Danny Robson
9471b9eae7
These tests were all assumed to execute correctly because CTest is not capable of parsing the TAP output and instead relies entirely on status codes.
41 lines
1.6 KiB
C++
41 lines
1.6 KiB
C++
#include "tap.hpp"
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#include "point.hpp"
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#include "vector.hpp"
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#include "coord/iostream.hpp"
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int
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main (void)
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{
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static_assert (sizeof (util::point1u) == 1 * sizeof (util::point1u::value_type), "point1u is not packed");
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static_assert (sizeof (util::point2u) == 2 * sizeof (util::point2u::value_type), "point2u is not packed");
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static_assert (sizeof (util::point3u) == 3 * sizeof (util::point3u::value_type), "point3u is not packed");
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static_assert (sizeof (util::point4u) == 4 * sizeof (util::point4u::value_type), "point4u is not packed");
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static_assert (sizeof (util::point1f) == 1 * sizeof (util::point1f::value_type), "point1f is not packed");
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static_assert (sizeof (util::point2f) == 2 * sizeof (util::point2f::value_type), "point2f is not packed");
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static_assert (sizeof (util::point3f) == 3 * sizeof (util::point3f::value_type), "point3f is not packed");
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static_assert (sizeof (util::point4f) == 4 * sizeof (util::point4f::value_type), "point4f is not packed");
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util::TAP::logger tap;
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constexpr util::point2i p { -1, 2 };
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tap.expect_eq (-p, util::point2i { 1, -2 }, "unary point negation");
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tap.expect_eq ( p, p, "unary point addition");
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tap.expect (
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std::is_same<
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bool,
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decltype(!p)::value_type
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>::value,
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"unary point boolean negation has type bool"
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);
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auto vec = util::vector4f (0.5f);
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tap.expect_eq (vec, util::normalised (vec), "normalisation of normalised vector");
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tap.expect_eq (sum (util::vector4f::ones ()), 4.f, "elementwise summation");
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return tap.status ();
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}
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