_with_format("foo", fmt);
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test_is_type (x_with_format, toml::value_t::string);
test_as_type_throws (x_with_format, toml::value_t::string);
test_as_type_fmt_throws(x_with_format, toml::value_t::string);
test_as_type <toml::value_t::string>(x_with_format, "foo", "bar");
test_as_type_fmt<toml::value_t::string>(x_with_format, fmt);
CHECK_EQ(x_with_format.comments().size(), 0);
CHECK_EQ(x_with_format.location().is_ok(), false);
}
// -----------------------------------------------------------------------
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{
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toml::value x_with_com_fmt("foo", fmt,
std::vector<std::string>{"foo", "bar"});
test_is_type (x_with_com_fmt, toml::value_t::string);
test_as_type_throws (x_with_com_fmt, toml::value_t::string);
test_as_type_fmt_throws(x_with_com_fmt, toml::value_t::string);
test_as_type <toml::value_t::string>(x_with_com_fmt, "foo", "bar");
test_as_type_fmt<toml::value_t::string>(x_with_com_fmt, fmt);
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CHECK_EQ(x_with_com_fmt.comments().size(), 2);
CHECK_EQ(x_with_com_fmt.comments().at(0), "foo");
CHECK_EQ(x_with_com_fmt.comments().at(1), "bar");
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CHECK_EQ(x_with_com_fmt.location().is_ok(), false);
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}
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// -----------------------------------------------------------------------
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{
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toml::value x_from_string(std::string("bar"), fmt);
x_from_string = "foo";
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test_is_type (x_from_string, toml::value_t::string);
test_as_type_throws (x_from_string, toml::value_t::string);
test_as_type_fmt_throws(x_from_string, toml::value_t::string);
test_as_type <toml::value_t::string>(x_from_string, "foo", "bar");
test_as_type_fmt<toml::value_t::string>(x_from_string, fmt);
CHECK_EQ(x_from_string.comments().size(), 0);
CHECK_EQ(x_from_string.location().is_ok(), false);
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}
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// -----------------------------------------------------------------------
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{
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toml::value x_from_non_string(true);
x_from_non_string = "foo";
test_is_type (x_from_non_string, toml::value_t::string);
test_as_type_throws (x_from_non_string, toml::value_t::string);
test_as_type_fmt_throws(x_from_non_string, toml::value_t::string);
test_as_type<toml::value_t::string>(x_from_non_string, "foo", "bar");
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CHECK_EQ(x_from_non_string.comments().size(), 0);
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CHECK_EQ(x_from_non_string.location().is_ok(), false);
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}
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// }}}
test: add test: accessing via bracket operator
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}
test: add test for map/vector methods
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#ifdef TOML11_HAS_STRING_VIEW
#include <string_view>
TEST_CASE("testing constructor (string_view)")
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{
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toml::string_format_info fmt;
fmt.fmt = toml::string_format::literal;
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const std::string_view eq("hoge");
const std::string_view ne("fuga");
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test_ctors<toml::value_t::string>(eq, ne, fmt);
}
#endif
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TEST_CASE("testing constructor (local_date)")
{
toml::local_date_format_info fmt;
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test: update test codes to v4
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const toml::local_date eq(2023, toml::month_t::Feb, 2);
const toml::local_date ne(2023, toml::month_t::Jan, 1);
test_ctors <toml::value_t::local_date>(eq, ne, fmt);
test_copy_move_ctors<toml::value_t::local_date>(eq, ne, fmt);
test: add test for map/vector methods
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}
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TEST_CASE("testing constructor (local_time)")
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{
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toml::local_time_format_info fmt;
fmt.subsecond_precision = 3;
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const toml::local_time eq(12, 30, 45);
const toml::local_time ne( 2, 34, 56);
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test_ctors <toml::value_t::local_time>(eq, ne, fmt);
test_copy_move_ctors<toml::value_t::local_time>(eq, ne, fmt);
}
test: add test for map/vector methods
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test: update test codes to v4
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TEST_CASE("testing constructor (std::chrono::duration)")
{
toml::local_time_format_info fmt;
fmt.subsecond_precision = 3;
const auto eq = std::chrono::hours(12) ;
const auto ne = std::chrono::seconds(12);
test_ctors<toml::value_t::local_time>(eq, ne, fmt);
}
TEST_CASE("testing constructor (local_datetime)")
{
toml::local_datetime_format_info fmt;
fmt.subsecond_precision = 3;
const toml::local_datetime eq(toml::local_date(2023, toml::month_t::Feb, 2),
toml::local_time(12, 30, 45));
const toml::local_datetime ne(toml::local_date(2023, toml::month_t::Jan, 1),
toml::local_time( 2, 34, 56));
test_ctors <toml::value_t::local_datetime>(eq, ne, fmt);
test_copy_move_ctors<toml::value_t::local_datetime>(eq, ne, fmt);
}
TEST_CASE("testing constructor (offset_datetime)")
{
toml::offset_datetime_format_info fmt;
fmt.subsecond_precision = 3;
const toml::offset_datetime eq(toml::local_date(2023, toml::month_t::Feb, 2),
toml::local_time(12, 30, 45),
toml::time_offset(9, 0));
const toml::offset_datetime ne(toml::local_date(2023, toml::month_t::Jan, 1),
toml::local_time( 2, 34, 56),
toml::time_offset(-9, 0));
test_ctors <toml::value_t::offset_datetime>(eq, ne, fmt);
test_copy_move_ctors<toml::value_t::offset_datetime>(eq, ne, fmt);
}
TEST_CASE("testing constructor (system_clock::time_point)")
{
toml::offset_datetime_format_info fmt;
fmt.subsecond_precision = 3;
// we use zero-offset because offset_datetime uses gmtime.
const std::chrono::system_clock::time_point eq =
toml::offset_datetime(toml::local_date(2023, toml::month_t::Feb, 2),
toml::local_time(12, 30, 45),
toml::time_offset(0, 0));
const std::chrono::system_clock::time_point ne =
toml::offset_datetime(toml::local_date(2023, toml::month_t::Jan, 1),
toml::local_time( 2, 34, 56),
toml::time_offset(-9, 0));
test_ctors<toml::value_t::offset_datetime>(eq, ne, fmt);
}
TEST_CASE("testing constructor (array)")
{
toml::array_format_info fmt;
fmt.body_indent = 10;
fmt.closing_indent = 5;
const toml::array eq{true, 42, "hoge"};
const toml::array ne{false, 3.14, "fuga"};
test_ctors <toml::value_t::array>(eq, ne, fmt);
test_copy_move_ctors<toml::value_t::array>(eq, ne, fmt);
}
TEST_CASE("testing constructor (array-like)")
{
toml::array_format_info fmt;
fmt.body_indent = 10;
fmt.closing_indent = 5;
toml::value x(std::deque<toml::value>{true, 42, "hoge"});
test_is_type(x, toml::value_t::array);
test_as_type_throws(x, toml::value_t::array);
test_as_type_fmt_throws(x, toml::value_t::array);
CHECK_UNARY(x.at(0).is_boolean());
CHECK_UNARY(x.at(1).is_integer());
CHECK_UNARY(x.at(2).is_string());
CHECK_EQ(x.at(0).as_boolean(), true);
CHECK_EQ(x.at(1).as_integer(), 42);
CHECK_EQ(x.at(2).as_string(), std::string("hoge"));
// -----------------------------------------------------------------------
toml::value x_with_comments(std::deque<toml::value>{true, 42, "hoge"}, std::vector<std::string>{"foo", "bar"});
test_is_type (x_with_comments, toml::value_t::array);
test_as_type_throws (x_with_comments, toml::value_t::array);
test_as_type_fmt_throws(x_with_comments, toml::value_t::array);
CHECK_UNARY(x_with_comments.at(0).is_boolean());
CHECK_UNARY(x_with_comments.at(1).is_integer());
CHECK_UNARY(x_with_comments.at(2).is_string());
CHECK_EQ(x_with_comments.at(0).as_boolean(), true);
CHECK_EQ(x_with_comments.at(1).as_integer(), 42);
CHECK_EQ(x_with_comments.at(2).as_string(), std::string("hoge"));
CHECK_EQ(x_with_comments.comments().size(), 2);
CHECK_EQ(x_with_comments.comments().at(0), "foo");
CHECK_EQ(x_with_comments.comments().at(1), "bar");
CHECK_EQ(x_with_comments.location().is_ok(), false);
// -----------------------------------------------------------------------
toml::value x_with_format(std::deque<toml::value>{true, 42, "hoge"}, fmt);
test_is_type (x_with_format, toml::value_t::array);
test_as_type_throws (x_with_format, toml::value_t::array);
test_as_type_fmt_throws(x_with_format, toml::value_t::array);
CHECK_UNARY(x_with_format.at(0).is_boolean());
CHECK_UNARY(x_with_format.at(1).is_integer());
CHECK_UNARY(x_with_format.at(2).is_string());
CHECK_EQ(x_with_format.at(0).as_boolean(), true);
CHECK_EQ(x_with_format.at(1).as_integer(), 42);
CHECK_EQ(x_with_format.at(2).as_string(), std::string("hoge"));
CHECK_EQ(x_with_format.as_array_fmt(), fmt);
CHECK_EQ(x_with_format.comments().size(), 0);
CHECK_EQ(x_with_format.location().is_ok(), false);
// -----------------------------------------------------------------------
toml::value x_with_com_fmt(std::deque<toml::value>{true, 42, "hoge"}, fmt,
std::vector<std::string>{"foo", "bar"});
test_is_type (x_with_com_fmt, toml::value_t::array);
test_as_type_throws (x_with_com_fmt, toml::value_t::array);
test_as_type_fmt_throws(x_with_com_fmt, toml::value_t::array);
CHECK_UNARY(x_with_com_fmt.at(0).is_boolean());
CHECK_UNARY(x_with_com_fmt.at(1).is_integer());
CHECK_UNARY(x_with_com_fmt.at(2).is_string());
CHECK_EQ(x_with_com_fmt.at(0).as_boolean(), true);
CHECK_EQ(x_with_com_fmt.at(1).as_integer(), 42);
CHECK_EQ(x_with_com_fmt.at(2).as_string(), std::string("hoge"));
CHECK_EQ(x_with_com_fmt.as_array_fmt(), fmt);
CHECK_EQ(x_with_com_fmt.comments().size(), 2);
CHECK_EQ(x_with_com_fmt.comments().at(0), "foo");
CHECK_EQ(x_with_com_fmt.comments().at(1), "bar");
CHECK_EQ(x_with_com_fmt.location().is_ok(), false);
// -----------------------------------------------------------------------
toml::value x_from_array(std::deque<toml::value>{3.14, 2.71, "foo"}, fmt);
x_from_array = std::deque<toml::value>{true, 42, "hoge"};
test_is_type (x_from_array, toml::value_t::array);
test_as_type_throws (x_from_array, toml::value_t::array);
test_as_type_fmt_throws(x_from_array, toml::value_t::array);
CHECK_UNARY(x_from_array.at(0).is_boolean());
CHECK_UNARY(x_from_array.at(1).is_integer());
CHECK_UNARY(x_from_array.at(2).is_string());
CHECK_EQ(x_from_array.at(0).as_boolean(), true);
CHECK_EQ(x_from_array.at(1).as_integer(), 42);
CHECK_EQ(x_from_array.at(2).as_string(), std::string("hoge"));
CHECK_EQ(x_from_array.as_array_fmt(), fmt);
CHECK_EQ(x_from_array.comments().size(), 0);
CHECK_EQ(x_from_array.location().is_ok(), false);
// -----------------------------------------------------------------------
toml::value x_from_non_array(true);
x_from_non_array = std::deque<toml::value>{true, 42, "hoge"};
test_is_type (x_from_non_array, toml::value_t::array);
test_as_type_throws (x_from_non_array, toml::value_t::array);
test_as_type_fmt_throws(x_from_non_array, toml::value_t::array);
CHECK_UNARY(x_from_non_array.at(0).is_boolean());
CHECK_UNARY(x_from_non_array.at(1).is_integer());
CHECK_UNARY(x_from_non_array.at(2).is_string());
CHECK_EQ(x_from_non_array.at(0).as_boolean(), true);
CHECK_EQ(x_from_non_array.at(1).as_integer(), 42);
CHECK_EQ(x_from_non_array.at(2).as_string(), std::string("hoge"));
CHECK_EQ(x_from_non_array.comments().size(), 0);
CHECK_EQ(x_from_non_array.location().is_ok(), false);
}
TEST_CASE("testing constructor (table)")
{
toml::table_format_info fmt;
fmt.body_indent = 10;
const toml::table eq{{"a", true }, {"b", 42}, {"c", "hoge"}};
const toml::table ne{{"alpha", false}, {"b", 42}, {"c", "fuga"}};
test_ctors <toml::value_t::table>(eq, ne, fmt);
test_copy_move_ctors<toml::value_t::table>(eq, ne, fmt);
}
TEST_CASE("testing constructor (table-like)")
{
toml::table_format_info fmt;
fmt.body_indent = 10;
toml::value x(std::map<std::string, toml::value>{{"a", true}, {"b", 42}, {"c", "hoge"}});
test_is_type(x, toml::value_t::table);
test_as_type_throws(x, toml::value_t::table);
test_as_type_fmt_throws(x, toml::value_t::table);
CHECK_UNARY(x.at("a").is_boolean());
CHECK_UNARY(x.at("b").is_integer());
CHECK_UNARY(x.at("c").is_string());
CHECK_EQ(x.at("a").as_boolean(), true);
CHECK_EQ(x.at("b").as_integer(), 42);
CHECK_EQ(x.at("c").as_string(), std::string("hoge"));
// -----------------------------------------------------------------------
toml::value x_with_comments(std::map<std::string, toml::value>{{"a", true}, {"b", 42}, {"c", "hoge"}}, std::vector<std::string>{"foo", "bar"});
test_is_type (x_with_comments, toml::value_t::table);
test_as_type_throws (x_with_comments, toml::value_t::table);
test_as_type_fmt_throws(x_with_comments, toml::value_t::table);
CHECK_UNARY(x_with_comments.at("a").is_boolean());
CHECK_UNARY(x_with_comments.at("b").is_integer());
CHECK_UNARY(x_with_comments.at("c").is_string());
CHECK_EQ(x_with_comments.at("a").as_boolean(), true);
CHECK_EQ(x_with_comments.at("b").as_integer(), 42);
CHECK_EQ(x_with_comments.at("c").as_string(), std::string("hoge"));
CHECK_EQ(x_with_comments.comments().size(), 2);
CHECK_EQ(x_with_comments.comments().at(0), "foo");
CHECK_EQ(x_with_comments.comments().at(1), "bar");
CHECK_EQ(x_with_comments.location().is_ok(), false);
// -----------------------------------------------------------------------
toml::value x_with_format(std::map<std::string, toml::value>{{"a", true}, {"b", 42}, {"c", "hoge"}}, fmt);
test_is_type (x_with_format, toml::value_t::table);
test_as_type_throws (x_with_format, toml::value_t::table);
test_as_type_fmt_throws(x_with_format, toml::value_t::table);
CHECK_UNARY(x_with_format.at("a").is_boolean());
CHECK_UNARY(x_with_format.at("b").is_integer());
CHECK_UNARY(x_with_format.at("c").is_string());
CHECK_EQ(x_with_format.at("a").as_boolean(), true);
CHECK_EQ(x_with_format.at("b").as_integer(), 42);
CHECK_EQ(x_with_format.at("c").as_string(), std::string("hoge"));
CHECK_EQ(x_with_format.as_table_fmt(), fmt);
CHECK_EQ(x_with_format.comments().size(), 0);
CHECK_EQ(x_with_format.location().is_ok(), false);
// -----------------------------------------------------------------------
toml::value x_with_com_fmt(std::map<std::string, toml::value>{{"a", true}, {"b", 42}, {"c", "hoge"}}, fmt,
std::vector<std::string>{"foo", "bar"});
test_is_type (x_with_com_fmt, toml::value_t::table);
test_as_type_throws (x_with_com_fmt, toml::value_t::table);
test_as_type_fmt_throws(x_with_com_fmt, toml::value_t::table);
CHECK_UNARY(x_with_com_fmt.at("a").is_boolean());
CHECK_UNARY(x_with_com_fmt.at("b").is_integer());
CHECK_UNARY(x_with_com_fmt.at("c").is_string());
CHECK_EQ(x_with_com_fmt.at("a").as_boolean(), true);
CHECK_EQ(x_with_com_fmt.at("b").as_integer(), 42);
CHECK_EQ(x_with_com_fmt.at("c").as_string(), std::string("hoge"));
CHECK_EQ(x_with_com_fmt.as_table_fmt(), fmt);
CHECK_EQ(x_with_com_fmt.comments().size(), 2);
CHECK_EQ(x_with_com_fmt.comments().at(0), "foo");
CHECK_EQ(x_with_com_fmt.comments().at(1), "bar");
CHECK_EQ(x_with_com_fmt.location().is_ok(), false);
// -----------------------------------------------------------------------
toml::value x_from_table(toml::table{{"foo", "bar"}}, fmt);
x_from_table = std::map<std::string, toml::value>{{"a", true}, {"b", 42}, {"c", "hoge"}};
test_is_type (x_from_table, toml::value_t::table);
test_as_type_throws (x_from_table, toml::value_t::table);
test_as_type_fmt_throws(x_from_table, toml::value_t::table);
CHECK_UNARY(x_from_table.at("a").is_boolean());
CHECK_UNARY(x_from_table.at("b").is_integer());
CHECK_UNARY(x_from_table.at("c").is_string());
CHECK_EQ(x_from_table.at("a").as_boolean(), true);
CHECK_EQ(x_from_table.at("b").as_integer(), 42);
CHECK_EQ(x_from_table.at("c").as_string(), std::string("hoge"));
CHECK_EQ(x_from_table.as_table_fmt(), fmt);
CHECK_EQ(x_from_table.comments().size(), 0);
CHECK_EQ(x_from_table.location().is_ok(), false);
// -----------------------------------------------------------------------
toml::value x_from_non_table(true);
x_from_non_table = std::map<std::string, toml::value>{{"a", true}, {"b", 42}, {"c", "hoge"}};
test_is_type (x_from_non_table, toml::value_t::table);
test_as_type_throws (x_from_non_table, toml::value_t::table);
test_as_type_fmt_throws(x_from_non_table, toml::value_t::table);
CHECK_UNARY(x_from_non_table.at("a").is_boolean());
CHECK_UNARY(x_from_non_table.at("b").is_integer());
CHECK_UNARY(x_from_non_table.at("c").is_string());
CHECK_EQ(x_from_non_table.at("a").as_boolean(), true);
CHECK_EQ(x_from_non_table.at("b").as_integer(), 42);
CHECK_EQ(x_from_non_table.at("c").as_string(), std::string("hoge"));
CHECK_EQ(x_from_non_table.comments().size(), 0);
CHECK_EQ(x_from_non_table.location().is_ok(), false);
}
struct X
{
toml::value into_toml() const
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{
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return toml::value(this->value);
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}
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int value;
};
inline bool operator==(const X& lhs, const X& rhs)
{
return lhs.value == rhs.value;
}
inline bool operator!=(const X& lhs, const X& rhs)
{
return lhs.value != rhs.value;
}
TEST_CASE("testing constructor (into_toml)")
{
const X initialized_with{42};
const X different_from{6*9};
// -----------------------------------------------------------------------
toml::value x(initialized_with);
test_is_type(x, toml::value_t::integer);
test_as_type_throws(x, toml::value_t::integer);
test_as_type_fmt_throws(x, toml::value_t::integer);
CHECK_EQ(x.as_integer(), initialized_with.value);
CHECK_NE(x.as_integer(), different_from.value);
CHECK_EQ(x.as_integer(std::nothrow), initialized_with.value);
CHECK_NE(x.as_integer(std::nothrow), different_from.value);
CHECK_EQ(x.comments().size(), 0);
CHECK_EQ(x.location().is_ok(), false);
// -----------------------------------------------------------------------
toml::value x_with_comments(initialized_with, std::vector<std::string>{"foo", "bar"});
test_is_type (x_with_comments, toml::value_t::integer);
test_as_type_throws (x_with_comments, toml::value_t::integer);
test_as_type_fmt_throws(x_with_comments, toml::value_t::integer);
CHECK_EQ(x_with_comments.as_integer(), initialized_with.value);
CHECK_NE(x_with_comments.as_integer(), different_from.value);
CHECK_EQ(x_with_comments.as_integer(std::nothrow), initialized_with.value);
CHECK_NE(x_with_comments.as_integer(std::nothrow), different_from.value);
CHECK_EQ(x_with_comments.comments().size(), 2);
CHECK_EQ(x_with_comments.comments().at(0), "foo");
CHECK_EQ(x_with_comments.comments().at(1), "bar");
CHECK_EQ(x_with_comments.location().is_ok(), false);
// -----------------------------------------------------------------------
toml::value x_from_integer(different_from);
x_from_integer = initialized_with;
test_is_type (x_from_integer, toml::value_t::integer);
test_as_type_throws (x_from_integer, toml::value_t::integer);
test_as_type_fmt_throws(x_from_integer, toml::value_t::integer);
CHECK_EQ(x_from_integer.as_integer(), initialized_with.value);
CHECK_NE(x_from_integer.as_integer(), different_from.value);
CHECK_EQ(x_from_integer.as_integer(std::nothrow), initialized_with.value);
CHECK_NE(x_from_integer.as_integer(std::nothrow), different_from.value);
CHECK_EQ(x_from_integer.comments().size(), 0);
CHECK_EQ(x_from_integer.location().is_ok(), false);
// -----------------------------------------------------------------------
toml::value x_from_non_integer(true);
x_from_non_integer = initialized_with;
test_is_type (x_from_non_integer, toml::value_t::integer);
test_as_type_throws (x_from_non_integer, toml::value_t::integer);
test_as_type_fmt_throws(x_from_non_integer, toml::value_t::integer);
CHECK_EQ(x_from_non_integer.as_integer(), initialized_with.value);
CHECK_NE(x_from_non_integer.as_integer(), different_from.value);
CHECK_EQ(x_from_non_integer.as_integer(std::nothrow), initialized_with.value);
CHECK_NE(x_from_non_integer.as_integer(std::nothrow), different_from.value);
CHECK_EQ(x_from_non_integer.comments().size(), 0);
CHECK_EQ(x_from_non_integer.location().is_ok(), false);
}
TEST_CASE("testing array-accessors")
{
toml::value x({true, 42, "hoge"});
CHECK_UNARY(x.at(0).is_boolean());
CHECK_UNARY(x.at(1).is_integer());
CHECK_UNARY(x.at(2).is_string());
CHECK_UNARY(as_const(x).at(0).is_boolean());
CHECK_UNARY(as_const(x).at(1).is_integer());
CHECK_UNARY(as_const(x).at(2).is_string());
CHECK_EQ(x.at(0).as_boolean(), true);
CHECK_EQ(x.at(1).as_integer(), 42);
CHECK_EQ(x.at(2).as_string(), std::string("hoge"));
CHECK_EQ(as_const(x).at(0).as_boolean(), true);
CHECK_EQ(as_const(x).at(1).as_integer(), 42);
CHECK_EQ(as_const(x).at(2).as_string(), std::string("hoge"));
CHECK_UNARY(x[0].is_boolean());
CHECK_UNARY(x[1].is_integer());
CHECK_UNARY(x[2].is_string());
CHECK_EQ(x[0].as_boolean(), true);
CHECK_EQ(x[1].as_integer(), 42);
CHECK_EQ(x[2].as_string(), std::string("hoge"));
const toml::value v1(3.14);
toml::value v2(2.71);
x.push_back(v1);
x.push_back(std::move(v2));
CHECK_UNARY(x.at(3).is_floating());
CHECK_UNARY(x.at(4).is_floating());
CHECK_EQ(x.at(3).as_floating(), 3.14);
CHECK_EQ(x.at(4).as_floating(), 2.71);
x.emplace_back(6.022e23, std::vector<std::string>{"mol"});
CHECK_UNARY(x.at(5).is_floating());
CHECK_EQ(x.at(5).as_floating(), 6.022e23);
CHECK_EQ(x.at(5).comments().size(), 1);
CHECK_EQ(x.at(5).comments().at(0), "mol");
CHECK_EQ(x.size(), 6);
CHECK_THROWS_AS(x.at(6), std::out_of_range);
CHECK_THROWS_AS(x.at(7), std::out_of_range);
CHECK_THROWS_AS(as_const(x).at(6), std::out_of_range);
CHECK_THROWS_AS(as_const(x).at(7), std::out_of_range);
// -----------------------------------------
toml::value non_array("foobar");
toml::value v3("foo");
CHECK_THROWS_AS(non_array.at(0), toml::type_error);
CHECK_THROWS_AS(as_const(non_array).at(0), toml::type_error);
CHECK_THROWS_AS(non_array.push_back(as_const(v3)), toml::type_error);
CHECK_THROWS_AS(non_array.push_back(std::move(v3)), toml::type_error);
CHECK_THROWS_AS(non_array.emplace_back(42), toml::type_error);
// -----------------------------------------
toml::value string_has_size("foobar");
CHECK_EQ(string_has_size.size(), 6);
}
TEST_CASE("testing table-accessors")
{
toml::value x({ {"a", true}, {"b", 42}, {"c", "hoge"} });
CHECK_UNARY(x.contains("a"));
CHECK_UNARY(x.contains("b"));
CHECK_UNARY(x.contains("c"));
CHECK_UNARY_FALSE(x.contains("d"));
CHECK_UNARY_FALSE(x.contains("e"));
CHECK_EQ(x.count("a"), 1);
CHECK_EQ(x.count("b"), 1);
CHECK_EQ(x.count("c"), 1);
CHECK_EQ(x.count("d"), 0);
CHECK_EQ(x.count("e"), 0);
CHECK_UNARY(x.at("a").is_boolean());
CHECK_UNARY(x.at("b").is_integer());
CHECK_UNARY(x.at("c").is_string());
CHECK_EQ(x.at("a").as_boolean(), true);
CHECK_EQ(x.at("b").as_integer(), 42);
CHECK_EQ(x.at("c").as_string(), std::string("hoge"));
CHECK_UNARY(x["a"].is_boolean());
CHECK_UNARY(x["b"].is_integer());
CHECK_UNARY(x["c"].is_string());
CHECK_EQ(x["a"].as_boolean(), true);
CHECK_EQ(x["b"].as_integer(), 42);
CHECK_EQ(x["c"].as_string(), std::string("hoge"));
const toml::value v1(3.14);
x["d"] = v1;
CHECK_UNARY(x.at("d").is_floating());
CHECK_EQ(x.at("d").as_floating(), 3.14);
CHECK_UNARY(x.contains("d"));
CHECK_EQ(x.count("d"), 1);
CHECK_EQ(x.size(), 4);
CHECK_THROWS_AS(x.at("f"), std::out_of_range);
CHECK_THROWS_AS(x.at("g"), std::out_of_range);
CHECK_THROWS_AS(as_const(x).at("f"), std::out_of_range);
CHECK_THROWS_AS(as_const(x).at("g"), std::out_of_range);
// -----------------------------------------------
toml::value non_table("foobar");
CHECK_THROWS_AS(non_table.at("foo"), toml::type_error);
CHECK_THROWS_AS(as_const(non_table).at("foo"), toml::type_error);
CHECK_THROWS_AS(non_table["foo"], toml::type_error);
CHECK_THROWS_AS(non_table.count("foo"), toml::type_error);
CHECK_THROWS_AS(non_table.contains("foo"), toml::type_error);
toml::value no_size(42);
CHECK_THROWS_AS(no_size.size(), toml::type_error);
// -----------------------------------------------
toml::value empty;
CHECK_UNARY(empty.is_empty());
empty["is"] = "table";
CHECK_UNARY(empty.is_table());
CHECK_UNARY(empty.contains("is"));
CHECK_EQ(empty.at("is").as_string(), "table");
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}
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