forked from catchorg/Catch2
/
tap.sw.approved.txt
4476 lines (4475 loc) · 240 KB
/
tap.sw.approved.txt
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# # A test name that starts with a #
ok {test-number} - with 1 message: 'yay'
# #1027: Bitfields can be captured
ok {test-number} - y.v == 0 for: 0 == 0
# #1027: Bitfields can be captured
ok {test-number} - 0 == y.v for: 0 == 0
# #1147
ok {test-number} - t1 == t2 for: {?} == {?}
# #1147
ok {test-number} - t1 != t2 for: {?} != {?}
# #1147
ok {test-number} - t1 < t2 for: {?} < {?}
# #1147
ok {test-number} - t1 > t2 for: {?} > {?}
# #1147
ok {test-number} - t1 <= t2 for: {?} <= {?}
# #1147
ok {test-number} - t1 >= t2 for: {?} >= {?}
# #1175 - Hidden Test
ok {test-number} -
# #1238
ok {test-number} - std::memcmp(uarr, "123", sizeof(uarr)) == 0 for: 0 == 0 with 2 messages: 'uarr := "123"' and 'sarr := "456"'
# #1238
ok {test-number} - std::memcmp(sarr, "456", sizeof(sarr)) == 0 for: 0 == 0 with 2 messages: 'uarr := "123"' and 'sarr := "456"'
# #1245
ok {test-number} -
# #1319: Sections can have description (even if it is not saved
ok {test-number} -
# #1403
ok {test-number} - h1 == h2 for: [1403 helper] == [1403 helper]
# #1455 - INFO and WARN can start with a linebreak
warning {test-number} - '
This info message starts with a linebreak' with 1 message: '
This warning message starts with a linebreak'
This would not be caught previously
Nor would this
# #1514: stderr/stdout is not captured in tests aborted by an exception
not ok {test-number} - explicitly with 1 message: '1514'
# #1548
ok {test-number} - std::is_same<TypeList<int>, TypeList<int>>::value for: true
# #1905 -- test spec parser properly clears internal state between compound tests
ok {test-number} - spec.matches(*fakeTestCase("spec . char")) for: true
# #1905 -- test spec parser properly clears internal state between compound tests
ok {test-number} - spec.matches(*fakeTestCase("spec , char")) for: true
# #1905 -- test spec parser properly clears internal state between compound tests
ok {test-number} - !(spec.matches(*fakeTestCase(R"(spec \, char)"))) for: !false
# #1912 -- test spec parser handles escaping
ok {test-number} - spec.matches(*fakeTestCase(R"(spec {a} char)")) for: true
# #1912 -- test spec parser handles escaping
ok {test-number} - spec.matches(*fakeTestCase(R"(spec [a] char)")) for: true
# #1912 -- test spec parser handles escaping
ok {test-number} - !(spec.matches(*fakeTestCase("differs but has similar tag", "[a]"))) for: !false
# #1912 -- test spec parser handles escaping
ok {test-number} - spec.matches(*fakeTestCase(R"(spec \ char)")) for: true
# #1913 - GENERATE inside a for loop should not keep recreating the generator
ok {test-number} - counter < 7 for: 3 < 7
# #1913 - GENERATE inside a for loop should not keep recreating the generator
ok {test-number} - counter < 7 for: 6 < 7
# #1913 - GENERATEs can share a line
ok {test-number} - i != j for: 1 != 3
# #1913 - GENERATEs can share a line
ok {test-number} - i != j for: 1 != 4
# #1913 - GENERATEs can share a line
ok {test-number} - i != j for: 2 != 3
# #1913 - GENERATEs can share a line
ok {test-number} - i != j for: 2 != 4
# #1938 - GENERATE after a section
ok {test-number} - with 1 message: 'A'
# #1938 - GENERATE after a section
ok {test-number} - m for: 1
# #1938 - GENERATE after a section
ok {test-number} - m for: 2
# #1938 - GENERATE after a section
ok {test-number} - m for: 3
# #1938 - Section followed by flat generate
ok {test-number} - 1
# #1938 - Section followed by flat generate
ok {test-number} - m for: 2
# #1938 - Section followed by flat generate
ok {test-number} - m for: 3
# #1938 - flat generate
ok {test-number} - m for: 1
# #1938 - flat generate
ok {test-number} - m for: 2
# #1938 - flat generate
ok {test-number} - m for: 3
# #1938 - mixed sections and generates
ok {test-number} - with 1 message: 'A'
# #1938 - mixed sections and generates
ok {test-number} - with 3 messages: 'i := 1' and 'j := 3' and 'k := 5'
# #1938 - mixed sections and generates
ok {test-number} - with 1 message: 'B'
# #1938 - mixed sections and generates
ok {test-number} - with 3 messages: 'i := 1' and 'j := 3' and 'k := 6'
# #1938 - mixed sections and generates
ok {test-number} - with 1 message: 'B'
# #1938 - mixed sections and generates
ok {test-number} - with 3 messages: 'i := 1' and 'j := 4' and 'k := 5'
# #1938 - mixed sections and generates
ok {test-number} - with 3 messages: 'i := 1' and 'j := 4' and 'k := 6'
# #1938 - mixed sections and generates
ok {test-number} - with 1 message: 'A'
# #1938 - mixed sections and generates
ok {test-number} - with 3 messages: 'i := 2' and 'j := 3' and 'k := 5'
# #1938 - mixed sections and generates
ok {test-number} - with 1 message: 'B'
# #1938 - mixed sections and generates
ok {test-number} - with 3 messages: 'i := 2' and 'j := 3' and 'k := 6'
# #1938 - mixed sections and generates
ok {test-number} - with 1 message: 'B'
# #1938 - mixed sections and generates
ok {test-number} - with 3 messages: 'i := 2' and 'j := 4' and 'k := 5'
# #1938 - mixed sections and generates
ok {test-number} - with 3 messages: 'i := 2' and 'j := 4' and 'k := 6'
# #1938 - nested generate
ok {test-number} - m for: 1
# #1938 - nested generate
ok {test-number} - n for: 1
# #1938 - nested generate
ok {test-number} - m for: 1
# #1938 - nested generate
ok {test-number} - n for: 2
# #1938 - nested generate
ok {test-number} - m for: 1
# #1938 - nested generate
ok {test-number} - n for: 3
# #1938 - nested generate
ok {test-number} - m for: 2
# #1938 - nested generate
ok {test-number} - n for: 1
# #1938 - nested generate
ok {test-number} - m for: 2
# #1938 - nested generate
ok {test-number} - n for: 2
# #1938 - nested generate
ok {test-number} - m for: 2
# #1938 - nested generate
ok {test-number} - n for: 3
# #1938 - nested generate
ok {test-number} - m for: 3
# #1938 - nested generate
ok {test-number} - n for: 1
# #1938 - nested generate
ok {test-number} - m for: 3
# #1938 - nested generate
ok {test-number} - n for: 2
# #1938 - nested generate
ok {test-number} - m for: 3
# #1938 - nested generate
ok {test-number} - n for: 3
# #1954 - 7 arg template test case sig compiles - 1, 1, 1, 1, 1, 0, 0
ok {test-number} -
# #1954 - 7 arg template test case sig compiles - 5, 1, 1, 1, 1, 0, 0
ok {test-number} -
# #1954 - 7 arg template test case sig compiles - 5, 3, 1, 1, 1, 0, 0
ok {test-number} -
# #2152 - ULP checks between differently signed values were wrong - double
ok {test-number} - smallest_non_zero, WithinULP( -smallest_non_zero, 2 ) for: 0.0 is within 2 ULPs of -4.9406564584124654e-324 ([-1.4821969375237396e-323, 4.9406564584124654e-324])
# #2152 - ULP checks between differently signed values were wrong - double
ok {test-number} - smallest_non_zero, !WithinULP( -smallest_non_zero, 1 ) for: 0.0 not is within 1 ULPs of -4.9406564584124654e-324 ([-9.8813129168249309e-324, -0.0000000000000000e+00])
# #2152 - ULP checks between differently signed values were wrong - float
ok {test-number} - smallest_non_zero, WithinULP( -smallest_non_zero, 2 ) for: 0.0f is within 2 ULPs of -1.40129846e-45f ([-4.20389539e-45, 1.40129846e-45])
# #2152 - ULP checks between differently signed values were wrong - float
ok {test-number} - smallest_non_zero, !WithinULP( -smallest_non_zero, 1 ) for: 0.0f not is within 1 ULPs of -1.40129846e-45f ([-2.80259693e-45, -0.00000000e+00])
# #748 - captures with unexpected exceptions
not ok {test-number} - unexpected exception with message: 'answer := 42' with 1 message: 'expected exception'
# #748 - captures with unexpected exceptions
not ok {test-number} - unexpected exception with message: 'answer := 42'; expression was: thisThrows() with 1 message: 'expected exception'
# #748 - captures with unexpected exceptions
ok {test-number} - thisThrows() with 1 message: 'answer := 42'
# #809
ok {test-number} - 42 == f for: 42 == {?}
# #833
ok {test-number} - a == t for: 3 == 3
# #833
ok {test-number} - a == t for: 3 == 3
# #833
ok {test-number} - throws_int(true)
# #833
ok {test-number} - throws_int(true), int
# #833
ok {test-number} - throws_int(false)
# #833
ok {test-number} - "aaa", Catch::Matchers::EndsWith("aaa") for: "aaa" ends with: "aaa"
# #833
ok {test-number} - templated_tests<int>(3) for: true
# #835 -- errno should not be touched by Catch2
not ok {test-number} - f() == 0 for: 1 == 0
# #835 -- errno should not be touched by Catch2
ok {test-number} - errno_after == 1 for: 1 == 1
# #872
ok {test-number} - x == 4 for: {?} == 4 with 1 message: 'dummy := 0'
# #961 -- Dynamically created sections should all be reported
ok {test-number} - with 1 message: 'Everything is OK'
# #961 -- Dynamically created sections should all be reported
ok {test-number} - with 1 message: 'Everything is OK'
# #961 -- Dynamically created sections should all be reported
ok {test-number} - with 1 message: 'Everything is OK'
# #961 -- Dynamically created sections should all be reported
ok {test-number} - with 1 message: 'Everything is OK'
# #961 -- Dynamically created sections should all be reported
ok {test-number} - with 1 message: 'Everything is OK'
# 'Not' checks that should fail
not ok {test-number} - false != false
# 'Not' checks that should fail
not ok {test-number} - true != true
# 'Not' checks that should fail
not ok {test-number} - !true for: false
# 'Not' checks that should fail
not ok {test-number} - !(true) for: !true
# 'Not' checks that should fail
not ok {test-number} - !trueValue for: false
# 'Not' checks that should fail
not ok {test-number} - !(trueValue) for: !true
# 'Not' checks that should fail
not ok {test-number} - !(1 == 1) for: false
# 'Not' checks that should fail
not ok {test-number} - !(1 == 1)
# 'Not' checks that should succeed
ok {test-number} - false == false
# 'Not' checks that should succeed
ok {test-number} - true == true
# 'Not' checks that should succeed
ok {test-number} - !false for: true
# 'Not' checks that should succeed
ok {test-number} - !(false) for: !false
# 'Not' checks that should succeed
ok {test-number} - !falseValue for: true
# 'Not' checks that should succeed
ok {test-number} - !(falseValue) for: !false
# 'Not' checks that should succeed
ok {test-number} - !(1 == 2) for: true
# 'Not' checks that should succeed
ok {test-number} - !(1 == 2)
# (unimplemented) static bools can be evaluated
ok {test-number} - is_true<true>::value == true for: true == true
# (unimplemented) static bools can be evaluated
ok {test-number} - true == is_true<true>::value for: true == true
# (unimplemented) static bools can be evaluated
ok {test-number} - is_true<false>::value == false for: false == false
# (unimplemented) static bools can be evaluated
ok {test-number} - false == is_true<false>::value for: false == false
# (unimplemented) static bools can be evaluated
ok {test-number} - !is_true<false>::value for: true
# (unimplemented) static bools can be evaluated
ok {test-number} - !!is_true<true>::value for: true
# (unimplemented) static bools can be evaluated
ok {test-number} - is_true<true>::value for: true
# (unimplemented) static bools can be evaluated
ok {test-number} - !(is_true<false>::value) for: !false
# 3x3x3 ints
ok {test-number} - x < y for: 1 < 4
# 3x3x3 ints
ok {test-number} - y < z for: 4 < 7
# 3x3x3 ints
ok {test-number} - x < z for: 1 < 7
# 3x3x3 ints
ok {test-number} - x < y for: 1 < 4
# 3x3x3 ints
ok {test-number} - y < z for: 4 < 8
# 3x3x3 ints
ok {test-number} - x < z for: 1 < 8
# 3x3x3 ints
ok {test-number} - x < y for: 1 < 4
# 3x3x3 ints
ok {test-number} - y < z for: 4 < 9
# 3x3x3 ints
ok {test-number} - x < z for: 1 < 9
# 3x3x3 ints
ok {test-number} - x < y for: 1 < 5
# 3x3x3 ints
ok {test-number} - y < z for: 5 < 7
# 3x3x3 ints
ok {test-number} - x < z for: 1 < 7
# 3x3x3 ints
ok {test-number} - x < y for: 1 < 5
# 3x3x3 ints
ok {test-number} - y < z for: 5 < 8
# 3x3x3 ints
ok {test-number} - x < z for: 1 < 8
# 3x3x3 ints
ok {test-number} - x < y for: 1 < 5
# 3x3x3 ints
ok {test-number} - y < z for: 5 < 9
# 3x3x3 ints
ok {test-number} - x < z for: 1 < 9
# 3x3x3 ints
ok {test-number} - x < y for: 1 < 6
# 3x3x3 ints
ok {test-number} - y < z for: 6 < 7
# 3x3x3 ints
ok {test-number} - x < z for: 1 < 7
# 3x3x3 ints
ok {test-number} - x < y for: 1 < 6
# 3x3x3 ints
ok {test-number} - y < z for: 6 < 8
# 3x3x3 ints
ok {test-number} - x < z for: 1 < 8
# 3x3x3 ints
ok {test-number} - x < y for: 1 < 6
# 3x3x3 ints
ok {test-number} - y < z for: 6 < 9
# 3x3x3 ints
ok {test-number} - x < z for: 1 < 9
# 3x3x3 ints
ok {test-number} - x < y for: 2 < 4
# 3x3x3 ints
ok {test-number} - y < z for: 4 < 7
# 3x3x3 ints
ok {test-number} - x < z for: 2 < 7
# 3x3x3 ints
ok {test-number} - x < y for: 2 < 4
# 3x3x3 ints
ok {test-number} - y < z for: 4 < 8
# 3x3x3 ints
ok {test-number} - x < z for: 2 < 8
# 3x3x3 ints
ok {test-number} - x < y for: 2 < 4
# 3x3x3 ints
ok {test-number} - y < z for: 4 < 9
# 3x3x3 ints
ok {test-number} - x < z for: 2 < 9
# 3x3x3 ints
ok {test-number} - x < y for: 2 < 5
# 3x3x3 ints
ok {test-number} - y < z for: 5 < 7
# 3x3x3 ints
ok {test-number} - x < z for: 2 < 7
# 3x3x3 ints
ok {test-number} - x < y for: 2 < 5
# 3x3x3 ints
ok {test-number} - y < z for: 5 < 8
# 3x3x3 ints
ok {test-number} - x < z for: 2 < 8
# 3x3x3 ints
ok {test-number} - x < y for: 2 < 5
# 3x3x3 ints
ok {test-number} - y < z for: 5 < 9
# 3x3x3 ints
ok {test-number} - x < z for: 2 < 9
# 3x3x3 ints
ok {test-number} - x < y for: 2 < 6
# 3x3x3 ints
ok {test-number} - y < z for: 6 < 7
# 3x3x3 ints
ok {test-number} - x < z for: 2 < 7
# 3x3x3 ints
ok {test-number} - x < y for: 2 < 6
# 3x3x3 ints
ok {test-number} - y < z for: 6 < 8
# 3x3x3 ints
ok {test-number} - x < z for: 2 < 8
# 3x3x3 ints
ok {test-number} - x < y for: 2 < 6
# 3x3x3 ints
ok {test-number} - y < z for: 6 < 9
# 3x3x3 ints
ok {test-number} - x < z for: 2 < 9
# 3x3x3 ints
ok {test-number} - x < y for: 3 < 4
# 3x3x3 ints
ok {test-number} - y < z for: 4 < 7
# 3x3x3 ints
ok {test-number} - x < z for: 3 < 7
# 3x3x3 ints
ok {test-number} - x < y for: 3 < 4
# 3x3x3 ints
ok {test-number} - y < z for: 4 < 8
# 3x3x3 ints
ok {test-number} - x < z for: 3 < 8
# 3x3x3 ints
ok {test-number} - x < y for: 3 < 4
# 3x3x3 ints
ok {test-number} - y < z for: 4 < 9
# 3x3x3 ints
ok {test-number} - x < z for: 3 < 9
# 3x3x3 ints
ok {test-number} - x < y for: 3 < 5
# 3x3x3 ints
ok {test-number} - y < z for: 5 < 7
# 3x3x3 ints
ok {test-number} - x < z for: 3 < 7
# 3x3x3 ints
ok {test-number} - x < y for: 3 < 5
# 3x3x3 ints
ok {test-number} - y < z for: 5 < 8
# 3x3x3 ints
ok {test-number} - x < z for: 3 < 8
# 3x3x3 ints
ok {test-number} - x < y for: 3 < 5
# 3x3x3 ints
ok {test-number} - y < z for: 5 < 9
# 3x3x3 ints
ok {test-number} - x < z for: 3 < 9
# 3x3x3 ints
ok {test-number} - x < y for: 3 < 6
# 3x3x3 ints
ok {test-number} - y < z for: 6 < 7
# 3x3x3 ints
ok {test-number} - x < z for: 3 < 7
# 3x3x3 ints
ok {test-number} - x < y for: 3 < 6
# 3x3x3 ints
ok {test-number} - y < z for: 6 < 8
# 3x3x3 ints
ok {test-number} - x < z for: 3 < 8
# 3x3x3 ints
ok {test-number} - x < y for: 3 < 6
# 3x3x3 ints
ok {test-number} - y < z for: 6 < 9
# 3x3x3 ints
ok {test-number} - x < z for: 3 < 9
# A METHOD_AS_TEST_CASE based test run that fails
not ok {test-number} - s == "world" for: "hello" == "world"
# A METHOD_AS_TEST_CASE based test run that succeeds
ok {test-number} - s == "hello" for: "hello" == "hello"
# A TEMPLATE_PRODUCT_TEST_CASE_METHOD based test run that fails - Template_Foo<float>
not ok {test-number} - Template_Fixture_2<TestType>::m_a.size() == 1 for: 0 == 1
# A TEMPLATE_PRODUCT_TEST_CASE_METHOD based test run that fails - Template_Foo<int>
not ok {test-number} - Template_Fixture_2<TestType>::m_a.size() == 1 for: 0 == 1
# A TEMPLATE_PRODUCT_TEST_CASE_METHOD based test run that fails - std::vector<float>
not ok {test-number} - Template_Fixture_2<TestType>::m_a.size() == 1 for: 0 == 1
# A TEMPLATE_PRODUCT_TEST_CASE_METHOD based test run that fails - std::vector<int>
not ok {test-number} - Template_Fixture_2<TestType>::m_a.size() == 1 for: 0 == 1
# A TEMPLATE_PRODUCT_TEST_CASE_METHOD based test run that succeeds - Template_Foo<float>
ok {test-number} - Template_Fixture_2<TestType>::m_a.size() == 0 for: 0 == 0
# A TEMPLATE_PRODUCT_TEST_CASE_METHOD based test run that succeeds - Template_Foo<int>
ok {test-number} - Template_Fixture_2<TestType>::m_a.size() == 0 for: 0 == 0
# A TEMPLATE_PRODUCT_TEST_CASE_METHOD based test run that succeeds - std::vector<float>
ok {test-number} - Template_Fixture_2<TestType>::m_a.size() == 0 for: 0 == 0
# A TEMPLATE_PRODUCT_TEST_CASE_METHOD based test run that succeeds - std::vector<int>
ok {test-number} - Template_Fixture_2<TestType>::m_a.size() == 0 for: 0 == 0
# A TEMPLATE_PRODUCT_TEST_CASE_METHOD_SIG based test run that fails - Template_Foo_2<float, 6>
not ok {test-number} - Template_Fixture_2<TestType>{}.m_a.size() < 2 for: 6 < 2
# A TEMPLATE_PRODUCT_TEST_CASE_METHOD_SIG based test run that fails - Template_Foo_2<int, 2>
not ok {test-number} - Template_Fixture_2<TestType>{}.m_a.size() < 2 for: 2 < 2
# A TEMPLATE_PRODUCT_TEST_CASE_METHOD_SIG based test run that fails - std::array<float, 6>
not ok {test-number} - Template_Fixture_2<TestType>{}.m_a.size() < 2 for: 6 < 2
# A TEMPLATE_PRODUCT_TEST_CASE_METHOD_SIG based test run that fails - std::array<int, 2>
not ok {test-number} - Template_Fixture_2<TestType>{}.m_a.size() < 2 for: 2 < 2
# A TEMPLATE_PRODUCT_TEST_CASE_METHOD_SIG based test run that succeeds - Template_Foo_2<float,6>
ok {test-number} - Template_Fixture_2<TestType>{}.m_a.size() >= 2 for: 6 >= 2
# A TEMPLATE_PRODUCT_TEST_CASE_METHOD_SIG based test run that succeeds - Template_Foo_2<int,2>
ok {test-number} - Template_Fixture_2<TestType>{}.m_a.size() >= 2 for: 2 >= 2
# A TEMPLATE_PRODUCT_TEST_CASE_METHOD_SIG based test run that succeeds - std::array<float,6>
ok {test-number} - Template_Fixture_2<TestType>{}.m_a.size() >= 2 for: 6 >= 2
# A TEMPLATE_PRODUCT_TEST_CASE_METHOD_SIG based test run that succeeds - std::array<int,2>
ok {test-number} - Template_Fixture_2<TestType>{}.m_a.size() >= 2 for: 2 >= 2
# A TEMPLATE_TEST_CASE_METHOD based test run that fails - double
not ok {test-number} - Template_Fixture<TestType>::m_a == 2 for: 1.0 == 2
# A TEMPLATE_TEST_CASE_METHOD based test run that fails - float
not ok {test-number} - Template_Fixture<TestType>::m_a == 2 for: 1.0f == 2
# A TEMPLATE_TEST_CASE_METHOD based test run that fails - int
not ok {test-number} - Template_Fixture<TestType>::m_a == 2 for: 1 == 2
# A TEMPLATE_TEST_CASE_METHOD based test run that succeeds - double
ok {test-number} - Template_Fixture<TestType>::m_a == 1 for: 1.0 == 1
# A TEMPLATE_TEST_CASE_METHOD based test run that succeeds - float
ok {test-number} - Template_Fixture<TestType>::m_a == 1 for: 1.0f == 1
# A TEMPLATE_TEST_CASE_METHOD based test run that succeeds - int
ok {test-number} - Template_Fixture<TestType>::m_a == 1 for: 1 == 1
# A TEMPLATE_TEST_CASE_METHOD_SIG based test run that fails - 1
not ok {test-number} - Nttp_Fixture<V>::value == 0 for: 1 == 0
# A TEMPLATE_TEST_CASE_METHOD_SIG based test run that fails - 3
not ok {test-number} - Nttp_Fixture<V>::value == 0 for: 3 == 0
# A TEMPLATE_TEST_CASE_METHOD_SIG based test run that fails - 6
not ok {test-number} - Nttp_Fixture<V>::value == 0 for: 6 == 0
# A TEMPLATE_TEST_CASE_METHOD_SIG based test run that succeeds - 1
ok {test-number} - Nttp_Fixture<V>::value > 0 for: 1 > 0
# A TEMPLATE_TEST_CASE_METHOD_SIG based test run that succeeds - 3
ok {test-number} - Nttp_Fixture<V>::value > 0 for: 3 > 0
# A TEMPLATE_TEST_CASE_METHOD_SIG based test run that succeeds - 6
ok {test-number} - Nttp_Fixture<V>::value > 0 for: 6 > 0
# A TEST_CASE_METHOD based test run that fails
not ok {test-number} - m_a == 2 for: 1 == 2
# A TEST_CASE_METHOD based test run that succeeds
ok {test-number} - m_a == 1 for: 1 == 1
# A Template product test case - Foo<float>
ok {test-number} - x.size() == 0 for: 0 == 0
# A Template product test case - Foo<int>
ok {test-number} - x.size() == 0 for: 0 == 0
# A Template product test case - std::vector<float>
ok {test-number} - x.size() == 0 for: 0 == 0
# A Template product test case - std::vector<int>
ok {test-number} - x.size() == 0 for: 0 == 0
# A Template product test case with array signature - Bar<float, 42>
ok {test-number} - x.size() > 0 for: 42 > 0
# A Template product test case with array signature - Bar<int, 9>
ok {test-number} - x.size() > 0 for: 9 > 0
# A Template product test case with array signature - std::array<float, 42>
ok {test-number} - x.size() > 0 for: 42 > 0
# A Template product test case with array signature - std::array<int, 9>
ok {test-number} - x.size() > 0 for: 9 > 0
# A comparison that uses literals instead of the normal constructor
ok {test-number} - d == 1.23_a for: 1.23 == Approx( 1.23 )
# A comparison that uses literals instead of the normal constructor
ok {test-number} - d != 1.22_a for: 1.23 != Approx( 1.22 )
# A comparison that uses literals instead of the normal constructor
ok {test-number} - -d == -1.23_a for: -1.23 == Approx( -1.23 )
# A comparison that uses literals instead of the normal constructor
ok {test-number} - d == 1.2_a .epsilon(.1) for: 1.23 == Approx( 1.2 )
# A comparison that uses literals instead of the normal constructor
ok {test-number} - d != 1.2_a .epsilon(.001) for: 1.23 != Approx( 1.2 )
# A comparison that uses literals instead of the normal constructor
ok {test-number} - d == 1_a .epsilon(.3) for: 1.23 == Approx( 1.0 )
# A couple of nested sections followed by a failure
ok {test-number} - with 1 message: 'that's not flying - that's failing in style'
# A couple of nested sections followed by a failure
not ok {test-number} - explicitly with 1 message: 'to infinity and beyond'
# A failing expression with a non streamable type is still captured
not ok {test-number} - &o1 == &o2 for: 0x<hex digits> == 0x<hex digits>
# A failing expression with a non streamable type is still captured
not ok {test-number} - o1 == o2 for: {?} == {?}
# Absolute margin
ok {test-number} - 104.0 != Approx(100.0) for: 104.0 != Approx( 100.0 )
# Absolute margin
ok {test-number} - 104.0 == Approx(100.0).margin(5) for: 104.0 == Approx( 100.0 )
# Absolute margin
ok {test-number} - 104.0 == Approx(100.0).margin(4) for: 104.0 == Approx( 100.0 )
# Absolute margin
ok {test-number} - 104.0 != Approx(100.0).margin(3) for: 104.0 != Approx( 100.0 )
# Absolute margin
ok {test-number} - 100.3 != Approx(100.0) for: 100.3 != Approx( 100.0 )
# Absolute margin
ok {test-number} - 100.3 == Approx(100.0).margin(0.5) for: 100.3 == Approx( 100.0 )
# An expression with side-effects should only be evaluated once
ok {test-number} - i++ == 7 for: 7 == 7
# An expression with side-effects should only be evaluated once
ok {test-number} - i++ == 8 for: 8 == 8
# An unchecked exception reports the line of the last assertion
ok {test-number} - 1 == 1
# An unchecked exception reports the line of the last assertion
not ok {test-number} - unexpected exception with message: 'unexpected exception'; expression was: {Unknown expression after the reported line}
# Anonymous test case 1
ok {test-number} - with 1 message: 'anonymous test case'
# Approx setters validate their arguments
ok {test-number} - Approx(0).margin(0)
# Approx setters validate their arguments
ok {test-number} - Approx(0).margin(1234656)
# Approx setters validate their arguments
ok {test-number} - Approx(0).margin(-2), std::domain_error
# Approx setters validate their arguments
ok {test-number} - Approx(0).epsilon(0)
# Approx setters validate their arguments
ok {test-number} - Approx(0).epsilon(1)
# Approx setters validate their arguments
ok {test-number} - Approx(0).epsilon(-0.001), std::domain_error
# Approx setters validate their arguments
ok {test-number} - Approx(0).epsilon(1.0001), std::domain_error
# Approx with exactly-representable margin
ok {test-number} - 0.25f == Approx(0.0f).margin(0.25f) for: 0.25f == Approx( 0.0 )
# Approx with exactly-representable margin
ok {test-number} - 0.0f == Approx(0.25f).margin(0.25f) for: 0.0f == Approx( 0.25 )
# Approx with exactly-representable margin
ok {test-number} - 0.5f == Approx(0.25f).margin(0.25f) for: 0.5f == Approx( 0.25 )
# Approx with exactly-representable margin
ok {test-number} - 245.0f == Approx(245.25f).margin(0.25f) for: 245.0f == Approx( 245.25 )
# Approx with exactly-representable margin
ok {test-number} - 245.5f == Approx(245.25f).margin(0.25f) for: 245.5f == Approx( 245.25 )
# Approximate PI
ok {test-number} - divide( 22, 7 ) == Approx( 3.141 ).epsilon( 0.001 ) for: 3.1428571429 == Approx( 3.141 )
# Approximate PI
ok {test-number} - divide( 22, 7 ) != Approx( 3.141 ).epsilon( 0.0001 ) for: 3.1428571429 != Approx( 3.141 )
# Approximate comparisons with different epsilons
ok {test-number} - d != Approx( 1.231 ) for: 1.23 != Approx( 1.231 )
# Approximate comparisons with different epsilons
ok {test-number} - d == Approx( 1.231 ).epsilon( 0.1 ) for: 1.23 == Approx( 1.231 )
# Approximate comparisons with floats
ok {test-number} - 1.23f == Approx( 1.23f ) for: 1.23f == Approx( 1.2300000191 )
# Approximate comparisons with floats
ok {test-number} - 0.0f == Approx( 0.0f ) for: 0.0f == Approx( 0.0 )
# Approximate comparisons with ints
ok {test-number} - 1 == Approx( 1 ) for: 1 == Approx( 1.0 )
# Approximate comparisons with ints
ok {test-number} - 0 == Approx( 0 ) for: 0 == Approx( 0.0 )
# Approximate comparisons with mixed numeric types
ok {test-number} - 1.0f == Approx( 1 ) for: 1.0f == Approx( 1.0 )
# Approximate comparisons with mixed numeric types
ok {test-number} - 0 == Approx( dZero) for: 0 == Approx( 0.0 )
# Approximate comparisons with mixed numeric types
ok {test-number} - 0 == Approx( dSmall ).margin( 0.001 ) for: 0 == Approx( 0.00001 )
# Approximate comparisons with mixed numeric types
ok {test-number} - 1.234f == Approx( dMedium ) for: 1.234f == Approx( 1.234 )
# Approximate comparisons with mixed numeric types
ok {test-number} - dMedium == Approx( 1.234f ) for: 1.234 == Approx( 1.2339999676 )
# Arbitrary predicate matcher
ok {test-number} - 1, Predicate<int>( alwaysTrue, "always true" ) for: 1 matches predicate: "always true"
# Arbitrary predicate matcher
ok {test-number} - 1, !Predicate<int>( alwaysFalse, "always false" ) for: 1 not matches predicate: "always false"
# Arbitrary predicate matcher
ok {test-number} - "Hello olleH", Predicate<std::string>( []( std::string const& str ) -> bool { return str.front() == str.back(); }, "First and last character should be equal" ) for: "Hello olleH" matches predicate: "First and last character should be equal"
# Arbitrary predicate matcher
ok {test-number} - "This wouldn't pass", !Predicate<std::string>( []( std::string const& str ) -> bool { return str.front() == str.back(); } ) for: "This wouldn't pass" not matches undescribed predicate
# Assertion macros support bit operators and bool conversions
ok {test-number} - lhs | rhs for: Val: 1 | Val: 2
# Assertion macros support bit operators and bool conversions
ok {test-number} - !(lhs & rhs) for: !(Val: 1 & Val: 2)
# Assertion macros support bit operators and bool conversions
ok {test-number} - HasBitOperators{ 1 } & HasBitOperators{ 1 } for: Val: 1 & Val: 1
# Assertion macros support bit operators and bool conversions
ok {test-number} - lhs ^ rhs for: Val: 1 ^ Val: 2
# Assertion macros support bit operators and bool conversions
ok {test-number} - !(lhs ^ lhs) for: !(Val: 1 ^ Val: 1)
# Assertions then sections
ok {test-number} - true
# Assertions then sections
ok {test-number} - true
# Assertions then sections
ok {test-number} - true
# Assertions then sections
ok {test-number} - true
# Assertions then sections
ok {test-number} - true
# Assertions then sections
ok {test-number} - true
# Basic use of the Contains range matcher
ok {test-number} - a, Contains(1) for: { 1, 2, 3 } contains element 1
# Basic use of the Contains range matcher
ok {test-number} - b, Contains(1) for: { 0, 1, 2 } contains element 1
# Basic use of the Contains range matcher
ok {test-number} - c, !Contains(1) for: { 4, 5, 6 } not contains element 1
# Basic use of the Contains range matcher
ok {test-number} - a, Contains(0, close_enough) for: { 1, 2, 3 } contains element 0
# Basic use of the Contains range matcher
ok {test-number} - b, Contains(0, close_enough) for: { 0, 1, 2 } contains element 0
# Basic use of the Contains range matcher
ok {test-number} - c, !Contains(0, close_enough) for: { 4, 5, 6 } not contains element 0
# Basic use of the Contains range matcher
ok {test-number} - a, Contains(4, [](auto&& lhs, size_t sz) { return lhs.size() == sz; }) for: { "abc", "abcd", "abcde" } contains element 4
# Basic use of the Contains range matcher
ok {test-number} - in, Contains(1) for: { 1, 2, 3, 4, 5 } contains element 1
# Basic use of the Contains range matcher
ok {test-number} - in, !Contains(8) for: { 1, 2, 3, 4, 5 } not contains element 8
# Basic use of the Contains range matcher
ok {test-number} - in, Contains(MoveOnlyTestElement{ 2 }) for: { 1, 2, 3 } contains element 2
# Basic use of the Contains range matcher
ok {test-number} - in, !Contains(MoveOnlyTestElement{ 9 }) for: { 1, 2, 3 } not contains element 9
# Basic use of the Contains range matcher
ok {test-number} - in, Contains(Catch::Matchers::WithinAbs(0.5, 0.5)) for: { 1.0, 2.0, 3.0, 0.0 } contains element matching is within 0.5 of 0.5
# Basic use of the Empty range matcher
ok {test-number} - empty_array, IsEmpty() for: { } is empty
# Basic use of the Empty range matcher
ok {test-number} - non_empty_array, !IsEmpty() for: { 0.0 } not is empty
# Basic use of the Empty range matcher
ok {test-number} - empty_vec, IsEmpty() for: { } is empty
# Basic use of the Empty range matcher
ok {test-number} - non_empty_vec, !IsEmpty() for: { 'a', 'b', 'c' } not is empty
# Basic use of the Empty range matcher
ok {test-number} - inner_lists_are_empty, !IsEmpty() for: { { } } not is empty
# Basic use of the Empty range matcher
ok {test-number} - inner_lists_are_empty.front(), IsEmpty() for: { } is empty
# Basic use of the Empty range matcher
ok {test-number} - has_empty{}, !IsEmpty() for: {?} not is empty
# Basic use of the Empty range matcher
ok {test-number} - unrelated::ADL_empty{}, IsEmpty() for: {?} is empty
# CAPTURE can deal with complex expressions
ok {test-number} - with 7 messages: 'a := 1' and 'b := 2' and 'c := 3' and 'a + b := 3' and 'a+b := 3' and 'c > b := true' and 'a == 1 := true'
# CAPTURE can deal with complex expressions involving commas
ok {test-number} - with 7 messages: 'std::vector<int>{1, 2, 3}[0, 1, 2] := 3' and 'std::vector<int>{1, 2, 3}[(0, 1)] := 2' and 'std::vector<int>{1, 2, 3}[0] := 1' and '(helper_1436<int, int>{12, -12}) := { 12, -12 }' and '(helper_1436<int, int>(-12, 12)) := { -12, 12 }' and '(1, 2) := 2' and '(2, 3) := 3'
# CAPTURE parses string and character constants
ok {test-number} - with 11 messages: '("comma, in string", "escaped, \", ") := "escaped, ", "' and '"single quote in string,'," := "single quote in string,',"' and '"some escapes, \\,\\\\" := "some escapes, \,\\"' and '"some, ), unmatched, } prenheses {[<" := "some, ), unmatched, } prenheses {[<"' and ''"' := '"'' and ''\'' := '''' and '',' := ','' and ''}' := '}'' and '')' := ')'' and ''(' := '('' and ''{' := '{''
# Capture and info messages
ok {test-number} - true with 1 message: 'i := 2'
# Capture and info messages
ok {test-number} - true with 1 message: '3'
# CaseInsensitiveEqualsTo is case insensitive
ok {test-number} - eq( "", "" ) for: true
# CaseInsensitiveEqualsTo is case insensitive
ok {test-number} - !(eq( "", "a" )) for: !false
# CaseInsensitiveEqualsTo is case insensitive
ok {test-number} - eq( "a", "a" ) for: true
# CaseInsensitiveEqualsTo is case insensitive
ok {test-number} - eq( "a", "A" ) for: true
# CaseInsensitiveEqualsTo is case insensitive
ok {test-number} - eq( "A", "a" ) for: true
# CaseInsensitiveEqualsTo is case insensitive
ok {test-number} - eq( "A", "A" ) for: true
# CaseInsensitiveEqualsTo is case insensitive
ok {test-number} - !(eq( "a", "b" )) for: !false
# CaseInsensitiveEqualsTo is case insensitive
ok {test-number} - !(eq( "a", "B" )) for: !false
# CaseInsensitiveLess is case insensitive
ok {test-number} - lt( "", "a" ) for: true
# CaseInsensitiveLess is case insensitive
ok {test-number} - !(lt( "a", "a" )) for: !false
# CaseInsensitiveLess is case insensitive
ok {test-number} - !(lt( "", "" )) for: !false
# CaseInsensitiveLess is case insensitive
ok {test-number} - lt( "a", "b" ) for: true
# CaseInsensitiveLess is case insensitive
ok {test-number} - lt( "a", "B" ) for: true
# CaseInsensitiveLess is case insensitive
ok {test-number} - lt( "A", "b" ) for: true
# CaseInsensitiveLess is case insensitive
ok {test-number} - lt( "A", "B" ) for: true
# Character pretty printing
ok {test-number} - tab == '\t' for: '\t' == '\t'
# Character pretty printing
ok {test-number} - newline == '\n' for: '\n' == '\n'
# Character pretty printing
ok {test-number} - carr_return == '\r' for: '\r' == '\r'
# Character pretty printing
ok {test-number} - form_feed == '\f' for: '\f' == '\f'
# Character pretty printing
ok {test-number} - space == ' ' for: ' ' == ' '
# Character pretty printing
ok {test-number} - c == chars[i] for: 'a' == 'a'
# Character pretty printing
ok {test-number} - c == chars[i] for: 'z' == 'z'
# Character pretty printing
ok {test-number} - c == chars[i] for: 'A' == 'A'
# Character pretty printing
ok {test-number} - c == chars[i] for: 'Z' == 'Z'
# Character pretty printing
ok {test-number} - null_terminator == '\0' for: 0 == 0
# Character pretty printing
ok {test-number} - c == i for: 2 == 2
# Character pretty printing
ok {test-number} - c == i for: 3 == 3
# Character pretty printing
ok {test-number} - c == i for: 4 == 4
# Character pretty printing
ok {test-number} - c == i for: 5 == 5
# Clara::Arg supports single-arg parse the way Opt does
ok {test-number} - name.empty() for: true
# Clara::Arg supports single-arg parse the way Opt does
ok {test-number} - name == "foo" for: "foo" == "foo"
# Clara::Opt supports accept-many lambdas
ok {test-number} - !(parse_result) for: !{?}
# Clara::Opt supports accept-many lambdas
ok {test-number} - parse_result for: {?}
# Clara::Opt supports accept-many lambdas
ok {test-number} - res == std::vector<std::string>{ "aaa", "bbb" } for: { "aaa", "bbb" } == { "aaa", "bbb" }
# Combining MatchAllOfGeneric does not nest
ok {test-number} - with 1 message: 'std::is_same< decltype( ( MatcherA() && MatcherB() ) && MatcherC() ), Catch::Matchers::Detail:: MatchAllOfGeneric<MatcherA, MatcherB, MatcherC>>::value'
# Combining MatchAllOfGeneric does not nest
ok {test-number} - 1, ( MatcherA() && MatcherB() ) && MatcherC() for: 1 ( equals: (int) 1 or (float) 1.0f and equals: (long long) 1 and equals: (T) 1 )
# Combining MatchAllOfGeneric does not nest
ok {test-number} - with 1 message: 'std::is_same< decltype( MatcherA() && ( MatcherB() && MatcherC() ) ), Catch::Matchers::Detail:: MatchAllOfGeneric<MatcherA, MatcherB, MatcherC>>::value'
# Combining MatchAllOfGeneric does not nest
ok {test-number} - 1, MatcherA() && ( MatcherB() && MatcherC() ) for: 1 ( equals: (int) 1 or (float) 1.0f and equals: (long long) 1 and equals: (T) 1 )
# Combining MatchAllOfGeneric does not nest
ok {test-number} - with 1 message: 'std::is_same< decltype( ( MatcherA() && MatcherB() ) && ( MatcherC() && MatcherD() ) ), Catch::Matchers::Detail:: MatchAllOfGeneric<MatcherA, MatcherB, MatcherC, MatcherD>>:: value'
# Combining MatchAllOfGeneric does not nest
ok {test-number} - 1, ( MatcherA() && MatcherB() ) && ( MatcherC() && MatcherD() ) for: 1 ( equals: (int) 1 or (float) 1.0f and equals: (long long) 1 and equals: (T) 1 and equals: true )
# Combining MatchAnyOfGeneric does not nest
ok {test-number} - with 1 message: 'std::is_same< decltype( ( MatcherA() || MatcherB() ) || MatcherC() ), Catch::Matchers::Detail:: MatchAnyOfGeneric<MatcherA, MatcherB, MatcherC>>::value'
# Combining MatchAnyOfGeneric does not nest
ok {test-number} - 1, ( MatcherA() || MatcherB() ) || MatcherC() for: 1 ( equals: (int) 1 or (float) 1.0f or equals: (long long) 1 or equals: (T) 1 )
# Combining MatchAnyOfGeneric does not nest
ok {test-number} - with 1 message: 'std::is_same< decltype( MatcherA() || ( MatcherB() || MatcherC() ) ), Catch::Matchers::Detail:: MatchAnyOfGeneric<MatcherA, MatcherB, MatcherC>>::value'
# Combining MatchAnyOfGeneric does not nest
ok {test-number} - 1, MatcherA() || ( MatcherB() || MatcherC() ) for: 1 ( equals: (int) 1 or (float) 1.0f or equals: (long long) 1 or equals: (T) 1 )
# Combining MatchAnyOfGeneric does not nest
ok {test-number} - with 1 message: 'std::is_same< decltype( ( MatcherA() || MatcherB() ) || ( MatcherC() || MatcherD() ) ), Catch::Matchers::Detail:: MatchAnyOfGeneric<MatcherA, MatcherB, MatcherC, MatcherD>>:: value'
# Combining MatchAnyOfGeneric does not nest
ok {test-number} - 1, ( MatcherA() || MatcherB() ) || ( MatcherC() || MatcherD() ) for: 1 ( equals: (int) 1 or (float) 1.0f or equals: (long long) 1 or equals: (T) 1 or equals: true )
# Combining MatchNotOfGeneric does not nest
ok {test-number} - with 1 message: 'std::is_same< decltype( !MatcherA() ), Catch::Matchers::Detail::MatchNotOfGeneric<MatcherA>>::value'
# Combining MatchNotOfGeneric does not nest
ok {test-number} - 0, !MatcherA() for: 0 not equals: (int) 1 or (float) 1.0f
# Combining MatchNotOfGeneric does not nest
ok {test-number} - with 1 message: 'std::is_same<decltype( !!MatcherA() ), MatcherA const&>::value'
# Combining MatchNotOfGeneric does not nest
ok {test-number} - 1, !!MatcherA() for: 1 equals: (int) 1 or (float) 1.0f
# Combining MatchNotOfGeneric does not nest
ok {test-number} - with 1 message: 'std::is_same< decltype( !!!MatcherA() ), Catch::Matchers::Detail::MatchNotOfGeneric<MatcherA>>::value'
# Combining MatchNotOfGeneric does not nest
ok {test-number} - 0, !!!MatcherA() for: 0 not equals: (int) 1 or (float) 1.0f
# Combining MatchNotOfGeneric does not nest
ok {test-number} - with 1 message: 'std::is_same<decltype( !!!!MatcherA() ), MatcherA const&>::value'
# Combining MatchNotOfGeneric does not nest
ok {test-number} - 1, !!!!MatcherA() for: 1 equals: (int) 1 or (float) 1.0f
# Combining concrete matchers does not use templated matchers
ok {test-number} - with 1 message: 'std::is_same<decltype( StartsWith( "foo" ) || ( StartsWith( "bar" ) && EndsWith( "bar" ) && !EndsWith( "foo" ) ) ), Catch::Matchers::Detail::MatchAnyOf<std::string>>::value'
# Combining only templated matchers
ok {test-number} - with 1 message: 'std::is_same<decltype( MatcherA() || MatcherB() ), Catch::Matchers::Detail:: MatchAnyOfGeneric<MatcherA, MatcherB>>::value'
# Combining only templated matchers
ok {test-number} - 1, MatcherA() || MatcherB() for: 1 ( equals: (int) 1 or (float) 1.0f or equals: (long long) 1 )
# Combining only templated matchers
ok {test-number} - with 1 message: 'std::is_same<decltype( MatcherA() && MatcherB() ), Catch::Matchers::Detail:: MatchAllOfGeneric<MatcherA, MatcherB>>::value'
# Combining only templated matchers
ok {test-number} - 1, MatcherA() && MatcherB() for: 1 ( equals: (int) 1 or (float) 1.0f and equals: (long long) 1 )
# Combining only templated matchers
ok {test-number} - with 1 message: 'std::is_same< decltype( MatcherA() || !MatcherB() ), Catch::Matchers::Detail::MatchAnyOfGeneric< MatcherA, Catch::Matchers::Detail::MatchNotOfGeneric<MatcherB>>>::value'
# Combining only templated matchers
ok {test-number} - 1, MatcherA() || !MatcherB() for: 1 ( equals: (int) 1 or (float) 1.0f or not equals: (long long) 1 )
# Combining templated and concrete matchers
ok {test-number} - vec, Predicate<std::vector<int>>( []( auto const& v ) { return std::all_of( v.begin(), v.end(), []( int elem ) { return elem % 2 == 1; } ); }, "All elements are odd" ) && !EqualsRange( a ) for: { 1, 3, 5 } ( matches predicate: "All elements are odd" and not Equals: { 5, 3, 1 } )
# Combining templated and concrete matchers
ok {test-number} - str, StartsWith( "foo" ) && EqualsRange( arr ) && EndsWith( "bar" ) for: "foobar" ( starts with: "foo" and Equals: { 'f', 'o', 'o', 'b', 'a', 'r' } and ends with: "bar" )
# Combining templated and concrete matchers
ok {test-number} - str, StartsWith( "foo" ) && !EqualsRange( bad_arr ) && EndsWith( "bar" ) for: "foobar" ( starts with: "foo" and not Equals: { 'o', 'o', 'f', 'b', 'a', 'r' } and ends with: "bar" )
# Combining templated and concrete matchers
ok {test-number} - str, EqualsRange( arr ) && StartsWith( "foo" ) && EndsWith( "bar" ) for: "foobar" ( Equals: { 'f', 'o', 'o', 'b', 'a', 'r' } and starts with: "foo" and ends with: "bar" )
# Combining templated and concrete matchers
ok {test-number} - str, !EqualsRange( bad_arr ) && StartsWith( "foo" ) && EndsWith( "bar" ) for: "foobar" ( not Equals: { 'o', 'o', 'f', 'b', 'a', 'r' } and starts with: "foo" and ends with: "bar" )
# Combining templated and concrete matchers
ok {test-number} - str, EqualsRange( bad_arr ) || ( StartsWith( "foo" ) && EndsWith( "bar" ) ) for: "foobar" ( Equals: { 'o', 'o', 'f', 'b', 'a', 'r' } or ( starts with: "foo" and ends with: "bar" ) )
# Combining templated and concrete matchers
ok {test-number} - str, ( StartsWith( "foo" ) && EndsWith( "bar" ) ) || EqualsRange( bad_arr ) for: "foobar" ( ( starts with: "foo" and ends with: "bar" ) or Equals: { 'o', 'o', 'f', 'b', 'a', 'r' } )
# Combining templated matchers
ok {test-number} - container, EqualsRange( a ) || EqualsRange( b ) || EqualsRange( c ) for: { 1, 2, 3 } ( Equals: { 1, 2, 3 } or Equals: { 0, 1, 2 } or Equals: { 4, 5, 6 } )
# Commas in various macros are allowed
ok {test-number} - std::vector<constructor_throws>{constructor_throws{}, constructor_throws{}}
# Commas in various macros are allowed
ok {test-number} - std::vector<constructor_throws>{constructor_throws{}, constructor_throws{}}
# Commas in various macros are allowed
ok {test-number} - std::vector<int>{1, 2, 3} == std::vector<int>{1, 2, 3}
# Commas in various macros are allowed
ok {test-number} - std::vector<int>{1, 2, 3} == std::vector<int>{1, 2, 3}
# Commas in various macros are allowed
ok {test-number} - std::vector<int>{1, 2} == std::vector<int>{1, 2} for: { 1, 2 } == { 1, 2 }
# Commas in various macros are allowed
ok {test-number} - std::vector<int>{1, 2} == std::vector<int>{1, 2} for: { 1, 2 } == { 1, 2 }
# Commas in various macros are allowed
ok {test-number} - !(std::vector<int>{1, 2} == std::vector<int>{1, 2, 3}) for: !({ 1, 2 } == { 1, 2, 3 })
# Commas in various macros are allowed
ok {test-number} - !(std::vector<int>{1, 2} == std::vector<int>{1, 2, 3}) for: !({ 1, 2 } == { 1, 2, 3 })
# Commas in various macros are allowed
ok {test-number} - std::vector<int>{1, 2} == std::vector<int>{1, 2} for: { 1, 2 } == { 1, 2 }
# Commas in various macros are allowed
ok {test-number} - std::vector<int>{1, 2} == std::vector<int>{1, 2} for: { 1, 2 } == { 1, 2 }
# Commas in various macros are allowed
ok {test-number} - true
# Commas in various macros are allowed
ok {test-number} - std::vector<int>{1, 2} == std::vector<int>{1, 2} for: { 1, 2 } == { 1, 2 }
# Comparing function pointers
ok {test-number} - a for: 0x<hex digits>
# Comparing function pointers
ok {test-number} - a == &foo for: 0x<hex digits> == 0x<hex digits>
# Comparison ops
ok {test-number} - SimplePcg32{} == SimplePcg32{} for: {?} == {?}
# Comparison ops
ok {test-number} - SimplePcg32{ 0 } != SimplePcg32{} for: {?} != {?}
# Comparison ops
ok {test-number} - !(SimplePcg32{ 1 } == SimplePcg32{ 2 }) for: !({?} == {?})
# Comparison ops
ok {test-number} - !(SimplePcg32{ 1 } != SimplePcg32{ 1 }) for: !({?} != {?})
# Comparison with explicitly convertible types
ok {test-number} - td == Approx(10.0) for: StrongDoubleTypedef(10) == Approx( 10.0 )
# Comparison with explicitly convertible types
ok {test-number} - Approx(10.0) == td for: Approx( 10.0 ) == StrongDoubleTypedef(10)
# Comparison with explicitly convertible types
ok {test-number} - td != Approx(11.0) for: StrongDoubleTypedef(10) != Approx( 11.0 )
# Comparison with explicitly convertible types
ok {test-number} - Approx(11.0) != td for: Approx( 11.0 ) != StrongDoubleTypedef(10)
# Comparison with explicitly convertible types
ok {test-number} - td <= Approx(10.0) for: StrongDoubleTypedef(10) <= Approx( 10.0 )
# Comparison with explicitly convertible types
ok {test-number} - td <= Approx(11.0) for: StrongDoubleTypedef(10) <= Approx( 11.0 )
# Comparison with explicitly convertible types
ok {test-number} - Approx(10.0) <= td for: Approx( 10.0 ) <= StrongDoubleTypedef(10)
# Comparison with explicitly convertible types
ok {test-number} - Approx(9.0) <= td for: Approx( 9.0 ) <= StrongDoubleTypedef(10)
# Comparison with explicitly convertible types
ok {test-number} - td >= Approx(9.0) for: StrongDoubleTypedef(10) >= Approx( 9.0 )
# Comparison with explicitly convertible types
ok {test-number} - td >= Approx(td) for: StrongDoubleTypedef(10) >= Approx( 10.0 )
# Comparison with explicitly convertible types
ok {test-number} - Approx(td) >= td for: Approx( 10.0 ) >= StrongDoubleTypedef(10)
# Comparison with explicitly convertible types
ok {test-number} - Approx(11.0) >= td for: Approx( 11.0 ) >= StrongDoubleTypedef(10)
# Comparisons between ints where one side is computed
ok {test-number} - 54 == 6*9 for: 54 == 54
# Comparisons between unsigned ints and negative signed ints match c++ standard behaviour
ok {test-number} - ( -1 > 2u ) for: true
# Comparisons between unsigned ints and negative signed ints match c++ standard behaviour
ok {test-number} - -1 > 2u for: -1 > 2
# Comparisons between unsigned ints and negative signed ints match c++ standard behaviour
ok {test-number} - ( 2u < -1 ) for: true
# Comparisons between unsigned ints and negative signed ints match c++ standard behaviour
ok {test-number} - 2u < -1 for: 2 < -1
# Comparisons between unsigned ints and negative signed ints match c++ standard behaviour
ok {test-number} - ( minInt > 2u ) for: true
# Comparisons between unsigned ints and negative signed ints match c++ standard behaviour
ok {test-number} - minInt > 2u for: -2147483648 > 2
# Comparisons with int literals don't warn when mixing signed/ unsigned
ok {test-number} - i == 1 for: 1 == 1
# Comparisons with int literals don't warn when mixing signed/ unsigned
ok {test-number} - ui == 2 for: 2 == 2
# Comparisons with int literals don't warn when mixing signed/ unsigned
ok {test-number} - l == 3 for: 3 == 3
# Comparisons with int literals don't warn when mixing signed/ unsigned
ok {test-number} - ul == 4 for: 4 == 4
# Comparisons with int literals don't warn when mixing signed/ unsigned
ok {test-number} - c == 5 for: 5 == 5
# Comparisons with int literals don't warn when mixing signed/ unsigned
ok {test-number} - uc == 6 for: 6 == 6
# Comparisons with int literals don't warn when mixing signed/ unsigned
ok {test-number} - 1 == i for: 1 == 1
# Comparisons with int literals don't warn when mixing signed/ unsigned
ok {test-number} - 2 == ui for: 2 == 2
# Comparisons with int literals don't warn when mixing signed/ unsigned
ok {test-number} - 3 == l for: 3 == 3
# Comparisons with int literals don't warn when mixing signed/ unsigned
ok {test-number} - 4 == ul for: 4 == 4
# Comparisons with int literals don't warn when mixing signed/ unsigned
ok {test-number} - 5 == c for: 5 == 5
# Comparisons with int literals don't warn when mixing signed/ unsigned
ok {test-number} - 6 == uc for: 6 == 6
# Comparisons with int literals don't warn when mixing signed/ unsigned
ok {test-number} - (std::numeric_limits<uint32_t>::max)() > ul for: 4294967295 (0x<hex digits>) > 4
# Composed generic matchers shortcircuit
ok {test-number} - !(matcher.match( 1 )) for: !false
# Composed generic matchers shortcircuit
ok {test-number} - first.matchCalled for: true
# Composed generic matchers shortcircuit
ok {test-number} - !second.matchCalled for: true
# Composed generic matchers shortcircuit
ok {test-number} - matcher.match( 1 ) for: true
# Composed generic matchers shortcircuit
ok {test-number} - first.matchCalled for: true
# Composed generic matchers shortcircuit
ok {test-number} - !second.matchCalled for: true
# Composed matchers shortcircuit
ok {test-number} - !(matcher.match( 1 )) for: !false
# Composed matchers shortcircuit
ok {test-number} - first.matchCalled for: true
# Composed matchers shortcircuit
ok {test-number} - !second.matchCalled for: true
# Composed matchers shortcircuit
ok {test-number} - matcher.match( 1 ) for: true
# Composed matchers shortcircuit
ok {test-number} - first.matchCalled for: true
# Composed matchers shortcircuit
ok {test-number} - !second.matchCalled for: true
# Contains string matcher
not ok {test-number} - testStringForMatching(), ContainsSubstring( "not there", Catch::CaseSensitive::No ) for: "this string contains 'abc' as a substring" contains: "not there" (case insensitive)
# Contains string matcher
not ok {test-number} - testStringForMatching(), ContainsSubstring( "STRING" ) for: "this string contains 'abc' as a substring" contains: "STRING"
# Copy and then generate a range
ok {test-number} - elem % 2 == 1 for: 1 == 1
# Copy and then generate a range
ok {test-number} - elem % 2 == 1 for: 1 == 1
# Copy and then generate a range
ok {test-number} - elem % 2 == 1 for: 1 == 1
# Copy and then generate a range
ok {test-number} - elem % 2 == 1 for: 1 == 1
# Copy and then generate a range
ok {test-number} - elem % 2 == 1 for: 1 == 1
# Copy and then generate a range
ok {test-number} - elem % 2 == 1 for: 1 == 1
# Copy and then generate a range
ok {test-number} - elem % 2 == 1 for: 1 == 1
# Copy and then generate a range
ok {test-number} - elem % 2 == 1 for: 1 == 1
# Copy and then generate a range
ok {test-number} - elem % 2 == 1 for: 1 == 1
# Copy and then generate a range
ok {test-number} - elem % 2 == 1 for: 1 == 1
# Copy and then generate a range
ok {test-number} - elem % 2 == 1 for: 1 == 1
# Copy and then generate a range
ok {test-number} - elem % 2 == 1 for: 1 == 1
# Copy and then generate a range
ok {test-number} - call_count == 1 for: 1 == 1
# Copy and then generate a range
ok {test-number} - make_data().size() == test_count for: 6 == 6
# Cout stream properly declares it writes to stdout
ok {test-number} - Catch::makeStream( "-" )->isStdout() for: true
# Custom exceptions can be translated when testing for nothrow
not ok {test-number} - unexpected exception with message: 'custom exception - not std'; expression was: throwCustom()
# Custom exceptions can be translated when testing for throwing as something else
not ok {test-number} - unexpected exception with message: 'custom exception - not std'; expression was: throwCustom(), std::exception
# Custom std-exceptions can be custom translated
not ok {test-number} - unexpected exception with message: 'custom std exception'
# Default scale is invisible to comparison
ok {test-number} - 101.000001 != Approx(100).epsilon(0.01) for: 101.000001 != Approx( 100.0 )
# Default scale is invisible to comparison
ok {test-number} - std::pow(10, -5) != Approx(std::pow(10, -7)) for: 0.00001 != Approx( 0.0000001 )
# Directly creating an EnumInfo
ok {test-number} - enumInfo->lookup(0) == "Value1" for: Value1 == "Value1"
# Directly creating an EnumInfo
ok {test-number} - enumInfo->lookup(1) == "Value2" for: Value2 == "Value2"
# Directly creating an EnumInfo
ok {test-number} - enumInfo->lookup(3) == "{** unexpected enum value **}" for: {** unexpected enum value **} == "{** unexpected enum value **}"
# Empty stream name opens cout stream
ok {test-number} - Catch::makeStream( "" )->isStdout() for: true
# Empty tag is not allowed
ok {test-number} - Catch::TestCaseInfo( "", { "fake test name", "[]" }, dummySourceLineInfo )
# EndsWith string matcher
not ok {test-number} - testStringForMatching(), EndsWith( "Substring" ) for: "this string contains 'abc' as a substring" ends with: "Substring"
# EndsWith string matcher
not ok {test-number} - testStringForMatching(), EndsWith( "this", Catch::CaseSensitive::No ) for: "this string contains 'abc' as a substring" ends with: "this" (case insensitive)
# Enums can quickly have stringification enabled using REGISTER_ENUM
ok {test-number} - stringify( EnumClass3::Value1 ) == "Value1" for: "Value1" == "Value1"
# Enums can quickly have stringification enabled using REGISTER_ENUM
ok {test-number} - stringify( EnumClass3::Value2 ) == "Value2" for: "Value2" == "Value2"
# Enums can quickly have stringification enabled using REGISTER_ENUM
ok {test-number} - stringify( EnumClass3::Value3 ) == "Value3" for: "Value3" == "Value3"
# Enums can quickly have stringification enabled using REGISTER_ENUM
ok {test-number} - stringify( EnumClass3::Value4 ) == "{** unexpected enum value **}" for: "{** unexpected enum value **}" == "{** unexpected enum value **}"
# Enums can quickly have stringification enabled using REGISTER_ENUM
ok {test-number} - stringify( ec3 ) == "Value2" for: "Value2" == "Value2"
# Enums in namespaces can quickly have stringification enabled using REGISTER_ENUM
ok {test-number} - stringify( Bikeshed::Colours::Red ) == "Red" for: "Red" == "Red"
# Enums in namespaces can quickly have stringification enabled using REGISTER_ENUM
ok {test-number} - stringify( Bikeshed::Colours::Blue ) == "Blue" for: "Blue" == "Blue"
# Epsilon only applies to Approx's value
ok {test-number} - 101.01 != Approx(100).epsilon(0.01) for: 101.01 != Approx( 100.0 )