cb000809b0
see https://github.com/toml-lang/toml/issues/698 for info about TOML v1.0.0 also: - fixed some parser error-paths not returning early enough when exceptions were disabled - added more specific error messages for parsing errors relating to prohibited codepoints - added compilation speed improvements (particularly for platforms lacking floating-point `std::to_chars`) - added many minor documentation improvements - added additional tests
141 lines
5.7 KiB
C++
141 lines
5.7 KiB
C++
#include "tests.h"
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TEST_CASE("parsing - floats")
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{
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parsing_should_succeed(S(R"(
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# fractional
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flt1 = +1.0
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flt2 = 3.1415
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flt3 = -0.01
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# exponent
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flt4 = 5e+22
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flt5 = 1e06
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flt6 = -2E-2
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# both
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flt7 = 6.626e-34
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flt8 = 224_617.445_991_228
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)"sv),
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[](table&& tbl) noexcept
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{
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CHECK(tbl[S("flt1")] == 1.0);
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CHECK(tbl[S("flt2")] == 3.1415);
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CHECK(tbl[S("flt3")] == -0.01);
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CHECK(tbl[S("flt4")].as<double>()->get() == 5e+22_a);
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CHECK(tbl[S("flt5")].as<double>()->get() == 1e6_a);
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CHECK(tbl[S("flt6")] == -2E-2);
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CHECK(tbl[S("flt7")].as<double>()->get() == 6.626e-34_a);
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CHECK(tbl[S("flt8")].as<double>()->get() == 224617.445991228_a);
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}
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);
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// "Each underscore must be surrounded by at least one digit on each side."
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parsing_should_fail(S("flt8 = 224_617.445_991_228_"sv));
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parsing_should_fail(S("flt8 = _224_617.445_991_228"sv));
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parsing_should_fail(S("flt8 = 224__617.445_991_228"sv));
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// "Float values -0.0 and +0.0 are valid and should map according to IEEE 754."
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parsing_should_succeed(
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S(R"(zeroes = [-0.0, +0.0])"sv),
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[](table&& tbl) noexcept
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{
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CHECK(tbl[S("zeroes")][0] == -0.0);
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CHECK(tbl[S("zeroes")][1] == +0.0);
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}
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);
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//value tests
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parse_expected_value( "1e1"sv, 1e1 );
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parse_expected_value( "1e-1"sv, 1e-1 );
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parse_expected_value( "1e+1"sv, 1e+1 );
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parse_expected_value( "1.0"sv, 1.0 );
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parse_expected_value( "1.0e1"sv, 1.0e1 );
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parse_expected_value( "1.0e-1"sv, 1.0e-1 );
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parse_expected_value( "1.0e+1"sv, 1.0e+1 );
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parse_expected_value( "+1e1"sv, +1e1 );
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parse_expected_value( "+1.0"sv, +1.0 );
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parse_expected_value( "+1.0e1"sv, +1.0e1 );
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parse_expected_value( "+1.0e+1"sv, +1.0e+1 );
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parse_expected_value( "+1.0e-1"sv, +1.0e-1 );
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parse_expected_value( "-1.0e+1"sv, -1.0e+1 );
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parse_expected_value( "-1e1"sv, -1e1 );
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parse_expected_value( "-1.0"sv, -1.0 );
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parse_expected_value( "-1.0e1"sv, -1.0e1 );
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parse_expected_value( "-1.0e-1"sv, -1.0e-1 );
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parse_expected_value( "1.0"sv, 1.0 );
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parse_expected_value( "0.1"sv, 0.1 );
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parse_expected_value( "0.001"sv, 0.001 );
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parse_expected_value( "0.100"sv, 0.100 );
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parse_expected_value( "+3.14"sv, +3.14 );
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parse_expected_value( "-3.14"sv, -3.14 );
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parse_expected_value( "3.1415_9265_3589"sv, 3.141592653589 );
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parse_expected_value( "+3.1415_9265_3589"sv, +3.141592653589 );
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parse_expected_value( "-3.1415_9265_3589"sv, -3.141592653589 );
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parse_expected_value( "123_456.789"sv, 123456.789 );
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parse_expected_value( "+123_456.789"sv, +123456.789 );
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parse_expected_value( "-123_456.789"sv, -123456.789 );
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parse_expected_value( "+0.0"sv, +0.0 );
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parse_expected_value( "-0.0"sv, -0.0 );
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parse_expected_value( "1e10"sv, 1e10 );
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parse_expected_value( "1e+10"sv, 1e+10 );
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parse_expected_value( "1e-10"sv, 1e-10 );
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parse_expected_value( "+1e10"sv, +1e10 );
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parse_expected_value( "+1e+10"sv, +1e+10 );
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parse_expected_value( "+1e-10"sv, +1e-10 );
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parse_expected_value( "-1e10"sv, -1e10 );
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parse_expected_value( "-1e+10"sv, -1e+10 );
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parse_expected_value( "-1e-10"sv, -1e-10 );
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parse_expected_value( "123e-10"sv, 123e-10 );
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parse_expected_value( "1E10"sv, 1E10 );
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parse_expected_value( "1E+10"sv, 1E+10 );
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parse_expected_value( "1E-10"sv, 1E-10 );
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parse_expected_value( "123E-10"sv, 123E-10 );
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parse_expected_value( "1_2_3E-10"sv, 123E-10 );
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parse_expected_value( "1_2_3E-1_0"sv, 123E-10 );
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parse_expected_value( "+0e0"sv, +0e0 );
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parse_expected_value( "-0e0"sv, -0e0 );
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parse_expected_value( "1_2_3E-01"sv, 123E-01 );
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parse_expected_value( "1_2_3E-0_1"sv, 123E-01 );
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parse_expected_value( "6.02e23"sv, 6.02e23 );
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parse_expected_value( "6.02e+23"sv, 6.02e+23 );
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parse_expected_value( "1.112_650_06e-17"sv, 1.11265006e-17 );
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//toml/issues/562 (hexfloats)
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#if TOML_LANG_UNRELEASED
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parse_expected_value(" 0x10.1p0"sv, 0x10.1p0 );
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parse_expected_value(" 0x0.3p10"sv, 0x0.3p10 );
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parse_expected_value(" 0x12.2P2"sv, 0x12.2P2 );
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#else
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parsing_should_fail(S("val = 0x10.1p0"sv));
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parsing_should_fail(S("val = 0x0.3p10"sv));
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parsing_should_fail(S("val = 0x12.2P2"sv));
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#endif
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}
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TEST_CASE("parsing - inf and nan")
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{
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parsing_should_succeed(S(R"(
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# infinity
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sf1 = inf # positive infinity
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sf2 = +inf # positive infinity
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sf3 = -inf # negative infinity
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# not a number
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sf4 = nan # actual sNaN/qNaN encoding is implementation specific
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sf5 = +nan # same as `nan`
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sf6 = -nan # valid, actual encoding is implementation specific
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)"sv),
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[](table&& tbl) noexcept
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{
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CHECK(tbl[S("sf1")] == std::numeric_limits<double>::infinity());
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CHECK(tbl[S("sf2")] == std::numeric_limits<double>::infinity());
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CHECK(tbl[S("sf3")] == -std::numeric_limits<double>::infinity());
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CHECK(std::isnan(tbl[S("sf4")].as<double>()->get()));
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CHECK(std::isnan(tbl[S("sf5")].as<double>()->get()));
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CHECK(std::isnan(tbl[S("sf6")].as<double>()->get()));
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}
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);
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}
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