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https://github.com/NVIDIA/nvbench.git
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ad44463d6e
Refactor nvbench::state to use this for axis parameters. These will also be useful for summaries and measurements. Also adds a new ASSERT_THROWS_ANY macro to test some of the new API.
95 lines
3.0 KiB
Plaintext
95 lines
3.0 KiB
Plaintext
#include <nvbench/named_values.cuh>
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#include "test_asserts.cuh"
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#include <algorithm>
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void test_empty()
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{
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nvbench::named_values vals;
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ASSERT(vals.get_size() == 0);
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ASSERT(vals.get_names().size() == 0);
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ASSERT(vals.has_value("Nope") == false);
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ASSERT_THROWS_ANY([[maybe_unused]] auto val = vals.get_value("Nope"));
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ASSERT_THROWS_ANY([[maybe_unused]] auto type = vals.get_type("Nope"));
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// Removing non-existent entries shouldn't cause a problem:
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vals.remove_value("Nope");
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}
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void test_basic()
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{
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auto sort = [](auto &&vec) {
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std::sort(vec.begin(), vec.end());
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return std::forward<decltype(vec)>(vec);
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};
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nvbench::named_values vals;
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vals.set_int64("Int", 32);
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vals.set_float64("Float", 34.5);
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vals.set_string("String", "string!");
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vals.set_value("IntVar", nvbench::named_values::value_type{36ll});
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std::vector<std::string> names{"Float", "Int", "IntVar", "String"};
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ASSERT(vals.get_size() == 4);
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ASSERT(sort(vals.get_names()) == names);
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ASSERT(vals.has_value("Float"));
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ASSERT(vals.has_value("Int"));
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ASSERT(vals.has_value("IntVar"));
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ASSERT(vals.has_value("String"));
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ASSERT(std::get<nvbench::float64_t>(vals.get_value("Float")) == 34.5);
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ASSERT(std::get<nvbench::int64_t>(vals.get_value("Int")) == 32);
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ASSERT(std::get<nvbench::int64_t>(vals.get_value("IntVar")) == 36);
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ASSERT(std::get<std::string>(vals.get_value("String")) == "string!");
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ASSERT(vals.get_type("Float") == nvbench::named_values::type::float64);
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ASSERT(vals.get_type("Int") == nvbench::named_values::type::int64);
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ASSERT(vals.get_type("IntVar") == nvbench::named_values::type::int64);
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ASSERT(vals.get_type("String") == nvbench::named_values::type::string);
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ASSERT(vals.get_int64("Int") == 32);
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ASSERT(vals.get_int64("IntVar") == 36);
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ASSERT_THROWS_ANY([[maybe_unused]] auto v = vals.get_int64("Float"));
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ASSERT_THROWS_ANY([[maybe_unused]] auto v = vals.get_int64("String"));
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ASSERT(vals.get_float64("Float") == 34.5);
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ASSERT_THROWS_ANY([[maybe_unused]] auto v = vals.get_float64("Int"));
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ASSERT_THROWS_ANY([[maybe_unused]] auto v = vals.get_float64("IntVar"));
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ASSERT_THROWS_ANY([[maybe_unused]] auto v = vals.get_float64("String"));
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ASSERT(vals.get_string("String") == "string!");
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ASSERT_THROWS_ANY([[maybe_unused]] auto v = vals.get_string("Int"));
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ASSERT_THROWS_ANY([[maybe_unused]] auto v = vals.get_string("IntVar"));
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ASSERT_THROWS_ANY([[maybe_unused]] auto v = vals.get_string("Float"));
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vals.remove_value("IntVar");
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names = {"Float", "Int", "String"};
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ASSERT(vals.get_size() == 3);
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ASSERT(sort(vals.get_names()) == names);
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ASSERT(!vals.has_value("IntVar"));
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ASSERT(vals.has_value("Float"));
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ASSERT(vals.has_value("Int"));
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ASSERT(vals.has_value("String"));
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vals.clear();
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names = {};
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ASSERT(vals.get_size() == 0);
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ASSERT(sort(vals.get_names()) == names);
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ASSERT(!vals.has_value("IntVar"));
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ASSERT(!vals.has_value("Float"));
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ASSERT(!vals.has_value("Int"));
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ASSERT(!vals.has_value("String"));
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}
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int main()
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{
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test_empty();
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test_basic();
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}
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